How to succed in intergrated flight training

How to succeed in flight training

How to Succeed on an Integrated Flight Training Course

Tips and advice to help you get the most out of your integrated ATPL flight training

An integrated flight training course is one of the quickest routes from having little or no flying experience to obtaining the licences required to apply for a job as a commercial airline pilot.

It’s also intense.

Integrated training is completed full-time through an Approved Training Organisation (ATO), with the various elements of commercial flight training incorporated into a structured training programme. Unlike the modular route, where you can generally progress at your own pace, an integrated course moves quickly and requires a significant commitment from start to finish.

You’ll have ATPL ground school, flying lessons, simulator sessions, progress tests and eventually flight tests and assessments to contend with. There will be periods where things are going extremely well and, almost certainly, periods where they aren’t.

Having been through professional flight training ourselves, we’ve put together some advice on how to approach an integrated course and, importantly, how to get the most out of it.

Treat Your Flight Training Like a Job

From your first day at flight school, start treating the course as if you’ve already started your professional flying career.

That means turning up on time, being properly prepared, knowing your schedule and having everything you need for the day’s training.

It sounds obvious, but instructors quickly notice students who consistently turn up well prepared and those who don’t.

Your instructor shouldn’t have to spend the first ten minutes of every briefing discovering that you haven’t read the relevant material or don’t know what exercise you’re supposed to be flying.

Nobody expects a student pilot to know everything – that’s why you’re there. But there is a big difference between not knowing something and not having prepared.

Start developing professional habits from day one.

Stay Ahead of the Course

The pace of an integrated course can catch people out.

There may be times when you’re flying several times a week whilst also preparing for upcoming lessons, studying theoretical knowledge and dealing with progress tests.

Try not to get into the habit of only preparing for whatever you’re doing tomorrow.

If you’re currently flying circuits, start looking at the exercises that come afterwards. If you have a simulator session later in the week, start preparing for it before the night before.

You don’t need to teach yourself the syllabus in advance. In fact, trying to do so can sometimes be counterproductive. The idea is simply to arrive at the briefing already familiar with the basic concepts.

That makes it much easier to absorb what your instructor is actually teaching you.

Take ATPL Ground School Seriously

The ATPL theoretical examinations are a substantial part of your training.

For a UK or EASA frozen ATPL route, you’ll study 13 theoretical subjects covering everything from Meteorology and Principles of Flight to General Navigation, Performance and Air Law. The volume of information that needs to be absorbed in a relatively short period is one of the things students can find particularly challenging about integrated training.

The key is consistency.

Don’t wait until a few weeks before the exams before starting serious revision. Keep on top of the material as you go along and make sure you actually understand the underlying principles rather than simply memorising question-bank answers.

Question banks are useful, but they shouldn’t replace learning the subject.

You’ll need much of this knowledge again during your flying training, airline selection and eventually your type rating.

Arm Chair Fly – It Really Does Work

Chair-flying is probably one of the most useful things you can do outside the aircraft. It’s something you’ll find yourself doing throughout your airline career!

It costs nothing and you can do it almost anywhere.

Sit somewhere quiet and mentally fly through the lesson. Visualise the cockpit, think about where your hands are going and say the checks and calls out loud.

If you’re practising circuits, mentally fly an entire circuit from take-off to landing.

If you’re preparing for an instrument procedure, draw it out and talk yourself through the sequence.

If you’re practising an emergency, think about the initial actions, subsequent checks and how you’d manage the aircraft.

The more familiar you are with a sequence on the ground, the less mental capacity you’ll use trying to remember it in the aircraft.

That leaves you with more capacity to actually fly the aeroplane.

Don’t Just Memorise – Understand Why

There is inevitably quite a lot of memorisation involved in flight training.

You’ll learn checklists, procedures, limitations, speeds, calls and various sequences of actions.

But wherever possible, try to understand why you’re doing something.

If your instructor tells you to use a particular attitude, power setting or configuration, understand what that change is doing to the aircraft.

If there’s a particular limitation, understand why it exists.

If you’re learning an instrument procedure, don’t just memorise where you need to turn. Understand what the procedure is designed to achieve.

This becomes increasingly important as your training progresses.

Professional flying isn’t simply about remembering a sequence of actions. You need to understand what’s happening sufficiently well to recognise when something isn’t going according to plan.

Make Notes After Every Flight

You’ll receive a debrief after your flying lessons, but don’t assume you’ll remember all of it a few weeks later.

Keep your own training notes.

After each flight, write down what went well, what didn’t go particularly well and what your instructor wants you to improve next time.

It doesn’t need to be an essay.

A few useful notes written immediately after the flight can be extremely valuable when you come back to the same exercise several weeks later.

You’ll also start noticing patterns.

If several instructors are making the same comment about your flying, that’s probably something worth concentrating on.

You’ll Have Bad Flights

Every student has them.

One day everything seems to click. Your handling is good, you’re ahead of the aircraft and you leave feeling like you’re finally getting the hang of this flying business.

Then you turn up the following day and apparently forget how to fly an aeroplane.

Don’t panic.

Progress during flight training isn’t always linear. You might struggle with an exercise that someone else finds easy, then find another part of the course relatively straightforward.

A poor flight doesn’t make you a poor pilot.

What matters is what you do afterwards.

Listen to the debrief, work out what went wrong, prepare properly and go again.

Some of the flights you learn the most from are the ones you wouldn’t particularly like to repeat.

Don’t Constantly Compare Yourself With Other Students

This is particularly easy to do on an integrated course because you’re usually training alongside a group of other cadets.

Someone will probably go solo before you.

Someone will get a higher ATPL exam average.

Someone will seemingly breeze through an exercise you’ve spent three flights trying to master.

Ignore it.

People learn different skills at different rates. Someone who initially struggles with visual flying may subsequently be excellent at instrument flying. Someone who finds ground school relatively easy may find the practical elements more difficult.

Needing an extra training flight isn’t the end of your career.

Concentrate on your own progress and achieving the required standard.

Use Your Instructors

If you don’t understand something, ask.

Students sometimes avoid asking questions because they’re worried they’ll look stupid in front of an instructor or their classmates.

Don’t.

It’s much better to clarify something during a briefing than to get into the aircraft and demonstrate that you didn’t understand it in the first place.

Your instructors have also watched many students go through exactly the same training programme.

They’ll know the common mistakes. They’ll know which exercises students tend to struggle with and they’ll probably have some useful suggestions if you’re finding something difficult.

Make use of their experience.

Learn to Take Criticism

You’re going to receive a lot of feedback during flight training and not all of it will be positive.

That’s part of the process.

An instructor’s job is to identify where you aren’t meeting the required standard and help you fix it.

Try not to immediately become defensive or produce an explanation for every mistake.

Listen to the debrief.

Ask questions if you don’t understand the feedback and then work out what you’re going to do differently on the next flight.

This doesn’t stop when you get your first airline job either. Professional pilots undergo recurrent training and checking throughout their careers, so becoming comfortable with constructive criticism is a useful skill to develop early.

If You’re Struggling, Say Something Early

There is a temptation during an intensive course to keep quiet when you’re struggling because you don’t want to appear weaker than the other students.

This rarely helps.

If you’re falling behind academically, struggling repeatedly with a particular flying exercise or simply finding the workload difficult to manage, speak to your instructor or training manager.

Do it early.

Small training problems are generally much easier to fix before they become big ones.

Asking for help isn’t an admission that you can’t do it. Your training organisation would much rather know there is a problem while there’s still plenty of opportunity to address it.

Learn to Stay Ahead of the Aircraft

One of the biggest differences you’ll notice as your flying improves is how much further ahead you’re thinking.

Early in training, it can feel as though you’re constantly reacting to the aircraft.

You’ve just finished one task when you suddenly realise you should already have started the next one.

With experience, you start thinking further ahead:

What’s happening now?

What’s happening next?

What do I need to do before I get there?

This becomes particularly important during instrument flying and eventually multi-crew training, where poor planning can quickly result in a very high workload.

The objective is to make the aircraft arrive somewhere after you’ve prepared for it, rather than arriving and then deciding what to do.

Start Developing Good CRM Habits

Crew Resource Management (CRM) becomes increasingly important as you progress towards multi-crew and airline operations.

But you can start developing the right habits much earlier.

Communicate clearly. Listen. Maintain situational awareness. Manage your workload and prioritise properly.

If something doesn’t look right, say something.

When you eventually progress onto an MCC or APS MCC, don’t mentally switch off just because the other pilot is flying. Monitoring the flight, maintaining situational awareness and supporting the Pilot Flying are all important skills.

The aim isn’t simply to learn how to operate an aircraft. You’re ultimately training to operate as part of a professional flight crew.

Look After Yourself

There will be periods during an integrated course where you are extremely busy.

Trying to combine flying, ground school, revision and preparation can make it tempting to study late into the night and survive on caffeine.

There comes a point where this becomes counterproductive.

Being exhausted isn’t going to improve your flying or your ability to retain information.

Get enough sleep, eat properly, exercise and occasionally do something that has absolutely nothing to do with aviation.

You don’t need to think about aeroplanes every waking hour to become a good pilot.

Don’t Chase Perfection

You should aim for a high standard, but don’t expect every flight to be perfect.

It won’t be.

Weather changes. ATC changes things. Other traffic gets in the way. You’ll make mistakes.

The important skill is recognising when something has gone wrong, correcting it and moving on.

Don’t allow one poor approach, radio call or manoeuvre at the beginning of a flight to ruin everything that follows.

Learn from it and reset.

That ability becomes increasingly valuable as you progress into professional flying.

Enjoy It

This one is easily forgotten.

Commercial flight training can become so focused on the next progress test, exam, skills test or training milestone that you forget what you’re actually doing.

You’re learning to fly aeroplanes.

For most people starting an integrated course, it’s something they’ve wanted to do for years.

There will be frustrating days. There will be weather cancellations, difficult exams and flights where nothing seems to go right.

There will also be your first solo, your first navigation flight, your first instrument approach, your first multi-engine flight and eventually the point where you realise you’ve actually become a commercial pilot.

Try to enjoy those moments.

How to Do Well on an Integrated Flight Training Course

There isn’t a secret formula for succeeding at flight school.

The students who tend to do well aren’t necessarily those with the most natural flying ability or those who arrived with the most previous experience.

Consistency matters.

Turn up prepared. Work hard. Stay ahead of the syllabus. Listen to your instructors. Ask questions when you don’t understand something and don’t be afraid to ask for help when you need it.

You’ll make mistakes along the way. That’s what training is for.

Learn from them, keep improving and start developing the professional habits you’ll need throughout the rest of your flying career.

By the time you finish your integrated course, the aim isn’t simply to have passed the required exams and skills tests.

It’s to be ready to take the next step towards becoming an airline pilot.

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Should I Go To University Or Not?

Should I go to University or not?

A look at if you should go to University or not if you plan on becoming a commercial pilot

I want to be a pilot – should I go to University?

Whilst holding a degree was common place amongst airline pilots in the past, it is becoming more and more common to see prospective pilots going straight from A-Levels or secondary education in to commercial flight training. With the fairly recent increase in University tuition fees it seems this trend will likely increase further in the coming years.

There are arguments for both obtaining and not obtaining a degree before embarking on your commercial flight training.

The arguments set out below are based on you living in a country where you have to pay for your own tuition fees. If you live in a country where going to University is free (or you only need to pay for your living expenses) we would recommend going to Uni.

Fees & Debt

A typical three year degree may now cost over £/€ 30,000 on tuition fees alone. Once accommodation and living costs are added onto this figure, huge student debts are becoming common place among graduates.

With integrated flight training costing around £/€ 100,000 and many airlines requiring you to pay for your own type rating (around £/€ 25,000) you could find yourself in over £/€ 150,000+ of debt before you’ve even got your first job.

Even if you completed modular flight training (the cheapest way to complete flight training) and your type rating is paid for by the airline, then you’d still be in around £100,000 of debt.

You tend to earn a good salary as a commercial pilot so you will quickly, if not immediately end up earning more than the salary repayment threshold, and will therefore be required to pay all of your student loans back over many years, unlike others in lower paid jobs where the debt eventually gets written off. You can therefore expect to pay hundreds of pounds every month from your salary to your student loan debt repayment.

As holding a degree is no longer a minimum requirement to join most European airlines as a pilot, it’s a perfectly fair argument to say that accumulating so much avoidable debt simply isn’t worth it and to try and become a pilot without paying for a degree.

Having a backup plan

There is however, an equally compelling argument for obtaining a degree.

Unfortunately, one of the risks of being a pilot is that we can lose our class one medical at any time for a whole range of reasons which can bring a premature end to our flying careers. Equally, the airline industry is also notoriously volatile and cyclic; just look at the number of pilots made redundant due to global events such as the Covid-19 pandemic.

Unfortunately there will always be airline failures as economies inevitably suffer from time to time. For example, Flybe, XL Airways, Fly Globespan, Silverjet, Spanair and BMI are just a handful of airlines that have folded over the last couple of decades or so, resulting in the loss of hundreds of pilot jobs. As many find out the hard way, it can be years until one finds employment as a pilot again.

If you find yourself in such a position, it is vitally important to have a backup plan. To be able to go directly into employment that has a reasonable rate of pay anywhere close to your pilot salary, typically requires a degree. It might be expensive, but a degree can help you have a career backup plan if your if things go pear shaped.

Ensuring your a well covered by loss of income protection and loss of medical insurance can help ensure that you can cover your debts and even have an income if the worst happens and you can no longer fly. This might mitigate against not having a degree.

The University Experience

There’s no doubt that many people class their time at University as some of the best years of their life. It offers more than just an academic qualification, it offers life experience and an opportunity to develop as a person and build relationships. People mature at different speeds so not everyone is ready to start flight training straight after A-Levels (secondary education) and might need a few more years to develop the skills and personality needed to become employable by an airline.

Foreign Operators

It is worth noting that whilst many European airlines do not require a degree, it is still a mandatory requirement for many foreign airlines, particularly in the United States, the Far East and Asia. Therefore having a degree gives you more optionality in terms of which airline you can work for.

Which degree subject should I choose if I want to be a pilot?

If you’ve decided that going to university is for you, choosing which degree to study and at which university is not always obvious. There are plenty of degrees being offered by universities which are specific to aviation and airline pilot training (we’ve listed them here).

If you are seriously thinking of becoming a pilot and love aviation, studying an aviation degree is obviously going to be enjoyable and you tend to do well at subjects you enjoy studying. Having an aviation degree will clearly put you in a good position to commence your flight training after University.

Whilst airlines do ‘like’ aviation degrees, they are equally impressed with other core subject degrees (science, engineering, geography, maths etc.).

From a recruiters point of view, the final grading you achieved is usually more important than the subject you studied. For example being awarded a 1st class degree in physics will probably be viewed more favourably than a 2:2 in an aviation based subject as it shows you are able to apply yourself very well and to a high standard. This is an attribute which you will need to demonstrate throughout your aviation career, particularly during your flight training. Our general recommendation would be to choose a subject you actually want to study, as applying yourself and achieving a good grade is probably the most important. However, that being said, a ‘core’ subject, or an aviation based degree, is likely to be more appealing to the airlines

Something else to consider is what type of degree you would fall back on should the worst happen and you can’t fly any more. Having a degree in an a subject which is unrelated to aviation may open up more employment opportunities than if you held an aviation specific degree. For example, having a degree in accounting or law is likely to open up potentially higher paid opportunities than an aviation degree would if you can no longer be a pilot.

Conclusion

There are both pros and cons to the question of whether to go university or not and what subject you should study if you do decide to go.

For most people, the choice comes down to is avoiding huge debts unnecessarily versus getting the university experience and all that entails along with a qualification to fall back on if your career doesn’t take off as planned. It’s very subjective and ultimately it’s a very personal decision – everyone’s situation is different.

Pilot Licences Explained

Airline Pilot Licences Explained

What flying licences you need to become a First Officer and how to get them…


Airline Pilot Licences Explained: PPL, CPL, ATPL, MPL & Ratings

Updated 9 October 2026 | A comprehensive guide to UK and European airline pilot licensing

If you’re considering becoming an airline pilot, one of the first things you’ll encounter is a confusing collection of abbreviations: PPL, CPL, ATPL, MPL, IR, MCC and UPRT, to name just a few.

Understanding what these qualifications mean, how they fit together and which ones you actually need to fly for an airline can be surprisingly difficult when you’re new to aviation.

The good news is that the process becomes much easier to understand once you realise that pilot licences, aircraft ratings and training courses are different things. Each serves a particular purpose, and together they establish what you’re qualified to fly and under which conditions.

In this guide, we’ll explain the different pilot licences, how to obtain them, the meaning of a frozen ATPL, and the qualifications needed to become an airline First Officer or Captain.

We’ll also look at the different training routes, including integrated, modular and Multi-Crew Pilot Licence (MPL) programmes, and explain what happens after you secure your first airline job.

The article concentrates primarily on UK CAA and EASA licensing, which share many principles but have some important differences.

What Licence Do You Need to Become an Airline Pilot?

For a typical airline First Officer position in the UK or Europe, there are two principal licensing pathways.

Traditional CPL / ATPL Route

Complete professional flight training leading to a Commercial Pilot Licence (CPL), appropriate instrument rating, ATPL theoretical knowledge credit and multi-crew training.

This combination is commonly described as a frozen ATPL.

Multi-Crew Pilot Licence (MPL)

Complete an approved MPL training programme designed around operating as a co-pilot in a multi-crew commercial aircraft.

These programmes are normally developed in association with an airline or airline-specific training pathway.

Both routes can lead to employment as an airline First Officer, provided you meet the applicable licensing, type rating, medical, training and operator requirements.

Important: A frozen ATPL is not an officially issued licence. It is an informal term describing a pilot who has completed the relevant qualifications and ATPL theory but has not yet met the requirements for a full ATPL.

Understanding the Different Pilot Licences

Before looking at the individual qualifications, it helps to understand what each licence broadly allows you to do.

These descriptions relate to aeroplane licences. The abbreviation (A) simply indicates that the licence is for aeroplanes rather than helicopters or another category of aircraft.

LicenceWhat It AllowsRelevance to Airlines
PPL(A)
Private Pilot Licence
Private, non-commercial flying within the relevant privileges and ratings.Common starting point for modular training, but not required as a separate licence on every training route.
CPL(A)
Commercial Pilot Licence
Commercial flying within the privileges of the licence and relevant ratings.The main professional licence held by pilots following the traditional airline training route.
MPL(A)
Multi-Crew Pilot Licence
Operation as a co-pilot in qualifying multi-pilot commercial air transport operations.Alternative airline-focused training pathway.
ATPL(A)
Airline Transport Pilot Licence
The highest level of aeroplane pilot licence, including command privileges in commercial air transport, subject to relevant qualifications.Normally required to act as Captain of a multi-pilot commercial air transport aircraft.

There are also recreational licences, including the Light Aircraft Pilot Licence (LAPL) and certain UK national licences. These have more limited privileges and are not, by themselves, professional airline qualifications.

It is also worth understanding the distinction between a licence, a rating and a training course certificate.

Licence, Rating or Course – What’s the Difference?

Pilot licence: Establishes your general level of flying privileges. Examples include a PPL, CPL, MPL or ATPL.

Rating: Provides additional privileges associated with a particular aircraft class, aircraft type or form of flying. Examples include an Instrument Rating (IR), Multi-Engine Piston (MEP) class rating or Airbus A320 type rating.

Training course or certificate: Demonstrates completion of specific training required for a particular stage of your career. Examples include Multi-Crew Cooperation (MCC) and Advanced Upset Prevention and Recovery Training (UPRT).

Consequently, a pilot may hold a CPL while also having an instrument rating, aircraft class rating, ATPL theoretical knowledge credit and certificates confirming completion of other required courses.

The Route to Becoming an Airline First Officer

There isn’t one universal training route that every airline pilot must follow.

In the UK and Europe, aspiring airline pilots commonly pursue one of three pathways: integrated training, modular training or an airline-linked MPL programme.

These routes can lead towards similar career objectives, but their training structure, qualification sequence and commercial arrangements differ.

Integrated Training

Complete a structured, continuous professional training programme through an Approved Training Organisation (ATO).

The programme brings together theoretical knowledge, practical flight training and the required professional qualifications.

Typical outcome: CPL with relevant instrument privileges, ATPL theory credit and associated multi-crew training.

You do not necessarily receive a separate PPL during an integrated professional course.

Modular Training

Complete the required qualifications progressively, potentially using different approved training organisations.

You would normally begin with a PPL, build flying experience and then complete the relevant professional theory, CPL, ratings and courses.

Typical outcome: Broadly the same CPL-based professional qualification package as the traditional integrated route.

The sequence can be more flexible, although each individual course has its own prerequisites.

MPL Training

Complete an approved training programme designed specifically for multi-crew commercial airline operations.

Training normally involves substantial aircraft and simulator instruction, with an emphasis on multi-crew procedures and airline operations.

Typical outcome: An MPL with the appropriate aircraft qualifications for employment as a co-pilot.

The initial privileges are more specialised than those associated with a CPL.

For a more detailed comparison of the first two routes, see our Integrated vs Modular Flight Training Guide.

Example: The Traditional Airline Pilot Training Pathway

The following provides a simplified illustration of how somebody might progress from having no previous flying experience to becoming an airline First Officer.

1. Obtain a Class 1 Medical Certificate

↓

2. Begin Integrated or Modular Flight Training

↓

3. Complete ATPL Theory, CPL & Relevant Ratings

↓

4. Complete MCC / APS MCC & Advanced UPRT

↓

5. Airline Recruitment & Aircraft Type Rating

↓

6. Airline Line Training & Release as a First Officer

This is an illustrative pathway rather than a fixed regulatory sequence. Training order and course requirements depend on the approved programme, qualifications already held and applicable licensing rules.

Some trainees complete the majority of these elements within one integrated programme, while others complete them at different stages through modular training.

The airline-specific type rating and line training normally follow recruitment, although airlines differ in their entry requirements and how the costs are arranged.

Before You Start: The Class 1 Medical Certificate

Before committing substantial money to professional flight training, one of the most important steps is to establish whether you meet the medical requirements for a commercial pilot licence.

In the UK and EASA systems, a Class 1 medical certificate is required for the exercise of professional CPL, MPL and ATPL privileges.

An initial assessment includes a review of your medical history and examinations covering areas such as vision, hearing, cardiovascular health and general medical fitness.

Medical certification requirements are detailed, and some conditions require further assessment rather than resulting in an automatic refusal.

Because professional flight training can involve a considerable financial commitment, we strongly recommend obtaining the relevant initial Class 1 medical before making a major non-refundable investment.

Class 1 vs Class 2 Medical

Class 1: Required for professional CPL, MPL and ATPL privileges.

Class 2: Generally appropriate for private flying under a PPL, subject to the applicable licensing and medical requirements.

If your ambition is to become an airline pilot, meeting the requirements for a PPL medical does not necessarily establish that you will meet the professional Class 1 standard.

For more information, see our Airline Pilot Medical Requirements Guide.

Private Pilot Licence (PPL) Explained

The Private Pilot Licence (PPL) is one of the most familiar pilot qualifications and is often the first licence obtained by somebody learning to fly.

A PPL allows you to act as pilot in command of an aircraft in non-commercial operations, within the privileges of the licence, ratings and applicable operating rules.

For example, somebody holding a PPL with an appropriate Single-Engine Piston (SEP) class rating may fly a light aircraft such as a Cessna 172 or Piper PA-28 privately.

However, a PPL does not normally permit you to operate commercial passenger flights for payment. Certain specific exceptions exist, such as authorised instruction and examining privileges, but it is fundamentally a private pilot licence.

What Does PPL Training Involve?

During PPL training, you’ll learn the fundamental skills required to operate an aircraft safely.

Training normally includes:

  • Aircraft handling and the principles of flight.
  • Take-offs, landings and circuit procedures.
  • Navigation and flight planning.
  • Radio communication.
  • Aircraft performance and limitations.
  • Weather interpretation and operational decision-making.
  • Emergency procedures and basic instrument awareness.
  • Supervised solo flying and cross-country navigation.

You’ll also complete theoretical knowledge examinations and, once you’ve reached the required standard, a practical skill test with an authorised examiner.

How Many Flying Hours Are Required for a PPL?

This is an example of why it’s important to distinguish between the UK CAA and EASA licensing systems.

Licensing SystemStandard MinimumImportant Information
UK CAA40 hoursCurrent CAA guidance allows a reduction to 35 hours under specified approved ATO arrangements. Some simulator credit is permitted.
EASA45 hoursIncludes specified dual and supervised solo training requirements, with limited approved simulator credit.

Both systems include supervised solo flying and cross-country requirements. Previous experience or other qualifications may provide credit in certain circumstances.

The published figures represent minimum training requirements, not a guarantee that every student will be ready for their skill test after precisely that number of hours.

Some students need additional flying to achieve the required standard, which should be considered when budgeting for training.

The minimum age for issue of a PPL(A) is generally 17 years in these systems.

Official guidance: UK CAA PPL requirements.

Do You Need a PPL to Become an Airline Pilot?

Not necessarily.

If you choose the modular route, obtaining a PPL is normally an essential early stage of your training because it forms part of the prerequisites for subsequent modular professional courses.

However, integrated ATP training programmes are designed to take students through a structured course towards professional qualifications. You do not necessarily need to obtain a separate PPL before joining or completing the programme.

Likewise, an MPL programme does not normally issue a PPL as part of its standard licensing outcome.

A PPL can nevertheless be a useful qualification for somebody who wants to gain flying experience before deciding whether to pursue professional training.

Commercial Pilot Licence (CPL) Explained

The Commercial Pilot Licence (CPL) is a professional flying licence and a major milestone for pilots training through the traditional route towards airline employment.

It establishes privileges to undertake commercial flying within the limits of the licence, relevant aircraft ratings and applicable operating regulations.

The important difference between a PPL and CPL is that a CPL provides professional flying privileges. However, holding a CPL does not mean you are automatically qualified to fly any commercial aircraft or carry out any airline operation.

For example, operating a commercial jet as a First Officer also requires the appropriate instrument privileges, aircraft type rating, training and operator qualifications.

What Can You Do With a CPL?

Depending on your ratings, experience and the applicable operating rules, a CPL can allow you to undertake commercial flying activities.

These may include certain single-pilot commercial operations or acting as a co-pilot in commercial air transport, subject to the relevant restrictions and additional qualifications.

A CPL holder may also pursue further qualifications and experience that support careers in areas such as flight instruction, aerial work or airline operations.

The precise privileges depend on the aircraft, operation and requirements of the relevant licensing authority.

What Does CPL Training Involve?

CPL training develops your flying skills beyond the standard expected of a private pilot.

Greater emphasis is placed on accuracy, consistency, aircraft handling, planning, professional airmanship and decision-making.

You’ll be expected to demonstrate a higher standard of performance while managing increasingly demanding flying exercises.

The training includes a practical CPL skill test with an authorised examiner.

How Many Flying Hours Do You Need for a CPL?

The requirements depend on the training route.

Under current UK CAA guidance, a modular CPL(A) applicant must normally have at least 200 hours of total flight time before completing the CPL skill test, including specified pilot-in-command and cross-country experience.

A modular CPL course also has entry prerequisites, including a PPL and a minimum amount of previous flying experience.

Integrated CPL training follows a different approved syllabus. For example, a standalone integrated CPL course has a minimum of 150 hours of flight training under the applicable UK CAA requirements, while integrated professional programmes combining a CPL and instrument rating have their own requirements.

These figures should not be confused with the total duration or flying hours of every integrated airline pilot training programme.

The minimum age for issue of a CPL is 18 years, and professional privileges require a valid Class 1 medical.

Official guidance: UK CAA Commercial Pilot Licence requirements.

A CPL Alone Is Not an Airline Qualification Package

Although a CPL is a professional licence, a newly qualified pilot who wants to operate a commercial jet will normally need several additional qualifications.

These include appropriate instrument privileges, ATPL theoretical knowledge credit, multi-crew training and an aircraft type rating.

This is where the commonly used expression frozen ATPL comes in.

What Is a Frozen ATPL?

The term frozen ATPL is used extensively throughout the aviation industry, particularly by flight schools and airline recruiters.

However, it is important to understand that a frozen ATPL is not a separate licence issued by the CAA or EASA.

It is an informal description of a pilot who has completed the relevant professional training and ATPL theoretical knowledge requirements but has not yet qualified for the issue of a full Airline Transport Pilot Licence.

Under the traditional aeroplane route, this usually involves holding a CPL with a multi-engine instrument rating, having passed the ATPL theoretical examinations and completing the required multi-crew training.

Advanced UPRT is also a prerequisite for the first relevant multi-pilot type rating, unless an applicable approved training arrangement or exemption provides otherwise.

What Qualifications Are Associated With a Frozen ATPL?

A typical airline-ready CPL-based qualification package includes:

  • CPL(A): Commercial Pilot Licence.
  • ATPL theoretical knowledge credit: Successful completion of the required ATPL theory examinations.
  • Multi-engine privileges: The relevant aircraft class or type qualification.
  • Multi-engine Instrument Rating (IR): Instrument flying privileges appropriate to the intended operation.
  • MCC or APS MCC: Multi-crew training, completed separately or within an approved integrated programme.
  • Advanced UPRT: Required training before entering the first applicable multi-pilot type rating course, subject to the relevant rules.
  • Class 1 medical: Valid medical certification for professional flying privileges.

An aircraft type rating and airline-specific training are then required before operating the relevant aircraft in commercial airline service.

A pilot holding these qualifications may be eligible to apply for suitable low-hour First Officer vacancies, depending on the airline’s recruitment requirements.

Completing the training does not, by itself, guarantee employment or establish that every airline’s entry criteria have been met.

ATPL Theoretical Knowledge Examinations

A substantial part of professional pilot training involves studying the theoretical subjects associated with the Airline Transport Pilot Licence.

In the current UK and EASA aeroplane examination structure, students generally complete 13 ATPL theoretical knowledge examinations, with a minimum pass mark of 75% in each examination.

The subjects cover:

  • Air Law.
  • Aircraft General Knowledge – Airframe, Systems and Powerplant.
  • Aircraft General Knowledge – Instrumentation.
  • Mass and Balance.
  • Performance.
  • Flight Planning and Monitoring.
  • Human Performance.
  • Meteorology.
  • General Navigation.
  • Radio Navigation.
  • Operational Procedures.
  • Principles of Flight.
  • Communications.

The theoretical syllabus is extensive, covering the knowledge required to understand aircraft operation, navigation, meteorology, human performance, flight planning and aviation regulations.

Students following an integrated route normally complete the theory as part of their professional training programme. Modular students may complete the approved theoretical course separately, including through suitable distance-learning arrangements.

Passing these examinations does not mean that you immediately hold a full ATPL. It establishes theoretical knowledge credit that can be used towards the relevant professional licensing pathway, subject to the applicable validity requirements.

Do ATPL Theory Passes Expire?

ATPL theory passes are subject to regulatory validity rules. The precise arrangements depend on the licensing system, the licence or rating being applied for, and the qualifications subsequently maintained.

For example, the UK CAA states that ATPL(A) theoretical knowledge credit remains valid for ATPL issue for seven years from the last validity date of an aeroplane instrument rating entered in the licence, subject to the applicable rules.

This is one reason why students should understand examination validity and the sequence of their training before committing to a modular programme.

It’s also important not to confuse the validity of theoretical examination credit with the validity of the pilot’s licence, instrument rating or medical certificate. These are separate requirements.

Instrument Ratings, Multi-Engine Training & Additional Qualifications

Professional airline training involves more than obtaining a CPL and passing theoretical examinations.

Pilots also need additional qualifications that establish the privileges to operate particular aircraft and conduct instrument or multi-crew operations.

Instrument Rating (IR)

An Instrument Rating (IR) allows a suitably qualified pilot to operate under Instrument Flight Rules (IFR), subject to the applicable privileges and limitations.

Instrument flying is fundamental to commercial airline operations, where flights are routinely conducted using instrument procedures and may involve cloud, poor visibility or complex controlled airspace.

During instrument training, pilots learn to control and navigate the aircraft using its instruments, follow IFR procedures and manage instrument approaches, departures and missed approaches.

The training develops accuracy, situational awareness, workload management and the ability to fly safely without relying on external visual references.

A full instrument rating is a significant additional qualification and requires specific theoretical and practical training followed by a skill test.

It is important to distinguish IFR, which refers to the rules under which a flight is conducted, from IMC, which refers to instrument meteorological conditions. IFR flights can take place in good weather, while an instrument rating provides privileges relevant to operating in conditions where visual references may be insufficient.

Single-Engine vs Multi-Engine Instrument Rating

An instrument rating can provide privileges for different classes or types of aircraft, depending on the training and qualification held.

Single-engine instrument privileges apply to the relevant single-engine aircraft.

Multi-engine instrument privileges apply to appropriately qualified multi-engine aircraft and are particularly relevant to the traditional airline pilot licensing pathway.

The multi-engine instrument training includes operating under IFR while managing the additional complexity of a multi-engine aircraft, including relevant asymmetric flight and abnormal situations.

A pilot preparing for a typical commercial airline First Officer position through the CPL route will normally need a multi-engine IR.

Official guidance: UK CAA Instrument Rating requirements.

Multi-Engine Piston (MEP) Rating

A Multi-Engine Piston (MEP) class rating qualifies a pilot to operate appropriate multi-engine piston aeroplanes.

For example, a student progressing towards professional qualifications may undertake training on a twin-engine aircraft before completing a multi-engine instrument rating.

MEP training introduces the handling and operational considerations associated with aircraft having more than one engine, including the implications of an engine failure.

However, a multi-engine class rating and an instrument rating are not the same qualification.

One establishes privileges relevant to operating the aircraft class; the other establishes instrument flying privileges.

Multi-Crew Cooperation (MCC)

Most newly qualified pilots complete much of their practical training in light aircraft operated by a single pilot.

Airline operations are very different. On an aircraft such as a Boeing 737 or Airbus A320, the flight crew normally consists of a Captain and First Officer working together using clearly defined procedures.

The Multi-Crew Cooperation (MCC) course helps bridge this gap by introducing the knowledge and behaviours required to operate effectively in a multi-pilot environment.

Training places particular emphasis on:

  • Communication and teamwork.
  • Crew Resource Management.
  • Leadership and effective followership.
  • Situational awareness.
  • Workload management.
  • Decision-making.
  • Monitoring and cross-checking.
  • Multi-crew standard operating procedures.

The practical element normally takes place in an approved flight simulation training device representative of a multi-crew aircraft.

Under the relevant UK CAA rules, a conventional MCC course includes theoretical instruction and a prescribed amount of practical multi-crew training. The minimum practical training differs in certain integrated and combined-course arrangements.

What Is an APS MCC?

The Airline Pilot Standards Multi-Crew Cooperation course (APS MCC) builds upon traditional MCC training with additional emphasis on preparing students for airline operations.

It incorporates more advanced swept-wing jet training, airline operational scenarios and a final assessment.

Compared with a conventional MCC, the APS MCC involves additional practical training and a more structured airline-oriented assessment standard.

Some airlines prefer or specifically request APS MCC training from applicants, although requirements vary between operators and recruitment campaigns.

The APS MCC remains a training course rather than a separate pilot licence.

MCC or APS MCC – Which Should You Choose?

If you’re completing modular training and intend to apply to airlines, it’s worth investigating the APS MCC courses available to you.

However, the quality of the training organisation, instructor experience, training device, course structure and airline entry requirements all deserve consideration.

The most expensive course is not automatically the best option, and you should check the requirements of your intended employers before making a decision.

For a detailed explanation, see our MCC vs APS MCC Comparison Guide.

Advanced Upset Prevention & Recovery Training (UPRT)

Upset Prevention and Recovery Training (UPRT) develops the knowledge and practical skills needed to help pilots recognise, avoid and recover from aircraft upset conditions.

An aircraft upset generally involves an unintended aircraft attitude or flight condition outside the normal operating envelope.

UPRT addresses important aspects of aircraft handling, situational awareness and pilot response to unexpected or unusual flight conditions.

The advanced UPRT course includes a minimum of five hours of theoretical instruction and three hours of dual flight instruction in an aeroplane under the relevant EASA framework.

Advanced UPRT is required before commencing a first applicable multi-pilot type rating course, subject to the specific requirements and any approved exemptions or integrated arrangements.

It’s important to understand that UPRT is not a separate pilot licence, and it doesn’t grant additional operational flying privileges by itself.

Official guidance: EASA Upset Prevention and Recovery Training.

Multi-Crew Pilot Licence (MPL) Explained

The Multi-Crew Pilot Licence (MPL) provides an alternative pathway into commercial airline flying.

Rather than following the traditional sequence of individual private and commercial licences, MPL training is designed around the competencies required to operate as a co-pilot in a multi-pilot commercial aircraft.

MPL courses are normally associated with a particular airline training programme, with training delivered through an approved organisation.

The syllabus combines fundamental flying skills with extensive simulator training, multi-crew procedures and airline-oriented operational training.

What Can You Do With an MPL?

An MPL holder can exercise co-pilot privileges in qualifying multi-pilot commercial air transport operations, subject to the licence, aircraft qualifications and applicable requirements.

Unlike a CPL, an MPL does not automatically include the privileges of a PPL.

Consequently, somebody who has completed an MPL programme may be qualified to operate as a First Officer on a commercial aircraft but not independently licensed to fly a light single-engine aircraft for recreational purposes.

Additional training and assessment can be undertaken to obtain other privileges, including PPL, CPL or single-pilot instrument privileges where the applicable requirements are met.

What Are the Advantages of an MPL?

The principal advantage of an MPL is that the training is specifically designed around multi-crew airline operations.

Students are introduced to airline procedures, crew coordination and simulator-based training as part of a structured pathway towards operating a commercial aircraft.

Where the programme is genuinely linked to a sponsoring airline, the training may also be closely aligned with that operator’s procedures and aircraft requirements.

However, the commercial arrangements vary considerably. Being selected for an MPL programme does not automatically mean that training is fully funded or that future employment is guaranteed.

What Are the Potential Disadvantages of an MPL?

One consideration is that the initial privileges of an MPL are more specialised than those of the traditional CPL route.

This can be particularly relevant if a trainee wishes to change career direction or if the intended airline employment does not materialise.

For example, a pilot holding a CPL with appropriate ratings may have access to a wider range of potential flying activities than a pilot holding an MPL without additional single-pilot privileges.

An MPL holder may also need further training and licensing action to transition into other types of flying.

Before joining an MPL programme, it’s therefore important to understand the contractual arrangements, funding obligations, what happens if training is interrupted and the options available if the intended airline position does not become available.

Official guidance: UK CAA Multi-Pilot Licence requirements.

MPL vs Traditional Frozen ATPL Route

FeatureTraditional CPL RouteMPL Route
Main LicenceCPL with associated qualificationsMPL
Training FocusTraditional flying skills followed by multi-crew preparationIntegrated multi-crew and airline-oriented training
Training StructureIntegrated or modularApproved MPL programme
Single-Pilot PrivilegesAvailable within CPL and rating privilegesNot automatically included
Airline EmploymentApply to suitable operators subject to entry requirementsNormally associated with a specific airline training pathway
Full ATPLAvailable after meeting experience, theoretical and skill-test requirementsAlso available after meeting the applicable requirements; restrictions may remain without additional qualifications

Neither training route is automatically better for every applicant. The most appropriate choice depends on your career objectives, funding arrangements, preferred airlines and willingness to accept the limitations associated with a particular training programme.

What Is a Full Airline Transport Pilot Licence (ATPL)?

The Airline Transport Pilot Licence (ATPL) is the highest level of aeroplane pilot licence in the UK and EASA licensing systems.

It establishes the professional licence privileges required to act as pilot in command of multi-pilot commercial air transport aircraft, subject to the relevant aircraft qualification, medical certification and operational requirements.

For example, a pilot seeking to operate as Captain of a Boeing 737 or Airbus A320 in commercial airline service would normally need an ATPL together with the appropriate aircraft type rating and airline command qualifications.

A full ATPL is not required simply to begin working as a First Officer through the traditional CPL-based pathway.

How Do You Unfreeze an ATPL?

The expression unfreezing an ATPL refers informally to qualifying for the issue of a full ATPL after gaining the required experience and meeting the remaining licensing conditions.

Under the relevant UK and EASA aeroplane rules, the total flight-time requirement is generally 1,500 hours.

However, the requirements are more detailed than simply reaching 1,500 hours.

Full ATPL – Key Experience Requirements

Applicants must satisfy the applicable experience requirements, including:

  • 1,500 hours of qualifying aeroplane flight time, subject to permitted credits.
  • 500 hours in qualifying multi-pilot operations.
  • The required pilot-in-command or pilot-in-command-under-supervision experience, using one of the permitted combinations.
  • 200 hours of cross-country flight time, including the specified PIC or PICUS experience.
  • 75 hours of instrument time, subject to limits on instrument ground time.
  • 100 hours of night flight as PIC or co-pilot.

Applicants must also meet the theoretical knowledge requirements and pass the relevant ATPL skill test, demonstrating the competence required to act as pilot in command of a multi-pilot aeroplane under IFR.

Minimum age: 21 years.

The command-experience element can be met through different permitted combinations of PIC and PICUS experience, including routes based on 500 hours of PICUS, 250 hours of PIC, or a specified combination of the two.

Simply logging 1,500 hours does not automatically mean you qualify for an ATPL. The composition of those hours matters, and applicants must satisfy the other requirements.

After completing the relevant experience and skill-test requirements, the pilot can apply to the licensing authority for issue of the full ATPL.

Official guidance: UK CAA Airline Transport Pilot Licence requirements.

Does an MPL Automatically Become an ATPL After 1,500 Hours?

No. An MPL holder must meet the relevant ATPL requirements, including the specified experience, theoretical knowledge and skill test.

Where a pilot has progressed from an MPL without acquiring single-pilot privileges, restrictions relating to multi-crew operations may remain on the resulting ATPL unless the additional requirements for other privileges have been met.

The transition therefore involves more than an automatic change to the licence when the pilot’s logbook reaches a particular number.

Do You Need an ATPL to Become an Airline Captain?

For a conventional multi-pilot commercial airline operation, holding the appropriate full ATPL is part of the licensing requirements for acting as Captain.

However, obtaining an ATPL doesn’t automatically qualify a pilot for command with an airline.

Airlines have their own command selection, training and checking requirements, and pilots must also meet the applicable experience and operational standards.

Consequently, an experienced First Officer may hold a full ATPL for some time before being promoted to Captain.

What Happens After You Get an Airline Job?

Completing professional flight training and obtaining the appropriate licences is a major achievement, but it doesn’t mark the end of your training.

When you join an airline, you’ll normally undertake further training specific to the aircraft and operator before being released to normal line operations.

This typically includes an aircraft type rating where required, followed by the relevant operational training and checking.

Aircraft Type Rating Explained

A type rating is a qualification authorising a pilot to operate a particular aircraft type or group of types covered by the applicable rating.

For example, a pilot moving from a light twin-engine training aircraft to an Airbus A320 must complete the appropriate aircraft type training before operating the A320 in commercial service.

Type rating training normally includes detailed theoretical instruction covering aircraft systems, limitations, performance and operating procedures, together with extensive simulator training.

Students learn to operate the aircraft in normal, abnormal and emergency situations using the procedures relevant to the aircraft and operator.

The course concludes with the required assessments and skill test.

Do You Need a Type Rating Before Applying to an Airline?

Not necessarily.

Some airlines recruit pilots who already hold a type rating for the aircraft being operated, while others recruit pilots without a type rating and arrange the training after selection.

Whether the airline funds the course, requires the applicant to contribute or operates another contractual arrangement depends on the employer.

Before paying for a type rating independently, consider whether doing so will genuinely improve your employment prospects.

A type rating represents a substantial financial commitment and does not, by itself, guarantee employment. It may be of limited benefit if the airlines recruiting pilots require previous operating experience on the type.

Should You Self-Fund an Aircraft Type Rating?

We would encourage newly qualified pilots to investigate the employment market carefully before paying for a type rating without a job offer.

For example, investing in a Boeing 737 type rating may be of limited value if your next realistic employment opportunity is with an airline operating the Airbus A320.

Where an airline offers employment subject to a self-funded type rating, review the training contract, total cost, employment conditions and any repayment obligations before committing.

What Is Base Training?

Following type rating simulator training, pilots may be required to complete aircraft take-offs and landings as part of the relevant training and qualification process.

This is commonly referred to as base training.

For many newly qualified pilots, it represents their first opportunity to fly a commercial jet outside a simulator.

Base training is conducted under approved arrangements, with suitable instructors and operating limitations.

However, not every pilot completing a type rating is required to undertake a conventional base-training programme.

Approved Zero Flight Time Training (ZFTT) arrangements can provide an alternative in qualifying circumstances. Eligibility depends on the pilot’s experience, the training programme and applicable regulatory requirements.

Read more in our Guide to Airline Base Training.

What Is Airline Line Training?

After completing the required aircraft qualification and introductory training, a new airline pilot will normally enter the line training phase.

During line training, the pilot begins operating real airline flights under the supervision of appropriately qualified training personnel.

The aim is to develop the experience and competence needed to operate safely and consistently within the airline’s normal environment.

Training covers much more than physically flying the aircraft. Pilots must demonstrate the ability to manage the complete operation, including preparation, standard operating procedures, communication, monitoring, workload and changing operational conditions.

The duration of line training varies between airlines, aircraft types, training programmes and individual pilots.

Once the required standard has been achieved, the pilot completes the relevant checking process and, when approved, is released to normal line operations.

UK CAA vs EASA Pilot Licences – What’s the Difference?

For somebody beginning professional flight training, choosing the appropriate licensing authority is an important decision.

Although UK CAA and EASA pilot licensing systems share many principles, they are separate regulatory frameworks.

Following the UK’s departure from the European Union aviation regulatory system, a UK-issued licence and a licence issued by an EASA Member State should not be treated as automatically interchangeable.

The licence you need depends on factors including the aircraft’s registration, the operator, the applicable operating rules and the requirements of the airline you intend to work for.

UK CAA Licence

Issued by the UK Civil Aviation Authority under the applicable UK regulatory framework.

Relevant to operations requiring UK flight crew licensing privileges.

Pilots should check the precise licensing requirements for their intended employer and aircraft operation.

EASA Licence

Issued by the competent aviation authority of an EASA Member State under the applicable European licensing framework.

Relevant to operations requiring EASA flight crew licensing privileges.

Training and examination requirements should be confirmed with the intended licensing authority and approved training organisation.

Should You Obtain a UK or EASA Licence?

That depends on your career objectives.

If you have a particular airline or country in mind, investigate its licensing requirements before choosing a flight school or starting professional ground school examinations.

Some pilots may eventually pursue qualifications under more than one regulatory system, but this can involve additional examinations, training, administration and expense.

Holding a licence from one authority does not mean every qualification or theoretical examination will automatically be accepted by another.

Where licence conversion or crediting is possible, the applicable requirements must be checked directly with the authority concerned.

Choose Your Licensing Authority Before Training

If you’re planning to spend a substantial amount on professional flight training, don’t assume that a UK CAA qualification will automatically satisfy the requirements of every European airline, or vice versa.

Before enrolling, confirm which authority will issue your licence, where the theoretical examinations will be taken, what ratings will be included and whether the qualifications match your intended employment opportunities.

This is particularly important for applicants considering professional training outside their home country.

How Long Does It Take to Become an Airline Pilot?

The total training time depends on the route you choose, the availability of aircraft and instructors, weather conditions, examination progress and your individual performance.

Integrated training programmes are typically designed around a structured full-time timetable, whereas modular training may be completed over a longer period alongside employment or other commitments.

MPL programmes generally follow a defined training structure linked to the relevant airline pathway.

However, completing your qualifications doesn’t necessarily mean you’ll begin airline employment immediately. Recruitment availability, selection processes and subsequent type rating and line training can all affect the overall timescale.

For more information, see our Guide to How Long Pilot Training Takes.

How Much Does Professional Pilot Training Cost?

Professional flight training represents a substantial financial commitment, and the total cost can vary significantly between training organisations and programmes.

The cost depends on factors including your training route, the country in which you train, aircraft availability, accommodation, examination fees and whether additional qualifications are included in the advertised price.

Modular training can provide flexibility over when different stages are completed, while integrated courses may offer a more structured overall training package.

However, the most appropriate route cannot be determined by the advertised price alone.

Before committing to a programme, establish exactly which licences, ratings and courses are included, together with the arrangements for additional flying, examination resits and any training delays.

For a detailed breakdown, read our Pilot Training Costs Guide.

What to Check Before Choosing a Flight Training Organisation

Understanding the various licences and ratings is particularly important when comparing professional flight training organisations.

Two courses may appear to offer the same outcome while differing significantly in what is included, how training is delivered and the additional costs students may face.

Before enrolling, we recommend confirming the following:

Professional Flight Training Checklist

  • Licensing authority: Will your qualifications be issued under UK CAA, EASA or another licensing system?
  • Course approval: Is the training organisation appropriately approved for the courses it intends to deliver?
  • Final qualifications: Exactly which licences, ratings and certificates will you receive?
  • ATPL theory: Are the required theoretical knowledge examinations and associated training included?
  • Instrument privileges: Does the programme include the multi-engine instrument qualification relevant to your intended career?
  • MCC and UPRT: Are the required multi-crew and advanced upset prevention courses included, or will they involve additional fees?
  • Additional costs: What happens if you need extra flying, accommodation, examination resits or further training?
  • Employment arrangements: Is there an actual airline employment agreement, or is the programme simply described as airline-oriented?
  • Contractual obligations: Are there training bonds, repayment clauses or other financial commitments?

We would also recommend speaking to current students or recent graduates where possible, investigating training delays and understanding the organisation’s financial arrangements before making a substantial commitment.

Pilot Licences – Frequently Asked Questions

What licence do you need to become an airline First Officer?

A typical CPL-based First Officer pathway requires a Commercial Pilot Licence with appropriate instrument privileges, ATPL theoretical knowledge credit, multi-crew training and the relevant aircraft type rating and operator qualifications.

Alternatively, pilots may qualify through an approved Multi-Crew Pilot Licence programme.

The precise requirements depend on the airline, aircraft and licensing authority.

Is a frozen ATPL a real licence?

No. A frozen ATPL is an informal aviation industry term rather than an officially issued licence.

It commonly describes a pilot who has completed the professional CPL-based training and ATPL theoretical knowledge requirements but has not yet met the conditions for a full ATPL.

Can you become an airline pilot without obtaining a PPL?

It is possible to become an airline pilot without first obtaining a separate PPL.

For example, integrated professional training and MPL programmes can provide pathways from no previous flying experience towards airline qualifications.

However, modular CPL training normally requires an existing PPL.

Can you fly commercially with a PPL?

A PPL is primarily intended for non-commercial flying. It does not normally permit a pilot to conduct commercial passenger flights for payment.

Specific exceptions exist for appropriately qualified instructors and examiners, but professional commercial flying generally requires a CPL or another relevant professional licence.

What’s the difference between a CPL and ATPL?

A CPL provides professional flying privileges within the relevant regulatory limits, whereas an ATPL is the highest level of aeroplane pilot licence and provides the licensing privileges required for command in multi-pilot commercial air transport operations.

A pilot can normally begin working as an airline First Officer through the CPL-based pathway before becoming eligible for a full ATPL.

How many flying hours do you need to unfreeze an ATPL?

The general total flight-time requirement is 1,500 hours, but the applicant must also satisfy specified multi-pilot, command or supervised-command, instrument, night and cross-country experience requirements.

The required theoretical knowledge and skill test must also be completed.

Consequently, 1,500 hours alone does not automatically qualify somebody for a full ATPL.

Do you need an ATPL to become a Captain?

For conventional multi-pilot commercial airline operations, a full ATPL is normally required to act as Captain.

The pilot must also meet the airline’s command training, checking, experience and operational requirements.

Can an MPL holder fly a light aircraft privately?

Not solely on the basis of an MPL.

An MPL does not automatically provide PPL privileges. Additional training and licensing requirements must be completed before exercising the relevant single-pilot or recreational flying privileges.

Is an APS MCC compulsory?

An APS MCC is not universally mandatory for every CPL-based airline pilot applicant.

The applicable requirements depend on the training and licensing pathway, while individual airlines may prefer or require APS MCC training as part of recruitment.

Always check the current requirements of the airline you’re interested in joining.

Do you need a type rating before applying for an airline job?

Not always. Some airlines recruit non-type-rated pilots and arrange the type rating after successful selection.

Others require applicants to hold a relevant type rating, sometimes with additional flying experience on that aircraft.

The vacancy’s published requirements should be checked before applying or paying for any additional training.

Do UK CAA and EASA pilot licences provide the same privileges?

They operate under related but separate regulatory systems, and they should not be treated as automatically interchangeable.

The privileges recognised for a particular operation depend on the aircraft, operator, applicable rules and licensing authority.

If you intend to work internationally, investigate the relevant licence requirements and any conversion arrangements before beginning professional flight training.

Does a pilot licence last forever?

Some professional pilot licences do not have a fixed expiry date in the way that individual ratings and medical certificates do.

However, holding a licence is not the same as being legally qualified and current to exercise all of its privileges.

Aircraft ratings, medical certification, proficiency checks, operational training and other applicable requirements must be maintained.

The Key Points to Remember

If you’re beginning your journey towards becoming an airline pilot, there are a few important distinctions worth understanding from the outset.

  • PPL: Primarily allows private, non-commercial flying.
  • CPL: Provides professional flying privileges and forms the basis of the traditional airline training route.
  • Frozen ATPL: An informal term for the combination of professional qualifications and ATPL theoretical knowledge credit commonly held by newly qualified airline pilot applicants.
  • MPL: An alternative qualification designed specifically for multi-crew commercial airline operations.
  • Instrument and aircraft ratings: Provide additional privileges required for particular aircraft and flying operations.
  • MCC, APS MCC and UPRT: Training designed to prepare pilots for important aspects of professional aircraft operations.
  • Full ATPL: The highest level of aeroplane pilot licence, normally required for command in multi-pilot commercial air transport.

The right training pathway depends on your individual circumstances, career objectives and the licensing requirements of the airlines you hope to join.

Start Your Journey Towards Becoming an Airline Pilot

Understanding pilot licences is an important first step towards a career in commercial aviation.

Although the terminology can seem complicated initially, the overall process follows a logical progression: develop your flying skills, obtain the appropriate professional qualifications, complete the necessary aircraft training and gain experience operating in an airline environment.

Choosing the right training route requires careful consideration of your financial circumstances, career objectives and the opportunities available to you.

Before committing to a flight school, we recommend researching the different programmes, understanding the qualifications they provide and checking the requirements of your preferred airlines.

Explore Your Flight Training Options

FlightDeckFriend provides a range of free resources to help you understand the different routes into professional aviation and make informed decisions about your training.

Official Pilot Licensing Information

This guide is intended to explain the principal licensing pathways in straightforward language. Because pilot licensing requirements can change and differ between jurisdictions, applicants should always check the current rules directly with their intended licensing authority and an appropriately approved training organisation.

The following official resources provide further information:


Disclaimer: This article provides general educational information about pilot licensing and professional flight training, primarily in the UK CAA and EASA systems. It is not an official statement of regulatory requirements or a substitute for the applicable legislation, approved training syllabi or guidance from the relevant licensing authority. Training prerequisites, flight-time requirements, licensing privileges and crediting arrangements can vary according to the jurisdiction, approved course and qualifications already held. Always verify the current requirements before making training or financial commitments.

The Route to Become a First Officer with an Airline

Illustration of the route to becoming an airline pilot

*Upset Prevention & Recovery Training (UPRT) is now also a requirement to hold a frozen ATPL

Easy Mental Arithmetic for Pilots

Mental Arithmetic for Pilots

How to quickly and accurately do maths as a pilot


Mental Arithmetic for Pilots: Easy Maths Shortcuts & Practice Questions

Updated 12 October 2026 | Practical mental maths techniques for pilots and airline assessment candidates

Being able to perform quick mental arithmetic is an important skill for both aspiring and qualified pilots. Whether you’re working out how long it will take to reach a waypoint, estimating a descent rate or completing a numerical reasoning test during airline selection, understanding a few simple mathematical shortcuts can make calculations considerably easier.

The good news is that you don’t need to be particularly gifted at mathematics to become proficient at mental arithmetic. Most of the calculations pilots encounter can be broken down into relatively straightforward steps, often involving multiplication, division, percentages and an understanding of the relationship between speed, distance and time.

Modern aircraft have sophisticated flight management systems, navigation equipment and performance calculation tools. However, the ability to make a quick mental estimate remains valuable, particularly when checking whether a calculated figure is reasonable or developing situational awareness during a flight.

Mental arithmetic is also relevant to pilot aptitude and numerical reasoning assessments, where candidates may need to solve mathematical problems accurately under time pressure.

In this guide, we’ll explain some of the most useful mental maths techniques for pilots, including descent planning, vertical speed calculations, speed and distance, the 1-in-60 rule, wind components and fuel calculations. We’ll also provide worked examples and practice questions so you can test your understanding.

Three Mental Maths Shortcuts Every Pilot Should Know

Many useful aviation calculations begin with three simple relationships.

÷ 60
Groundspeed
Convert knots into nautical miles per minute.
× 3
Descent Distance
Approximately 3 NM for every 1,000 feet to lose.
× 5
Descent Rate
A quick feet-per-minute estimate for a 3° descent.

These are mental calculation aids. The descent shortcuts are approximate and must not replace published procedures, aircraft performance calculations or approved operational guidance.

How to Improve Your Mental Arithmetic for Flying

One of the most useful skills in mental arithmetic is being able to recognise when a calculation can be simplified.

For example, multiplying a number by five may initially seem more difficult than multiplying it by ten. However, if you multiply the number by ten and then divide the result by two, you achieve exactly the same answer.

Similarly, calculating 15% of a number becomes much easier when you recognise that 15% is simply 10% plus 5%.

The key is to develop confidence with a few basic mathematical relationships so that you can apply them to unfamiliar questions.

Useful Mental Maths Shortcuts

  • Multiply by 5: Multiply by 10 and divide by 2.
  • Multiply by 15: Multiply by 10, then add half that amount.
  • Divide by 5: Multiply by 2 and divide by 10.
  • Calculate 10%: Divide by 10.
  • Calculate 5%: Find 10% and divide by 2.
  • Calculate 25%: Divide by 4.
  • Calculate 12.5%: Divide by 8.
  • Calculate 20%: Divide by 5.

For example, 15% of 240 is 24 + 12 = 36. Similarly, 12.5% of 320 is simply 320 ÷ 8 = 40.

Estimation vs Exact Calculations

It’s important to distinguish between situations where an approximate answer is useful and those where a precise calculation is required.

For example, when assessing whether a proposed descent profile looks reasonable, a quick mental estimate can be valuable. However, aircraft performance limitations, regulatory fuel requirements, mandatory altitude constraints and other safety-critical calculations must be managed using the appropriate approved procedures and data.

In an aptitude test, the required level of accuracy depends on the question and instructions. Some questions may be solved efficiently by eliminating obviously incorrect answers, while others require an exact result.

Good mental arithmetic is therefore about knowing how to calculate efficiently and understanding when an approximation is appropriate.

Speed, Distance and Time Calculations for Pilots

Speed, distance and time calculations are among the most useful mathematical skills in aviation.

They help pilots estimate how long it will take to reach a waypoint, how far an aircraft will travel in a particular period and what groundspeed is needed to cover a known distance.

The fundamental relationship is straightforward:

The Speed, Distance & Time Formula

Speed = Distance ÷ Time

Distance = Speed × Time

Time = Distance ÷ Speed

In aviation, speed is commonly measured in knots. One knot represents one nautical mile per hour.

This means that an aircraft travelling at 120 knots covers 120 nautical miles in one hour, assuming its groundspeed remains constant.

However, pilots often need to calculate distances and times over much shorter periods. That’s where dividing by 60 becomes particularly useful.

Convert Knots into Nautical Miles per Minute

Because there are 60 minutes in an hour, dividing groundspeed in knots by 60 tells you how many nautical miles the aircraft travels in one minute.

Distance travelled each minute = Groundspeed ÷ 60

For example, at a groundspeed of 180 knots:

180 ÷ 60 = 3 NM per minute

Consequently, the aircraft would travel approximately 15 NM in five minutes if the groundspeed remained constant.

GroundspeedDistance per MinuteDistance in 10 Minutes
60 kt1 NM10 NM
90 kt1.5 NM15 NM
120 kt2 NM20 NM
150 kt2.5 NM25 NM
180 kt3 NM30 NM
240 kt4 NM40 NM
300 kt5 NM50 NM
420 kt7 NM70 NM

Memorising a few of these relationships can make a considerable difference to how quickly you solve aviation-related questions.

Once you know that 180 knots is equivalent to 3 NM per minute, for example, it becomes easy to calculate distances over three, five, ten or twenty minutes.

Example 1 – How Far Will an Aircraft Travel?

Question: An aircraft is travelling at a groundspeed of 240 knots. How far will it travel in 15 minutes?

Step 1: Convert the groundspeed into nautical miles per minute.

240 ÷ 60 = 4 NM per minute.

Step 2: Multiply by the number of minutes.

4 × 15 = 60 NM.

Answer: 60 nautical miles.

Example 2 – How Long Will It Take?

Question: You’re flying at a groundspeed of 210 knots and have 42 NM remaining to your next waypoint. How long will it take to reach it?

Step 1: Convert groundspeed into nautical miles per minute.

210 ÷ 60 = 3.5 NM per minute.

Step 2: Divide the remaining distance by the distance travelled each minute.

42 ÷ 3.5 = 12 minutes.

Answer: 12 minutes.

Example 3 – Calculate Average Groundspeed

Question: An aircraft covers 36 NM in nine minutes. What is its average groundspeed?

Step 1: Calculate how many nautical miles were travelled per minute.

36 ÷ 9 = 4 NM per minute.

Step 2: Multiply by 60 to convert the result into knots.

4 × 60 = 240 knots.

Answer: 240 knots.

The Six-Minute Rule – A Useful Aviation Shortcut

One particularly useful mental arithmetic technique is the six-minute rule.

Since six minutes is one-tenth of an hour, the distance an aircraft travels in six minutes is simply its groundspeed divided by ten.

For example, an aircraft travelling at 270 knots covers:

270 ÷ 10 = 27 NM in six minutes.

This can be quicker than first calculating nautical miles per minute, particularly when dealing with speeds that don’t divide neatly by 60.

Example – 270 Knots for 14 Minutes

An aircraft is flying at 270 knots groundspeed. How far will it travel in 14 minutes?

First, calculate the distance travelled in six minutes:

270 ÷ 10 = 27 NM.

In 12 minutes, it will therefore travel:

27 × 2 = 54 NM.

It travels 4.5 NM each minute, so in the remaining two minutes it covers another 9 NM.

54 + 9 = 63 NM.

Answer: 63 nautical miles.

The six-minute rule can also help you make quick estimates of how far you’ll travel before reaching an altitude, passing a waypoint or encountering a particular section of airspace.

Remember that these calculations use groundspeed, not indicated airspeed. Wind affects your progress over the ground, and therefore the time required to cover a particular distance.

How to Calculate Descent Distance

One of the most useful mental arithmetic techniques for pilots involves estimating the distance required to descend from one altitude to another.

Although modern aircraft flight management systems calculate descent profiles, pilots can still benefit from understanding how these figures are derived.

A common rule of thumb is based on a descent angle of approximately three degrees.

For quick planning purposes, a three-degree descent is often estimated as requiring approximately 3 nautical miles for every 1,000 feet of altitude to lose.

The 3-to-1 Descent Rule

Distance Required (NM) ≈ Altitude to Lose (Thousands of Feet) × 3

This is an approximation for a three-degree descent. The actual geometric gradient is approximately 318 feet per nautical mile.

Example 1 – Descending from 25,000 to 13,000 Feet

Question: An aircraft is maintaining 25,000 feet and needs to be at 13,000 feet when passing a particular waypoint. Approximately how much distance is required for a three-degree descent?

Step 1: Calculate the altitude to lose.

25,000 − 13,000 = 12,000 feet.

Step 2: Divide by 1,000.

12,000 ÷ 1,000 = 12.

Step 3: Multiply by three.

12 × 3 = 36 NM.

Answer: Approximately 36 NM.

For comparison, a geometrically accurate 3° path requires approximately 37.7 NM for a 12,000-foot height reduction. The mental shortcut is deliberately approximate.

Example 2 – Calculating a Top of Descent

Question: You’re flying at 40,000 feet and need to be at 10,000 feet by a point 30 NM before the destination airport. Approximately where should a three-degree descent begin?

Step 1: Calculate the altitude to lose.

40,000 − 10,000 = 30,000 feet.

Step 2: Apply the 3-to-1 rule.

30 × 3 = 90 NM.

Step 3: Add the distance between the required altitude restriction and the airport.

90 + 30 = 120 NM.

Answer: Approximately 120 NM before the airport.

This provides a quick geometric estimate before accounting for aircraft performance, speed reductions, altitude restrictions and other operational considerations.

Does Wind Affect Descent Distance?

Wind affects an aircraft’s groundspeed and therefore the vertical speed needed to maintain a particular descent angle.

For example, with a tailwind, the aircraft may travel across the ground more quickly and need a greater rate of descent to follow the same geometric path.

However, a three-degree descent still represents the same height loss per nautical mile, regardless of wind.

Consequently, adding a fixed number of nautical miles for every 10 knots of tailwind is not a universally reliable method of calculating the required descent distance.

The actual descent profile depends on aircraft performance, energy management, speed changes, wind conditions and operational restrictions.

Allowing for Speed Reduction During Descent

The basic 3-to-1 rule considers only the altitude to lose. It doesn’t account for the additional distance that may be required to reduce airspeed.

For example, an aircraft descending from 8,000 feet to 3,000 feet needs to lose 5,000 feet.

Using the rule of thumb:

5 × 3 = 15 NM.

However, if the aircraft must also reduce speed from 250 knots to 180 knots, the pilots need to account for that deceleration.

A commonly taught rough planning allowance is one additional nautical mile for every 10 knots of speed reduction. In this example, that would suggest another seven nautical miles.

But this allowance is highly aircraft-dependent. It isn’t a universal performance rule, and it may be inappropriate for a particular aircraft, configuration or descent profile.

The actual distance needed for deceleration depends on factors including aircraft type, weight, configuration, drag, thrust and atmospheric conditions.

Important: Mental Estimates vs Actual Descent Planning

These descent rules are useful for building numerical confidence and performing rough mental checks.

They do not account for every element of an actual aircraft descent, including published altitude restrictions, speed limits, terrain clearance, flight management system guidance, aircraft energy state and operator procedures.

For operational flying, the applicable published procedures and approved aircraft guidance must always take precedence over generic mental arithmetic shortcuts.

How to Calculate the Rate of Descent

Once you understand the distance required to descend, another useful calculation is determining the approximate vertical speed needed to maintain a particular descent angle.

Vertical speed is normally expressed in feet per minute (fpm).

One of the best-known aviation shortcuts is to multiply the aircraft’s groundspeed by five to estimate the rate of descent required for a three-degree descent.

The 3° Descent Rate Shortcut

Descent Rate (fpm) ≈ Groundspeed × 5

For a closer geometric approximation:

Descent Rate (fpm) ≈ Groundspeed × 5.3

The ×5 rule is easier to calculate mentally. The ×5.3 relationship is closer to a true 3° descent angle.

Example 1 – Groundspeed of 280 Knots

Question: An aircraft is travelling at a groundspeed of 280 knots. What approximate descent rate is required for a three-degree profile?

Using the simple shortcut:

280 × 5 = 1,400 fpm.

For a closer approximation:

280 × 5.3 = 1,484 fpm.

Answer: Approximately 1,400 fpm using the quick rule, or about 1,485 fpm for a more accurate 3° estimate.

Example 2 – Groundspeed of 420 Knots

Question: An aircraft is descending at a groundspeed of 420 knots. What approximate vertical speed is required for a three-degree descent?

420 × 5 = 2,100 fpm.

For a closer estimate:

420 × 5.3 = 2,226 fpm.

Answer: Approximately 2,100 fpm using the shortcut, or around 2,225 fpm for a closer approximation.

Quick Reference: Three-Degree Descent Rates

GroundspeedQuick Rule (×5)Closer 3° Estimate (×5.3)
120 kt600 fpm636 fpm
150 kt750 fpm795 fpm
180 kt900 fpm954 fpm
240 kt1,200 fpm1,272 fpm
300 kt1,500 fpm1,590 fpm
420 kt2,100 fpm2,226 fpm

As an aircraft descends, its groundspeed may change because of wind, airspeed changes or other factors. Consequently, the vertical speed required to maintain a constant descent angle may also change.

The relationship between groundspeed, vertical speed and descent angle is useful to understand, even when an aircraft’s flight guidance system is managing the descent.

How to Calculate a Descent Rate to Meet a Time Restriction

Another useful calculation involves determining the average descent rate required to lose a specified amount of altitude within a particular time.

For example, air traffic control may ask an aircraft to reach a lower flight level within a specified number of minutes.

The calculation is straightforward:

Descent Rate for a Time Restriction

Required Average Descent Rate = Altitude to Lose ÷ Time Available

Example 1 – Descend 4,000 Feet in Four Minutes

Question: An aircraft is maintaining FL360 and has been instructed to descend to FL320, reaching that level within four minutes. What average rate of descent is required?

Step 1: Calculate the flight level difference.

36,000 − 32,000 = 4,000 feet.

Step 2: Divide by the available time.

4,000 ÷ 4 = 1,000 fpm.

Answer: An average descent rate of 1,000 fpm.

Example 2 – Descend 5,000 Feet in Three Minutes

Question: An aircraft is maintaining FL350 and needs to descend to FL300 within three minutes. What average vertical speed is required?

35,000 − 30,000 = 5,000 feet.

5,000 ÷ 3 = 1,666.7 fpm.

Answer: Approximately 1,667 fpm.

If the question requires an answer to the nearest 100 fpm, the result is 1,700 fpm. For an actual time restriction, a plan must also account for the level-off and any delay before establishing the descent.

A Useful Shortcut When the Division Is Awkward

Suppose an aircraft needs to descend 8,000 feet within nine minutes.

The exact average rate required is:

8,000 ÷ 9 = approximately 889 fpm.

Rather than calculating this precisely, you may recognise that descending at 1,000 fpm would take approximately eight minutes.

This can be a useful mental check when deciding whether a proposed descent rate is likely to meet a time restriction.

Of course, any actual descent must remain within the aircraft’s performance capability and applicable operational restrictions.

The 1-in-60 Rule Explained

The 1-in-60 rule is a traditional aviation navigation shortcut used to estimate angular errors from distances.

It is particularly useful when considering how far an aircraft has deviated from its intended track.

The principle is that being approximately one nautical mile off track after travelling 60 nautical miles represents an angular error of about one degree.

The 1-in-60 Rule

Track Error (Degrees) ≈ Distance Off Track × 60 ÷ Distance Flown

This is a small-angle approximation and is most useful for relatively modest angular deviations.

Example – Estimating Track Error

Question: An aircraft is three nautical miles to the right of its intended track after flying 60 NM. Approximately how many degrees has its track differed from the planned route?

Using the 1-in-60 rule:

3 × 60 ÷ 60 = 3 degrees.

Answer: Approximately 3 degrees.

The same principle can be applied to other distances.

For example, if an aircraft is two nautical miles off track after travelling 40 nautical miles:

2 × 60 ÷ 40 = 3 degrees.

The estimated track error is therefore also approximately three degrees.

If you subsequently need to return to the planned route, an additional closing angle may be required. The size of that correction depends on how far you are off track and how much distance remains before the point at which you want to rejoin.

In practice, wind can affect the relationship between aircraft heading and ground track. Modern navigation displays provide more precise position and track information, but understanding the geometry remains a useful skill.

Quick Crosswind Calculations

Another useful area of mental arithmetic involves understanding wind components.

Wind rarely blows directly along or directly across a runway. More often, it approaches at an angle, producing a combination of headwind or tailwind and crosswind.

Understanding how these components relate to wind direction can be useful when interpreting aviation weather reports and answering pilot assessment questions.

For simple mental estimates, a few approximate relationships can help.

Wind Angle to RunwayApproximate Crosswind Component
30°50% of wind speed
45°70% of wind speed
60°87% of wind speed
90°100% of wind speed

Example – 20-Knot Wind at 30 Degrees

Question: The wind is blowing at 20 knots, approximately 30 degrees off the runway heading. What is the approximate crosswind component?

At an angle of 30 degrees, the crosswind component is approximately half the total wind speed.

20 × 0.5 = 10 knots.

Answer: Approximately 10 knots of crosswind.

The corresponding headwind component in this example would be approximately 17 knots if the wind is coming from ahead of the aircraft.

These shortcuts are useful for mental arithmetic practice, but actual operational crosswind assessments must use the appropriate wind information, aircraft limitations, approved methods and operator procedures.

Fuel Calculations and Mental Arithmetic

Understanding fuel consumption rates is another area where straightforward mathematical relationships can be useful.

For example, if an aircraft is consuming fuel at a rate expressed in kilograms per hour, you can divide the hourly figure by 60 to estimate the amount consumed each minute.

This allows you to calculate the fuel used over a particular period.

Example – Calculate Fuel Used in 15 Minutes

Question: An aircraft is consuming fuel at a constant rate of 2,400 kg per hour. How much fuel will it use in 15 minutes?

Step 1: Calculate consumption per minute.

2,400 ÷ 60 = 40 kg per minute.

Step 2: Multiply by the time.

40 × 15 = 600 kg.

Answer: 600 kg of fuel.

Real aircraft fuel consumption varies with operating conditions, including flight phase, altitude, speed, configuration and engine operating conditions.

This example assumes a constant rate purely to demonstrate the arithmetic. Actual operational fuel planning and fuel management require the appropriate aircraft performance data, approved calculations and applicable fuel requirements.

Percentages in Pilot Numerical Reasoning Tests

Percentages are particularly common in aptitude assessments because they test your understanding of basic mathematical relationships without necessarily requiring complicated calculations.

For example, suppose the question asks you to find 12.5% of 320.

You could multiply 320 by 0.125, but there is an easier approach.

Recognise that 12.5% is one-eighth of the total.

320 ÷ 8 = 40.

Similarly, finding 15% of 240 becomes straightforward if you calculate 10% and then add another 5%.

10% of 240 = 24.

5% of 240 = 12.

15% of 240 = 36.

Practising these types of calculations can help you improve speed and accuracy during numerical reasoning assessments.

Other Useful Mental Arithmetic Techniques for Pilots

Not every useful calculation involves a formula. Sometimes, recognising a simple numerical relationship is enough to solve a question quickly.

Reciprocal Headings

The reciprocal of a heading is 180 degrees away.

For headings below 180°, add 180°. For headings above 180°, subtract 180°.

Example: The reciprocal of 075° is 255°.

The reciprocal of 310° is 130°.

Divide by Four

Dividing by four becomes easier when you divide the number by two, then divide the result by two again.

Example: 360 ÷ 4.

360 ÷ 2 = 180.

180 ÷ 2 = 90.

Multiply by 1.5

To multiply a number by 1.5, add half the number to itself.

Example: 240 × 1.5.

Half of 240 is 120.

240 + 120 = 360.

Estimate Before Calculating

Before attempting an unfamiliar calculation, consider what a reasonable answer should look like.

For example, travelling 30 NM at 180 knots should take about ten minutes.

If you calculate 100 minutes, a quick sense check should tell you that something has gone wrong.

Common Mental Arithmetic Mistakes

Many numerical reasoning mistakes occur because candidates misunderstand the question or use the wrong units rather than because the mathematics itself is particularly difficult.

When working through aviation calculations, watch out for the following:

  • Confusing airspeed and groundspeed: Speed–distance–time calculations involving progress over the ground normally require groundspeed.
  • Forgetting to convert minutes into hours: Knots represent nautical miles per hour, so time units must be consistent.
  • Using a shortcut as an exact formula: Descent rules such as groundspeed × 5 are approximate.
  • Forgetting to subtract the target altitude: Calculate the altitude difference, not simply the aircraft’s current altitude.
  • Mixing nautical miles and statute miles: One nautical mile is not the same as one statute mile.
  • Ignoring the direction of the answer: A calculation might produce the magnitude of a wind or track correction, but the direction still matters.
  • Failing to check reasonableness: A quick estimate often reveals an error before you commit to an answer.

Good mental arithmetic involves understanding the question, using consistent units, choosing an efficient method and checking that the result makes sense.

Pilot Mental Arithmetic Practice Test

Now that we’ve covered the principal shortcuts, it’s time to put them into practice.

The following questions cover speed, distance, time, descent planning, wind components, percentages and other mathematical relationships relevant to pilot aptitude preparation.

Try to answer them without a calculator. For the questions involving descent profiles, use the approximate shortcuts explained earlier unless otherwise stated.

12 Mental Arithmetic Questions for Pilots

1. An aircraft is travelling at 240 knots groundspeed. How far will it travel in 15 minutes?

2. You’re flying at 180 knots groundspeed and have 45 NM remaining to a waypoint. How long will it take to reach it?

3. An aircraft covers 50 NM in 20 minutes. What is its average groundspeed?

4. At a groundspeed of 360 knots, how far will an aircraft travel in six minutes?

5. An aircraft needs to descend from 26,000 feet to 14,000 feet. Using the 3-to-1 rule, approximately how much distance is required?

6. An aircraft is descending at 210 knots groundspeed. Using the groundspeed × 5 shortcut, what approximate rate of descent corresponds to a three-degree profile?

7. An aircraft is maintaining FL350 and needs to reach FL290 within four minutes. What average rate of descent is required?

8. How far will an aircraft travel in 14 minutes at a groundspeed of 150 knots?

9. An aircraft is four nautical miles off its intended track after travelling 80 NM. Using the 1-in-60 rule, approximately what is the track error?

10. The wind is 20 knots at an angle of 30 degrees to the runway. What is the approximate crosswind component?

11. An aircraft is consuming fuel at a constant rate of 2,400 kg per hour. How much fuel will it consume in 15 minutes?

12. What is 12.5% of 320?

Practice Test Answers & Explanations

Once you’ve attempted all twelve questions, use the answers below to check your calculations.

Question 1 – Distance Travelled

240 ÷ 60 = 4 NM per minute.

4 × 15 = 60 NM.

Answer: 60 NM.


Question 2 – Time to Waypoint

180 ÷ 60 = 3 NM per minute.

45 ÷ 3 = 15 minutes.

Answer: 15 minutes.


Question 3 – Average Groundspeed

50 ÷ 20 = 2.5 NM per minute.

2.5 × 60 = 150 knots.

Answer: 150 knots.


Question 4 – Six-Minute Rule

360 ÷ 10 = 36.

Answer: 36 NM.


Question 5 – Descent Distance

26,000 − 14,000 = 12,000 feet.

12 × 3 = 36 NM.

Answer: Approximately 36 NM.


Question 6 – Descent Rate

210 × 5 = 1,050 fpm.

Answer: Approximately 1,050 fpm using the shortcut.

A closer three-degree estimate using ×5.3 would be approximately 1,113 fpm.


Question 7 – Altitude Restriction

35,000 − 29,000 = 6,000 feet.

6,000 ÷ 4 = 1,500 fpm.

Answer: 1,500 fpm.


Question 8 – Distance Travelled

150 ÷ 60 = 2.5 NM per minute.

2.5 × 14 = 35 NM.

Answer: 35 NM.


Question 9 – 1-in-60 Rule

4 × 60 ÷ 80 = 3 degrees.

Answer: Approximately 3 degrees.


Question 10 – Crosswind Component

At 30 degrees, the crosswind component is approximately half the total wind speed.

20 × 0.5 = 10 knots.

Answer: Approximately 10 knots.


Question 11 – Fuel Consumption

2,400 ÷ 60 = 40 kg per minute.

40 × 15 = 600 kg.

Answer: 600 kg.


Question 12 – Percentages

12.5% is one-eighth.

320 ÷ 8 = 40.

Answer: 40.

If you struggled with some of the questions, return to the relevant worked examples and practise them again using different numbers.

The objective isn’t simply to memorise these twelve answers. It’s to become comfortable with the techniques so that you can apply them to unfamiliar questions.

How to Prepare for Pilot Numerical Reasoning Tests

Numerical reasoning is one of the subjects that may be assessed during airline cadet pilot selection and some other pilot recruitment processes.

These assessments may contain questions involving percentages, ratios, time, distance, speed, numerical patterns and the interpretation of information.

Some questions include aviation-related scenarios, while others test general numerical reasoning without requiring previous flying knowledge.

The precise content varies between assessment providers, so it’s important to follow the preparation guidance issued for your particular assessment.

Five Ways to Improve Your Mental Arithmetic

  • Practise little and often: Ten minutes of focused practice each day can be more useful than occasionally attempting a long session.
  • Learn common numerical relationships: Become comfortable with halves, quarters, percentages, multiplication tables and division by 60.
  • Start without time pressure: Make sure you understand the method before trying to increase your speed.
  • Introduce timed questions: Once you’re confident with the fundamentals, practise working accurately within a time limit.
  • Review your mistakes: Identify whether errors resulted from misunderstanding the question, choosing the wrong method or making an arithmetic mistake.

When practising for a real assessment, follow the rules on calculator use, working materials and permitted assistance.

FlightDeckFriend also provides free numerical reasoning practice resources designed to help aspiring pilots prepare for airline aptitude assessments.

Practise More Pilot Numerical Reasoning Questions

Ready to test your maths skills further? Our dedicated numerical reasoning page contains additional examples and practice questions relevant to pilot aptitude assessment preparation.


Try Our Pilot Numerical Reasoning Tests →

Additional practice questions and numerical reasoning preparation.

Mental Arithmetic for Pilots – Frequently Asked Questions

Do pilots need to be good at mental arithmetic?

Pilots benefit from being comfortable with basic mental arithmetic, particularly calculations involving speed, distance, time and general numerical relationships.

However, becoming proficient doesn’t require exceptional mathematical ability. Many useful aviation calculations can be performed quickly once you’ve learnt a few simple techniques and practised them regularly.

Do airline pilots still use mental maths?

Modern commercial aircraft have advanced flight management and performance systems, but pilots still benefit from being able to make quick estimates and check whether calculated figures are reasonable.

Mental arithmetic can help support situational awareness and the recognition of obvious errors, provided it is used appropriately alongside approved operational procedures and aircraft systems.

What maths do you need to become a pilot?

Basic arithmetic, fractions, percentages, ratios and an understanding of speed, distance and time are particularly useful.

Professional pilot training also involves more advanced subjects, including aircraft performance, navigation, aerodynamics and flight planning, which require a sound understanding of mathematical principles.

Applicants should check the educational requirements of the relevant training organisation or airline programme.

What is the 3-to-1 rule in aviation?

The 3-to-1 rule is a shortcut for estimating descent distance.

It suggests allowing approximately three nautical miles for every 1,000 feet of altitude to lose when planning a descent of roughly three degrees.

It’s an approximation and does not account for all operational factors, including aircraft energy management, speed restrictions and published altitude constraints.

What is the groundspeed × 5 rule?

Multiplying groundspeed in knots by five provides a quick estimate of the vertical speed in feet per minute associated with a three-degree descent.

A more accurate approximation uses groundspeed × 5.3.

For example, at 180 knots groundspeed, the simple rule gives 900 fpm, while the closer three-degree estimate is approximately 954 fpm.

What is the 1-in-60 rule?

The 1-in-60 rule is a navigation shortcut based on the approximate relationship between angular error and lateral displacement.

It suggests that one nautical mile of displacement over 60 nautical miles travelled represents approximately one degree of track error.

The relationship can be scaled to other distances and is particularly useful for understanding basic navigation geometry.

Are calculators allowed in pilot aptitude tests?

This depends on the assessment provider and the particular test.

Some numerical reasoning assessments allow calculators, while others are specifically designed to test mental arithmetic without them.

Always check the official instructions before your assessment and practise under similar conditions.

What’s the best way to improve mental arithmetic speed?

Begin by developing accuracy and a clear understanding of basic mathematical relationships.

Once you’re comfortable with the methods, introduce short timed exercises and gradually increase the difficulty.

Practising regularly and reviewing the questions you get wrong is generally more effective than attempting to memorise large numbers of answers.

Mental Arithmetic for Pilots – Key Takeaways

Developing good mental arithmetic skills is less about performing complicated mathematics and more about recognising simple numerical relationships.

Some of the most useful techniques to remember include:

  • Groundspeed ÷ 60: Nautical miles travelled per minute.
  • Groundspeed ÷ 10: Nautical miles travelled in six minutes.
  • Altitude to lose in thousands × 3: Approximate descent distance in nautical miles for a 3° profile.
  • Groundspeed × 5: Quick estimate of descent rate in feet per minute for a 3° profile.
  • Altitude to lose ÷ minutes available: Average descent rate required to meet a time restriction.
  • 1-in-60 rule: A quick way to estimate angular track error from lateral displacement.

With regular practice, these relationships become easier to apply and can help you approach numerical reasoning questions with greater confidence.

The most important skill is being able to recognise which calculation is needed, perform it efficiently and check that the answer is reasonable.

Continue Your Pilot Assessment Preparation

Mental arithmetic is only one element of the knowledge and aptitude that may be explored during pilot selection.

FlightDeckFriend provides additional resources covering numerical reasoning, airline interviews, aviation knowledge and the wider recruitment process.

Pilot Numerical Reasoning Tests

Practise additional numerical reasoning questions relevant to airline aptitude assessments.

Explore Numerical Reasoning Tests →

Cadet Pilot Selection Guide

Prepare for beginner airline selection, including interviews, aptitude assessments and reasoning exercises.

View the Cadet Pilot Selection Guide →

Pilot Career Hub

Explore our interview preparation, assessment guidance and airline application resources.

Visit the Pilot Career Hub →

Further Reading

For additional information about aviation calculations and operational planning, the following official resources may be useful:


Disclaimer: This article provides educational guidance and mental arithmetic practice for pilots and aspiring pilots. The rules of thumb and examples are intended to support numerical understanding and general estimation rather than provide operational instructions. They may not be accurate or appropriate for every aircraft or flight situation. Actual flight operations must comply with approved aircraft documentation, published procedures, performance calculations, regulatory requirements and operator procedures. Do not use generic mental arithmetic shortcuts as a substitute for safety-critical calculations or approved operational guidance.

Airline Pilot Salary

Airline Pilot Salary

A look at an airline pilot’s typical yearly salary

Updated: October 2022

Disclaimer: The pilot salary figures provided on this page are generalisations and for guidance purposes only. There will always be exceptions both above and below the figures stated.

It should also be noted that over the last two years, thousands of pilots have taken a significant pay cut, or worse, lost their jobs due to the pandemic. Whilst top end pilot salaries can be very lucrative, it can be an extremely volatile industry in terms of job security.

How much do airline pilots earn?

A commercial airline pilot salary can vary considerably between airlines, region and experience. At some of the ‘major’ airlines or Flag Carriers like Emirates, Delta, United Airlines or Qantas, Long Haul Captains may receive a salary of up to $350,000 (USD) / £200,000 a year. The First Officers (or co-pilots) at these major airlines can earn a salary of up to $170,000 / £120,000 a year.

However, junior First Officers who are just starting out in their career might only get paid $25,000 (£20,000) a year. Less experienced Captains or those working at some low cost or regional airlines may start on about £60,000 a year.

In general, the more experience the pilot has and the bigger the aircraft they fly, the higher the pilot’s salary will be. Long Haul pilots are typically paid more than short haul pilots and Captains are paid more than First Officers. First Officers are often referred to as co-pilots.

Pay can also be affected by the amount of variable pay achieved (based on the amount of flying you do and allowances you receive), the amount overtime accepted (which can be very lucrative) and the bonuses on offer.

How much do pilots in the USA get paid?

In the United States, the large ‘major’ airlines pay their pilots very good salaries. Carriers like Delta, American Airlines and United Airlines pay their long haul Captains up to $350,000 a year when you take into account allowances and bonuses. Regional pilots just starting off their career will typically earn a salary of $20,000 – $40,000 a year. Pilots normally start out flying at regional carriers before moving across to major airlines where they fly bigger aircraft and earn more money. However, not all pilots go on to achieve this.

UK & Europe Airline Pilot Salary

In the UK and Europe, senior long-haul Captains flying at airlines like Lufthansa, Swiss Air, Virgin Atlantic, Iberia & KLM can be expected to earn between £150,000 – £250,000 a year. This varies depending on length of service, training qualifications, as well as bonuses, allowances and flight pay. First Officers at short haul low cost airlines can expect to earn between about £40,000 to £80,000 a year (although cadet pilots may start on less) whilst a short haul Captain pay can be between £90,000 and £150,000 a year. Some Regional or small low cost airline First Officers might start on as little as £20,000 a year for the first few years of their career, with Captains potentially earning between £40,000 – 80,000.

Asia Commercial Pilot Pay

In countries across Asia, such as China, airline pilots were in significant demand before the Covid-19 pandemic. As a result, some companies were offering pilots a salary as high as $500,000 a year for experienced long haul Captains. First Officer pay can also extend upwards of $100,000 a year. Whether these huge salaries continue to be offered as world travel demand starts to recover is yet to be seen. The average salary for a commercial pilot in India is around ₹4,687,90o, with Captains earning up to ₹6,610,000 a year.

Commercial Pilot Salary Breakdown…

Commercial pilots are typically paid a base salary which makes up the majority of their pay. They are then usually given allowances for overnight stays to cover expenses as well as earning flight pay for every flight they operate. Some airlines also pay the pilot for every hour they are away from their home base. For example, if you fly from Frankfurt to Las Vegas, you will be paid for every hour from when you arrive at Frankfurt to start your duty, to when you return to Frankfurt after completing the return flight. This can be quite lucrative if it is an extended long-haul trip that goes on for 7 days. Many airlines also pay bonuses to their pilots if the company is profitable.

Commercial Pilot Pension…

Airline pilot pensions tend to be quite generous with airlines often paying an extra 15-25% of your salary into your pension. Airlines used to offer final salary pensions but this is now less common due to the high cost to the company.

Top Level Captain Pay – it doesn’t come quick!

Whilst the pay for Long Haul Captains at major & legacy airlines is a large sum, it can take many years to be promoted to such a position. Regional, low cost and short haul generally steadily lose pilots to the major & legacy airlines due to the lure of bigger pay checks and bigger aircraft. Once at a major carrier, pilots don’t tend to leave until they retire. With little in the way of company expansion, Captain positions only become available when another pilot retires. This is referred to in the industry as ‘dead mans shoes’. Promotion is based on seniority so it doesn’t matter if you are the best pilot in the airline; you will only be promoted from co-pilot to pilot (First Officer to Captain) when there is a gap to fill and this can take as long as ten to twenty years. Given that most pilots will have had to have completed a few years at smaller regional carriers before joining a major, they might not hit the top pay scales until well into their fifties.


If you enjoyed reading this article, check out our page which describes a typical day for a long haul pilot.


Check out our YouTube video on how much commercial pilots get paid…

Do I Need to be Good at Maths to be a Pilot?

Do I Need to be Good at Maths to be a Pilot?


Do You Need to Be Good at Maths to Be a Pilot?

Updated 12 October 2026 | A practical guide to the mathematics required for airline pilot training and recruitment

One of the questions we’re frequently asked by aspiring pilots is whether you need to be particularly good at maths to become an airline pilot.

It’s an understandable concern. When you think about flying a commercial aircraft, you might imagine pilots constantly performing complicated calculations involving navigation, aerodynamics, fuel consumption and aircraft performance. For somebody who has never particularly enjoyed mathematics, this can make a career in aviation seem rather intimidating.

Fortunately, the reality is somewhat different.

You don’t need to be a mathematical genius to become an airline pilot. However, you do need a reasonable level of mathematical ability, a sound understanding of basic numerical principles and the willingness to develop your knowledge throughout your training.

Most of the mental arithmetic used during everyday flying involves relatively straightforward addition, subtraction, multiplication, division, percentages and calculations relating to speed, distance and time.

Professional pilot training is more demanding. You’ll encounter subjects such as navigation, aircraft performance, mass and balance and aerodynamics, which require an understanding of formulas, algebra and some trigonometry.

The important distinction is that being good at maths doesn’t necessarily mean being able to solve complicated equations in your head. It means understanding numerical relationships, applying the correct calculations and recognising whether an answer makes sense.

In this guide, we’ll explain the level of mathematics required to become a pilot, the academic qualifications airlines and flight schools may expect, the maths used during training and everyday flying, and how you can improve your numerical ability before applying.

How Good at Maths Do You Need to Be to Become a Pilot?

For most aspiring airline pilots, a solid understanding of secondary-school mathematics provides a useful foundation.

In particular, you should be comfortable with:

  • Basic addition, subtraction, multiplication and division.
  • Fractions, decimals, ratios and percentages.
  • Simple algebra and rearranging formulas.
  • Speed, distance and time calculations.
  • Converting between units of measurement.
  • Interpreting graphs, tables and numerical information.
  • Basic geometry and trigonometry, particularly during professional ground school.

You don’t necessarily need A-level Maths or a mathematics-related degree. However, individual airlines and training organisations set their own academic entry requirements, which must be checked before applying.

The key is to understand the mathematics you need and be able to apply it accurately, rather than simply memorising formulas.

What Level of Maths Do You Need to Be a Pilot?

The mathematical ability required depends partly on where you are in your training and the type of flying you’re undertaking.

Somebody learning to fly a light aircraft towards a Private Pilot Licence (PPL) will encounter basic navigation, fuel calculations and aircraft performance information. These subjects require an understanding of practical mathematics, but they don’t normally involve the same depth of theoretical study as professional airline pilot training.

Students progressing towards a Commercial Pilot Licence (CPL) and completing Airline Transport Pilot Licence (ATPL) theoretical knowledge examinations will encounter a broader range of mathematical concepts.

These include more advanced navigation calculations, aircraft performance, mass and balance, flight planning and principles of flight.

However, the aim is not to turn students into mathematicians. The objective is to develop the knowledge needed to understand aircraft operations, apply relevant procedures and make safe, informed decisions.

The Main Types of Maths Used in Aviation

Mathematical SkillHow It Is UsedExample
Basic arithmeticAddition, subtraction, multiplication and division.Calculating altitude differences or flight duration.
Percentages and ratiosUnderstanding proportional relationships.Calculating percentage changes or interpreting performance information.
AlgebraRearranging formulas to find an unknown value.Calculating time using distance and groundspeed.
Geometry and trigonometryUnderstanding angles, distances and geometric relationships.Navigation and wind component calculations.
Unit conversionsWorking with different units of speed, distance, weight and time.Converting knots into nautical miles per minute.
Graphs and tablesInterpreting numerical information and graphical data.Reading aircraft performance charts.

Although this may initially appear to be a long list, these are skills that can be developed through regular practice.

You don’t need to master every mathematical subject before taking your first flying lesson. However, if you’re planning to undertake professional pilot training, becoming comfortable with the fundamentals beforehand can make your studies considerably easier.

What GCSE Maths Grade Do You Need to Become a Pilot?

For students in the UK, GCSE Maths is one of the academic qualifications commonly considered by airline cadet programmes and professional flight training organisations.

However, there is no single GCSE grade requirement that applies universally to every pilot training route or airline.

It’s important to distinguish between the requirements established by aviation licensing regulations and the separate academic entry criteria set by individual employers or training providers.

Pilot licensing regulations establish requirements relating to training, theoretical knowledge, practical skills, experience, age and medical certification.

Airlines and training organisations may then apply additional academic requirements when selecting students or employees.

Examples of Airline Cadet Programme Requirements

Many UK airline-linked cadet programmes expect applicants to have achieved at least a reasonable pass in GCSE Maths, alongside English and often a science subject.

For example:

easyJet Pilot Training

easyJet’s published entry requirements include five GCSEs at grades 4–9 (or equivalent), including:

  • Mathematics.
  • English.
  • Science.
  • Two additional subjects.

Source: easyJet Careers. Always verify the requirements of the specific programme before applying.

British Airways Speedbird Pilot Academy

The published requirements for the 2026 Speedbird Pilot Academy included six GCSEs at grades 4–9 (or equivalent), including:

  • Mathematics.
  • English Language.
  • A science subject.
  • Three additional subjects.

Source: British Airways Speedbird Pilot Academy. Requirements may change for future recruitment programmes.

These examples demonstrate that airlines can establish specific academic entry requirements, even when the underlying professional pilot licensing rules do not prescribe an identical set of GCSE qualifications for every applicant.

A GCSE grade 4 is broadly equivalent to the former grade C, but the exact qualifications accepted will depend on the programme.

Applicants holding qualifications from outside the UK should check whether their results meet the relevant equivalency requirements.

Do You Need A-Level Maths to Become a Pilot?

A-level Maths is not universally required to become an airline pilot.

Some training organisations or aviation-related degree programmes may establish particular A-level requirements, but many professional pilot training pathways do not require applicants to have studied mathematics at A-level.

That doesn’t mean A-level Maths is without value.

Studying mathematics beyond GCSE can help develop your confidence with algebra, trigonometry, numerical problem-solving and other subjects that become relevant during professional pilot training.

If you enjoy mathematics and are considering taking it at A-level, it can be a useful qualification.

However, you shouldn’t assume that choosing a different A-level subject automatically prevents you from becoming an airline pilot.

Do You Need a Maths or Science Degree?

No university degree is universally required for entry into professional airline pilot training.

Some airlines may specify a degree or other higher educational qualifications for particular recruitment pathways, but many cadet programmes accept applicants who have completed the required secondary-school education.

A degree in mathematics, physics, engineering or another technical subject can provide useful transferable knowledge, but it isn’t a substitute for obtaining the required pilot licences and completing professional flight training.

If you’re deciding what to study, our guide to choosing school subjects for an airline pilot career provides further advice.

How Much Maths Is Involved in Airline Pilot Training?

Professional pilot training involves a considerable amount of theoretical study.

Students pursuing the traditional airline pilot pathway normally complete the theoretical knowledge examinations associated with the Airline Transport Pilot Licence (ATPL).

Under the current UK and EASA aeroplane examination structures, these cover thirteen principal subject areas, including navigation, performance, flight planning, mass and balance, aircraft systems, meteorology and principles of flight.

Several of these subjects require students to understand mathematical formulas and apply them to aviation-related problems.

The mathematics is generally practical and connected to a particular operational concept, although some of the underlying theory can be challenging.

ATPL Subjects That Involve Mathematics

General Navigation: Working with distance, speed, time, angles, geographical coordinates and navigation calculations.

Radio Navigation: Understanding navigational systems, bearings, distances and relevant geometric relationships.

Mass and Balance: Calculating aircraft loading, centre of gravity and associated mass and moment relationships.

Aircraft Performance: Interpreting performance information, graphs and the effects of aircraft weight, atmospheric conditions and runway characteristics.

Flight Planning and Monitoring: Calculating flight times, fuel requirements, navigation data and other planning information.

Principles of Flight: Understanding the physical principles underlying aircraft performance, including forces, lift, drag and other aerodynamic relationships.

Meteorology: Interpreting atmospheric information, measurements and numerical relationships relevant to aviation weather.

These subjects involve more than simply multiplying and dividing numbers.

Students may need to rearrange equations, work with ratios and fractions, understand trigonometric functions and interpret information presented in graphical form.

However, professional ground school is designed to teach the knowledge required by the syllabus. You aren’t normally expected to arrive already knowing how to complete every aviation-specific calculation.

What you do need is sufficient mathematical knowledge to understand the lessons and keep up with the course.

Do Pilots Need to Understand Trigonometry?

Trigonometry is particularly relevant to certain elements of professional pilot training, including navigation and the relationship between headings, tracks, wind and distance.

For example, the wind affecting an aircraft can be considered as components acting along and across its direction of travel.

Understanding the relationship between angles and these components is useful when studying navigation and performance.

You’ll also encounter geometric relationships when learning about aircraft descent angles, navigation errors and other aviation calculations.

It’s therefore helpful to understand basic concepts such as sine, cosine and tangent, even though you won’t necessarily be performing trigonometric calculations manually during every flight.

The European Union Aviation Safety Agency (EASA) specifically identifies mathematical foundations such as rearranging equations, fractions and trigonometry as relevant to integrated ATPL training preparation.

This is a useful reminder that professional pilot training requires more than mental arithmetic alone.

Is Physics More Important Than Maths?

Mathematics and physics are closely related in aviation.

Physics helps explain why aircraft fly, how engines operate, the effects of forces and the principles behind systems such as electricity, hydraulics and aircraft instrumentation.

Mathematics then provides a way of expressing and calculating some of these relationships.

For example, understanding the relationship between speed, acceleration and forces helps when studying aircraft performance, while a basic knowledge of pressure, temperature and density is useful when learning about meteorology and aircraft engines.

Physics is therefore a valuable subject for aspiring pilots, but it is not universally compulsory as an A-level qualification.

The most important consideration is whether you have the underlying knowledge needed to succeed in the particular course you’re applying for.

Preparing for ATPL Ground School

If you’re concerned about your mathematical ability, it can be worthwhile reviewing your GCSE-level mathematics before beginning professional ground school.

In particular, we would recommend refreshing your understanding of fractions, percentages, ratios, rearranging formulas, basic trigonometry and interpreting graphs.

These foundations will make it easier to understand the aviation-specific calculations introduced during training.

For more information about the professional qualifications themselves, see our Airline Pilot Licences Explained guide.

What Maths Do Airline Pilots Use During Everyday Flying?

Although professional pilot training involves learning some relatively advanced mathematical principles, many of the calculations pilots make during everyday operations are much simpler.

Modern commercial aircraft are equipped with sophisticated flight management systems, navigation displays and other equipment that can calculate a considerable amount of information automatically.

Electronic flight bags and approved performance applications also assist pilots with calculations relating to aircraft performance, fuel and loading.

However, understanding the underlying mathematics remains valuable.

For example, being able to make a quick estimate of descent distance or the time remaining to a waypoint can help a pilot assess whether the information displayed by an aircraft system appears reasonable.

It can also be useful when circumstances change and pilots need to consider different options.

Common Mathematical Calculations Used by Pilots

Some of the more familiar calculations include:

  • Calculating the time required to reach a waypoint.
  • Estimating the distance an aircraft will travel at a particular groundspeed.
  • Calculating altitude differences and average rates of climb or descent.
  • Estimating a descent distance using a recognised rule of thumb.
  • Understanding fuel consumption over a period of time.
  • Calculating or checking flight duration.
  • Estimating wind components.
  • Performing simple unit conversions.
  • Checking whether numerical information is consistent with expectations.

The majority of these examples involve basic arithmetic and an understanding of which units and formulas are appropriate.

However, pilots must also recognise when a calculation cannot safely be reduced to a simple approximation.

Aircraft performance, regulatory fuel planning and other safety-critical calculations must be completed using the relevant approved procedures, data and equipment.

An Important Distinction: Mental Maths vs Operational Calculations

Knowing how to perform quick calculations is useful, but being a good pilot doesn’t mean trying to complete every calculation mentally.

Professional flight crews use approved systems, procedures, checklists and performance information to ensure calculations are accurate and appropriate for the aircraft.

Mental arithmetic is particularly valuable for developing situational awareness and making a rough assessment of whether a result appears sensible.

The ability to recognise an unreasonable answer can be just as important as the ability to calculate one.

Examples of Maths Calculations Used by Pilots

To demonstrate the level of mental arithmetic involved in many everyday flying situations, let’s look at several examples.

These are simplified educational calculations. They assume constant speeds or rates where specified and don’t attempt to represent complete operational flight-planning procedures.

Example 1: Calculating a Required Rate of Descent

Question: Air Traffic Control asks an aircraft to descend from 20,000 feet to 14,000 feet within three minutes. What average rate of descent would be required?

Step 1: Calculate the altitude difference.

20,000 − 14,000 = 6,000 feet.

Step 2: Divide the altitude difference by the available time.

6,000 ÷ 3 = 2,000 feet per minute.

Answer: An average descent rate of 2,000 feet per minute.

In practice, the crew would also need to consider the aircraft’s performance, the time taken to establish the descent and the need to level off at the assigned altitude.

Example 2: Calculating How Long a Climb Will Take

Question: An aircraft is climbing at an average rate of 1,800 feet per minute. How long would it take to climb 9,000 feet?

Simply divide the altitude to gain by the average climb rate:

9,000 ÷ 1,800 = 5 minutes.

Answer: Five minutes.

This example assumes the aircraft maintains the stated average climb rate throughout the period.

Example 3: Calculating Fuel Consumption

Question: An aircraft is consuming fuel at an average rate of 2.4 tonnes per hour. How much fuel would it consume in two hours and thirty minutes?

Step 1: Convert the flight time into hours.

Two hours and thirty minutes = 2.5 hours.

Step 2: Multiply the hourly consumption by the time.

2.4 × 2.5 = 6 tonnes.

Answer: Six tonnes of fuel.

Actual aircraft fuel consumption varies with factors such as flight phase, altitude, speed and aircraft weight. This calculation simply demonstrates the mathematical relationship.

Example 4: Speed, Distance and Time

Question: An aircraft is travelling at an average groundspeed of 240 knots. How long will it take to cover 720 nautical miles?

One knot represents one nautical mile per hour.

We can therefore use the formula:

Time = Distance ÷ Speed

720 ÷ 240 = 3 hours.

Answer: Three hours.

This is one of the most important relationships to understand when studying navigation and flight planning.

Example 5: Calculating Flight Duration

Question: An aircraft takes off at 16:15 and lands at 19:48. What is the duration of the flight?

From 16:15 to 19:15 = 3 hours.

From 19:15 to 19:48 = 33 minutes.

Answer: Three hours and 33 minutes.

The calculation assumes both times use the same time standard and that the clock time has not crossed an additional date boundary.

Example 6: Estimating a Descent Distance

One of the most widely taught aviation mental arithmetic shortcuts is the 3-to-1 descent rule.

For a descent of approximately three degrees, pilots can use a rough estimate of three nautical miles for every 1,000 feet of altitude to lose.

Question: An aircraft needs to descend from 30,000 feet to 3,000 feet. What approximate distance would be required using the 3-to-1 rule?

Step 1: Calculate the altitude to lose.

30,000 − 3,000 = 27,000 feet.

Step 2: Divide by 1,000.

27,000 ÷ 1,000 = 27.

Step 3: Multiply by three.

27 × 3 = 81 nautical miles.

Answer: Approximately 81 nautical miles using the shortcut.

A geometrically accurate three-degree descent would require approximately 85 nautical miles for this height reduction. The familiar 3-to-1 rule is a quick estimate, not an exact calculation. It also doesn’t account for speed reduction, aircraft performance or operational restrictions.

These examples demonstrate that many useful aviation calculations are based on straightforward mathematical relationships.

If you understand the basic formulas and are comfortable working with numbers, you can solve most of these questions without needing advanced mathematical knowledge.

Improve Your Mental Arithmetic for Flying

Want to practise the calculations pilots commonly encounter?

Our dedicated Mental Arithmetic for Pilots guide explains useful shortcuts for speed, distance and time, descent planning, vertical speed, navigation and percentages.

It also includes worked examples and practice questions to help develop your confidence.


Explore Mental Arithmetic for Pilots →

Do You Need to Pass a Maths Test to Become an Airline Pilot?

Many airline cadet programmes and professional flight training organisations include some form of numerical reasoning or mathematical assessment during their selection process.

These tests are intended to help assess whether applicants have the numerical ability required to undertake professional pilot training.

They may also provide an indication of how efficiently a candidate can process information, apply mathematical principles and solve problems under time pressure.

However, the content and difficulty vary considerably between training organisations and assessment providers.

What Maths Questions Appear in Pilot Aptitude Tests?

Depending on the assessment, candidates may encounter questions involving:

  • Basic mental arithmetic.
  • Multiplication and division.
  • Fractions, ratios and percentages.
  • Speed, distance and time calculations.
  • Simple algebra.
  • Unit conversions.
  • Interpretation of numerical information, charts and tables.
  • Numerical sequences and logical reasoning.
  • Basic geometry and mathematical problem-solving.

Some tests involve aviation-related scenarios, while others use general numerical reasoning questions that don’t require previous flying knowledge.

It’s also important to understand that not every pilot aptitude test is a pure mathematics assessment.

Airlines may assess other abilities such as hand-eye coordination, spatial awareness, multitasking, memory, concentration and decision-making.

Are Calculators Allowed During Pilot Maths Tests?

This depends on the assessment.

Some airline selection tests are designed to assess mental arithmetic without a calculator. Others permit calculators or provide an on-screen calculation tool.

There is also an important distinction between an airline aptitude test and an official aviation theoretical knowledge examination.

For example, the UK CAA permits specified approved calculators during certain professional theoretical knowledge examinations, subject to its published examination rules.

Therefore, it would be incorrect to assume that calculators are prohibited in every form of pilot assessment or aviation examination.

Always follow the instructions provided for the particular assessment you’re taking.

Prepare for Pilot Numerical Reasoning Assessments

If you’re applying for a cadet pilot programme or preparing for airline selection, practising numerical reasoning questions can help you become familiar with the types of problems you may encounter.

FlightDeckFriend provides additional aptitude preparation information and practice material in our Pilot Career Hub.


Pilot Numerical Reasoning Practice →

Can You Become a Pilot If You’re Not Very Good at Maths?

If mathematics has never been your strongest subject, that doesn’t necessarily mean a career as an airline pilot is unrealistic.

People learn at different speeds and often develop their mathematical ability considerably when they begin applying it to subjects they find interesting.

For example, a student who struggles with abstract equations at school may find it easier to understand the same principles when they’re used to explain aircraft navigation or flight planning.

However, it’s important to be realistic.

Professional pilot training requires you to understand and apply mathematical concepts accurately. You will need to pass theoretical examinations and demonstrate that you can use numerical information appropriately.

Being uncomfortable with maths is something you can work on, but it shouldn’t simply be ignored.

What If You Didn’t Get a Good GCSE Maths Grade?

The first step is to investigate the academic requirements of the training programmes you’re interested in.

If an airline or academy requires a particular Maths qualification, you will normally need to satisfy that requirement through an accepted qualification or an explicitly permitted alternative.

For some applicants, retaking GCSE Maths or obtaining another recognised equivalent may be a sensible option.

Others may be eligible for different training pathways with alternative academic entry criteria.

However, don’t assume that completing a degree or gaining work experience automatically overrides an airline’s stated GCSE requirements.

Where a programme specifies minimum academic qualifications, you should confirm which equivalent qualifications or alternative evidence it will accept.

What If You Struggle With Mental Arithmetic?

Some people understand mathematics well when they have time to work through a problem but find mental calculations more difficult under pressure.

This is particularly relevant to aptitude testing, where candidates may be expected to solve relatively simple problems within a limited time.

The encouraging aspect is that mental arithmetic is a skill that can improve significantly with practice.

Learning common numerical shortcuts and becoming familiar with multiplication tables, fractions and percentages can reduce the mental effort required for many calculations.

Accuracy should be your first priority. Once you understand how to solve a problem correctly, you can gradually work on completing it more quickly.

Does Being Good at Maths Make You a Better Pilot?

Mathematical ability is useful, but it is only one of the skills required to become a competent professional pilot.

Flying an aircraft safely also requires effective communication, teamwork, situational awareness, sound judgement, aircraft handling skills and the ability to follow procedures accurately.

Somebody who is exceptionally good at mathematics may still find other aspects of pilot training challenging.

Equally, someone who initially struggles with numerical subjects may develop into a capable pilot if they are able to achieve the required academic, technical and practical standards.

The key is to develop a balanced set of skills appropriate to the profession.

A Good Pilot Needs More Than Mathematical Ability

Professional pilots must demonstrate a range of competencies, including:

  • Effective communication.
  • Teamwork and leadership.
  • Problem-solving and decision-making.
  • Situational awareness.
  • Workload management.
  • Technical knowledge.
  • Aircraft handling and procedural discipline.
  • The ability to recognise mistakes and respond appropriately.

Mathematics supports several of these skills, but it does not replace them.

How to Improve Your Maths Before Starting Pilot Training

If you’re thinking about becoming an airline pilot but are concerned about your maths, we’d recommend developing your confidence before beginning an expensive professional training programme.

You don’t need to spend months studying university-level mathematics. A focused review of the fundamentals is likely to be much more useful for most applicants.

1. Refresh Your Basic Arithmetic

Start by becoming comfortable with addition, subtraction, multiplication and division.

Pay particular attention to multiplication tables and calculations involving fractions or decimals.

These skills form the basis of many aviation-related calculations.

2. Practise Percentages, Fractions and Ratios

Learn to calculate common percentages quickly, including 5%, 10%, 12.5%, 20%, 25% and 50%.

For example, 12.5% is one-eighth of a total, so calculating 12.5% of 320 simply requires dividing 320 by eight.

Recognising these relationships can make numerical reasoning questions much easier.

3. Become Familiar With Speed, Distance and Time

One of the most important relationships in aviation is:

Speed = Distance ÷ Time

Distance = Speed × Time

Time = Distance ÷ Speed

Practise rearranging these formulas and applying them to different examples.

Remember that aviation speed is commonly expressed in knots, meaning nautical miles per hour.

4. Review Basic Algebra and Trigonometry

If you haven’t studied maths for several years, it can be useful to revisit rearranging equations and basic trigonometric principles.

You don’t need to become an expert before starting training, but understanding how formulas work will make professional ground school easier.

Pay particular attention to solving equations, working with angles and interpreting simple graphs.

5. Practise With Aviation Examples

Mathematics often becomes easier to understand when you can see how it applies to a real situation.

Rather than repeatedly working through abstract equations, try practising calculations involving aircraft speed, flight time, distance, fuel consumption and altitude.

This can help reinforce the mathematical principles while also developing your understanding of aviation.

6. Introduce Time Pressure Gradually

Once you’re consistently answering questions correctly, begin practising under timed conditions.

For example, you might initially allow yourself two minutes to solve a question before gradually reducing the time available.

Avoid rushing before you’ve properly understood the calculation.

Speed will generally improve as you become more familiar with the methods and no longer need to think through every individual step.

A Simple Weekly Maths Practice Plan

You don’t necessarily need to spend hours practising every day. Short, regular sessions can be a useful way to develop your confidence.

DayPractice Focus
MondayAddition, subtraction, multiplication and division.
TuesdayFractions, percentages and ratios.
WednesdaySpeed, distance and time calculations.
ThursdayAltitude, climb and descent calculations.
FridayAlgebra, formulas and unit conversions.
SaturdayMixed questions under timed conditions.
SundayReview mistakes and revisit difficult subjects.

Even ten to fifteen minutes of focused practice can be worthwhile when maintained consistently. Adjust the difficulty to match your current ability and the assessments you’re preparing for.

Pilot Maths Practice Questions

Now that we’ve explored the mathematics involved in aviation, try answering the following questions without using a calculator.

They cover the types of numerical relationships that are useful when preparing for pilot aptitude assessments and basic aviation calculations.

These are illustrative practice questions rather than questions taken from any airline’s confidential recruitment assessment.

Test Your Mental Arithmetic

Question 1: An aircraft is travelling at a groundspeed of 180 knots. How far will it travel in 20 minutes?

Question 2: An aircraft needs to descend 7,200 feet in six minutes. What average rate of descent is required?

Question 3: An aircraft consumes 3,000 kg of fuel per hour at a constant rate. How much fuel will it consume in 18 minutes?

Question 4: An aircraft is travelling at 240 knots groundspeed. How long will it take to travel 48 nautical miles?

Question 5: An aircraft needs to descend from FL340 to FL100. Using the 3-to-1 rule, approximately how much distance would be required?

Question 6: What is the reciprocal of a heading of 065°?

Question 7: What is 12.5% of 640?

Question 8: A flight departs at 22:40 UTC and takes two hours and 35 minutes. At what UTC time does it arrive?

Question 9: An aircraft climbs 8,000 feet at an average rate of 1,600 feet per minute. How long does the climb take?

Practice Question Answers

Try all nine questions before revealing the answers below.

Question 1 – Distance Travelled

180 knots = 180 nautical miles per hour.

Twenty minutes is one-third of an hour.

180 ÷ 3 = 60.

Answer: 60 nautical miles.


Question 2 – Rate of Descent

7,200 ÷ 6 = 1,200.

Answer: 1,200 feet per minute.


Question 3 – Fuel Consumption

3,000 ÷ 60 = 50 kg per minute.

50 × 18 = 900 kg.

Answer: 900 kg.


Question 4 – Time to Travel 48 NM

240 ÷ 60 = 4 NM per minute.

48 ÷ 4 = 12 minutes.

Answer: 12 minutes.


Question 5 – Descent Distance

FL340 to FL100 represents a nominal altitude difference of 24,000 feet.

24 × 3 = 72 NM.

Answer: Approximately 72 nautical miles using the 3-to-1 shortcut.

This is a rough geometric estimate, not a complete operational descent calculation.


Question 6 – Reciprocal Heading

065° + 180° = 245°.

Answer: 245°.


Question 7 – Percentages

12.5% is equivalent to one-eighth.

640 ÷ 8 = 80.

Answer: 80.


Question 8 – Flight Duration

22:40 + 2 hours = 00:40 the following day.

00:40 + 35 minutes = 01:15.

Answer: 01:15 UTC the following day.


Question 9 – Climb Time

8,000 ÷ 1,600 = 5.

Answer: Five minutes.

How did you get on?

If you answered most of the questions correctly, you already have a useful foundation for many basic aviation calculations.

If you found some of them difficult, review the method behind each answer and practise similar questions using different numbers.

Remember that understanding the process is more valuable than memorising the answers.

Frequently Asked Questions About Maths and Becoming a Pilot

Do you need to be good at maths to become an airline pilot?

You need a reasonable level of mathematical ability, but you don’t need to be exceptionally good at maths.

Basic arithmetic, percentages, algebra and speed–distance–time calculations are particularly useful. Professional pilot training also requires an understanding of more advanced subjects, including navigation and trigonometry.

Can you become a pilot with GCSE Maths grade 4?

A GCSE Maths grade 4 meets the published minimum mathematics requirement for some UK airline-linked cadet programmes, including the easyJet and British Airways examples discussed above.

However, requirements differ between organisations. You should always check the current academic criteria of the specific programme you’re applying for.

Can you become a pilot if you failed GCSE Maths?

Failing GCSE Maths doesn’t necessarily prevent you from pursuing a flying career, but it may make you ineligible for programmes that specify a minimum Maths qualification.

Retaking the examination or obtaining an accepted equivalent qualification may be an option.

It’s important to establish which qualifications the training organisation or airline will accept before applying.

Do you need A-level Maths to become a pilot?

A-level Maths is not universally required for professional pilot training or airline cadet recruitment.

It can provide useful preparation, particularly for subjects such as algebra, trigonometry, navigation and aircraft performance, but many pilot training programmes accept applicants without A-level Maths.

Do you need physics to become a pilot?

Understanding basic physics is useful because professional flight training includes aerodynamics, aircraft performance, engines, electrical systems and meteorology.

However, A-level Physics is not universally mandatory. Individual schools and airlines may establish their own requirements.

Is the maths in ATPL ground school difficult?

Some of the mathematical content can be challenging, particularly if you haven’t studied mathematics for several years.

Subjects such as general navigation, mass and balance, flight planning and aircraft performance require you to understand formulas and apply numerical information accurately.

A good foundation in GCSE-level mathematics, together with basic algebra and trigonometry, can make these subjects easier to understand.

Do pilots use calculators?

Pilots use approved aircraft systems, flight planning tools and performance applications for many operational calculations.

Depending on the examination, approved calculators may also be permitted during theoretical knowledge assessments.

However, mental arithmetic remains useful for quick estimates and checking whether numerical results appear reasonable.

Are airline pilot aptitude maths tests difficult?

The difficulty varies between assessment providers and recruitment programmes.

Some tests involve straightforward arithmetic under time pressure, while others include more demanding numerical reasoning, data interpretation or mathematical problem-solving.

Familiarity with the question types and regular practice can help improve accuracy and confidence.

Can I become a pilot if I’m better at English than Maths?

Being stronger in English than mathematics doesn’t automatically prevent you from becoming a pilot.

However, you must still meet the mathematical requirements of your chosen training programme and demonstrate the knowledge and skills required for professional aviation.

Communication skills are extremely important in flying, so strengths in English and other subjects can also be valuable.

Do you need to do complicated maths while flying an airliner?

Modern commercial aircraft use sophisticated systems to support navigation, flight planning, aircraft performance and other calculations.

Consequently, airline pilots don’t normally spend their flights manually solving complex trigonometric equations.

However, pilots still need to understand relevant mathematical principles, interpret numerical information and make appropriate checks.

What’s the best way to improve maths for pilot training?

Begin by reviewing basic arithmetic, fractions, percentages and algebra.

Then practise aviation-related problems involving speed, distance, time, altitude and fuel calculations.

Once you’re comfortable with the methods, introduce timed exercises to improve your speed while maintaining accuracy.

So, Do You Really Need to Be Good at Maths to Become a Pilot?

You need to be reasonably competent at mathematics, but you don’t need to be a mathematical expert.

Most everyday mental arithmetic used by pilots involves straightforward calculations that become much easier with familiarity and practice.

Professional flight training is more academically demanding, particularly during ATPL ground school, where subjects such as navigation, aircraft performance and mass and balance require a deeper understanding of mathematical principles.

However, these subjects can be learnt, and aspiring pilots can improve their mathematical ability considerably through preparation and regular practice.

If you’re interested in becoming an airline pilot but have never felt particularly confident with maths, the most useful approach is to identify the areas you find difficult and work on developing those skills before beginning training.

It’s also important to remember that successful pilots need far more than mathematical ability. Communication, teamwork, situational awareness, decision-making and professional judgement are all essential parts of the role.

Don’t allow a lack of confidence in maths to discourage you from exploring an aviation career. Instead, establish the requirements of your intended training route and prepare accordingly.

Continue Your Research Into Becoming an Airline Pilot

If you’re considering professional pilot training, understanding the academic requirements is only one part of the process.

You’ll also need to investigate the available training routes, professional qualifications, medical standards and the financial commitments involved.

FlightDeckFriend provides a range of free resources to help aspiring pilots understand these subjects and make informed decisions about their future.

Mental Arithmetic for Pilots

Learn practical aviation maths shortcuts, worked examples and calculations relevant to flying and aptitude assessments.

Improve Your Mental Arithmetic →

Pilot Numerical Reasoning

Explore numerical reasoning and aptitude test preparation resources for aspiring airline pilots.

Numerical Reasoning Practice →

Pilot Licences Explained

Understand the PPL, CPL, ATPL and other qualifications required for professional airline flying.

Read the Pilot Licences Guide →

Integrated vs Modular Training

Compare the two main professional training routes, including costs, flexibility and airline employment considerations.

Compare Flight Training Routes →

Thinking About Becoming an Airline Pilot?

Our comprehensive Become a Pilot resources explain the qualifications, training options, medical requirements and career opportunities available to aspiring pilots.

Whether you’re still at school, considering a career change or preparing to enrol with a flight training organisation, understanding the process can help you plan your next steps.


How to Become an Airline Pilot →

Further Information & Official Resources

Academic entry requirements, pilot licensing regulations and recruitment assessments can vary between organisations and change over time.

We recommend checking the current requirements of the training providers and airlines you’re interested in before making educational or financial commitments.

The following resources provide additional information:


Disclaimer: This article provides general educational information for aspiring pilots. Academic entry requirements, theoretical examination arrangements and airline recruitment criteria may change. The worked calculations are simplified examples intended to explain mathematical principles and should not be used as substitutes for approved aircraft performance data, operational procedures or safety-critical calculations. Always consult the relevant aviation authority, training organisation or airline for current requirements.

How to Become an easyJet Pilot

How to Become an easyJet Pilot

How to Become an easyJet Pilot

easyJet has traditionally recruited pilots through their ‘Generation easyJet’ cadet program and also accept applications from experienced pilots.

Generation easyJet

If you don’t have any flying experience but would like to become an easyJet pilot, then applying to their pilot cadet program which they call ‘Generation easyJet’ is your best bet. If you are invited to join their cadet pilot program, you will complete your flight training with their partner called CAE. During the flight training you will obtain all the licences required to become an A320 First Officer with easyJet.

Cadet pilots are typically required to finance their flight training through CAE themselves, although on a limited number of occasions easyJet has provided financial assistance to some pilots who were unable to fund it themselves through the ‘Amy Johnson’ initiative. The cost of the flight training course is typically a little over £100,000.

Direct Entry Pilot

If you were unable to enrol on the Generation easyJet cadet pilot program, then you may still have the opportunity to join easyJet as a pilot in the future. You can complete your flight training and gain experience at another airline before applying to join easyJet as a direct entry First Officer. In the past, easyJet have also recruited direct entry Captains.

Outlook

It is anticipated that easyJet will continue to need cadet level pilots over the next few years and they typically open their cadet pilot program for applications a few times during the year. FlightDeckFriend.com will post when the Generation easyJet cadet pilot program next opens on our Cadet Pilot Programs page.

Becoming an easyJet Pilot FAQs

If you join the Generation easyJet cadet pilot program, it normally takes between about 18-24 months to complete your flight training.

First Officers with easyJet can expect to earn between about £50,000 – £70,000 a year.

easyJet Captains can expect to earn between about £120,000 – £150,0000 a year.

easyJet operate the A320 aircraft across a short-haul network around Europe.

Integrated vs Modular Flight Training

Integrated vs Modular Flight Training

A Comparison of Airline Pilot Flight Training Options


Integrated vs Modular Flight Training: Which Is Better?

Updated 9 October 2026 | A comprehensive guide to choosing your airline pilot training route

If you’re considering becoming an airline pilot, one of the most important decisions you’ll make is whether to follow an integrated or modular flight training course.

Both routes can lead to the professional qualifications required to apply for an airline First Officer position, but there are significant differences in how the training is organised, how much flexibility you have, the financial commitment involved and the experience of progressing through each programme.

Integrated training offers a structured, full-time route from little or no flying experience towards professional pilot qualifications. Modular training allows you to complete the different stages progressively, often while continuing to work and earn an income.

Historically, integrated flight training was often regarded as the more direct route into airline employment, particularly for students attending established flight schools with airline recruitment relationships. However, the industry has evolved, and modular training is also an established, regulated and legitimate route into commercial aviation.

Neither option is automatically better than the other. The most appropriate choice depends on your finances, personal circumstances, learning preferences, career objectives and the training and recruitment opportunities available.

In this guide, we’ll explain how both routes work, compare the advantages and disadvantages, examine the costs and employment prospects, and help you understand what to look for when choosing a flight training organisation.

Integrated or Modular Flight Training – The Main Difference

Both routes can lead to professional airline pilot qualifications. The principal difference is how you complete and finance your training.

Integrated Flight Training

A structured, full-time training programme.

Complete your professional training through an approved, continuous course, normally with a principal training organisation coordinating the different stages.

Best suited to students who want a clearly organised, intensive training programme and can commit the required time and finances.

Modular Flight Training

A flexible, stage-by-stage training pathway.

Obtain the necessary licences, ratings and qualifications through separate approved courses, potentially using different training organisations.

Best suited to students who want greater control over their training schedule, financial commitments and choice of provider.

Neither route guarantees airline employment, and both require you to meet the relevant licensing and assessment standards.

Integrated vs Modular Flight Training – At a Glance

The table below summarises the principal differences between the two routes.

These are general characteristics rather than fixed rules. Individual courses differ, and a well-organised modular programme may share some features with an integrated course.

FeatureIntegrated TrainingModular Training
Training structureOne structured, continuous professional courseSeparate courses completed progressively
Previous flying experienceUsually accepts students with no previous flying experienceNormally begins with a PPL before progressing to professional training
Typical paceFull-time and intensiveFull-time or part-time, depending on the training stage
TimescaleUsually follows a defined course timetableDepends on available time, finances and course scheduling
CostGenerally higher overall course feesOften lower direct training costs, although this varies
Payment structureUsually deposits and scheduled instalmentsCan spread expenditure across different stages
Working while trainingUsually difficult alongside a full-time courseOften possible during some stages, although intensive modules still require dedicated time
Training providersA principal approved training organisation coordinates the courseDifferent stages can be completed through different suitable organisations
Airline connectionsSome schools offer airline-linked programmes or recruitment supportSome modular providers also offer airline preparation and recruitment links
Training flexibilityLimited flexibility within the approved timetableGreater flexibility between courses, subject to regulatory requirements
Employment guaranteeNot guaranteed unless specific contractual terms provide otherwiseNot guaranteed unless specific contractual terms provide otherwise
Professional qualificationNormally CPL with instrument privileges and ATPL theory creditCan lead to equivalent CPL-based professional qualifications

The most important point is that integrated and modular training are different ways of obtaining professional pilot qualifications, not different grades of pilot licence.

A suitably qualified modular graduate may hold the same commercial licence, instrument privileges and theoretical knowledge credit as somebody who has completed an integrated programme.

For a detailed explanation of the qualifications themselves, read our Airline Pilot Licences Explained guide.

What Is Integrated Flight Training?

Integrated flight training is a structured professional pilot training programme designed to take students through the required stages of commercial flight training within one continuous approved course.

Students normally attend full-time, progressing through theoretical knowledge instruction, practical flying, instrument training and other professional qualifications according to a planned syllabus.

Most integrated airline-oriented programmes are designed to accept students with little or no previous flying experience.

Students who already hold a PPL may also be accepted, with credit for previous experience available under certain regulatory conditions. However, the amount of credit and any reduction in course fees or duration must be confirmed with the training organisation.

Integrated programmes are delivered through an Approved Training Organisation (ATO), with the relevant course approval and oversight provided by the applicable aviation authority.

For UK CAA licensing, the integrated ATP(A) course is designed to train pilots towards a CPL and instrument rating, with ATPL theoretical knowledge credit and the required multi-crew preparation.

Although the course follows a structured timetable, students must still demonstrate the required standard at each stage before progressing.

What Does an Integrated Flight Training Course Involve?

The precise syllabus and training sequence vary between organisations, but most integrated airline-oriented programmes contain several principal elements.

1. ATPL Ground School

Students complete theoretical knowledge training covering subjects such as air law, aircraft systems, aerodynamics, performance, navigation, meteorology and human performance.

The work is academically demanding, and students are generally expected to maintain a consistent pace of study while preparing for the required theoretical examinations.

Some organisations deliver ground school before practical flying, while others integrate theoretical and flight training at different stages.

2. Basic Flight Training

Students develop fundamental aircraft handling, navigation, communication and decision-making skills.

This typically involves training on single-engine aircraft before progressing towards more advanced exercises.

The aim is to develop safe, consistent flying skills and the professional standards expected of a commercial pilot.

3. Advanced Flight & Instrument Training

As the course progresses, students undertake more demanding flying exercises, including instrument procedures and relevant multi-engine training.

Greater emphasis is placed on accuracy, workload management, aircraft performance and operating within a more complex environment.

Students complete the applicable skill tests for the professional licence and instrument rating.

4. Multi-Crew Preparation & Additional Training

Airline-oriented training normally includes Multi-Crew Cooperation (MCC) or other approved multi-crew preparation, depending on the course.

Additional training, including Advanced Upset Prevention and Recovery Training (UPRT), must also be completed where required.

Some schools include enhanced airline-oriented simulator training, such as APS MCC, within their advertised package. Others provide it separately.

On completion of an appropriate course, a graduate will normally hold the professional qualifications commonly described as a frozen ATPL.

However, a frozen ATPL is an informal industry expression, not a separate licence issued by the CAA or EASA.

The graduate will still need to meet the entry requirements of an employer, complete the appropriate aircraft type rating and undertake airline-specific training before operating as a First Officer.

Advantages of Integrated Flight Training

  • Structured training: The course follows a coordinated syllabus, with clearly defined stages, progress checks and assessments.
  • Full-time learning environment: Students can concentrate on their training without needing to organise separate courses and providers.
  • Potentially shorter overall timescale: Training is organised to progress continuously, reducing some of the gaps that can occur between modular stages.
  • Continuity: A principal training organisation coordinates the programme, maintains training records and monitors student progress.
  • Airline-oriented preparation: Some schools introduce standard operating procedures, crew coordination and other professional behaviours throughout training.
  • Recruitment support: Certain organisations offer interview coaching, simulator assessment preparation or access to airline-linked opportunities.
  • Established peer environment: Training alongside other students can provide useful opportunities for study, discussion and mutual support.

These advantages depend on the particular training organisation and the quality of its programme. They should not be assumed simply because a school advertises an integrated course.

Disadvantages of Integrated Flight Training

  • Higher cost: Integrated programmes generally carry higher overall course fees than a carefully planned modular route.
  • Major financial commitment: Students normally need to arrange funding for a substantial portion of the programme before beginning.
  • Limited flexibility: Training follows the school’s timetable, making it difficult to work or accommodate other commitments.
  • Intensive workload: The pace can be demanding, particularly during ATPL ground school and periods of frequent flying and assessments.
  • Dependence on the training organisation: Delays involving aircraft, instructors, examinations or the school’s finances may affect the entire programme.
  • Less control over training providers: Students generally cannot independently select a different provider for every stage of the course.
  • Employment uncertainty: Completing an integrated course does not automatically result in an airline job.

For self-funded students, the financial implications deserve particular attention. Large course fees and a full-time commitment can create considerable pressure if airline recruitment slows or training takes longer than planned.

Who Is Integrated Training Best Suited To?

Integrated training may be particularly suitable for someone who wants to complete professional flight training through a clearly structured programme and has the time and financial resources to study full-time.

It can also appeal to students who prefer a continuous learning environment, with close oversight of progress and a principal organisation coordinating the training.

However, the benefits need to be assessed against the additional costs and the financial consequences if circumstances change.

If you’re considering this route, our guide to succeeding on an integrated flight training course provides practical advice on managing the workload and preparing for training.

What Is Modular Flight Training?

Modular flight training involves completing the various stages of professional pilot training through separate courses rather than one continuous integrated programme.

Instead of enrolling on a single course that takes you from no flying experience to professional qualifications, you progressively obtain the licences, ratings and training required for your intended career.

For example, you might complete your Private Pilot Licence at a local flying school, build additional flying experience, undertake ATPL theoretical knowledge through a specialist training provider and then complete your CPL and instrument rating at another approved organisation.

This flexibility is one of the principal attractions of modular training.

It can allow students to spread their financial commitments over a longer period and, during certain stages, continue working while progressing towards professional qualifications.

However, modular training still involves regulated courses with specific prerequisites, minimum training standards and validity requirements. It does not mean that every course can be started, stopped or completed in any sequence.

What Are the Stages of Modular Flight Training?

The precise sequence can vary, particularly where students already hold qualifications or have completed additional flying experience.

A typical modular route towards airline employment includes the following stages.

1. Private Pilot Licence (PPL)

Most modular students begin by obtaining a Private Pilot Licence.

You’ll learn basic aircraft handling, navigation, communications, flight planning and other essential flying skills.

A PPL provides the foundation for subsequent professional training and allows you to accumulate flying experience within its privileges.

PPL training can be completed through a suitably approved or declared training organisation, depending on the applicable licensing system.

2. Hour Building

After obtaining a PPL, students normally need to accumulate additional flying experience before entering the practical CPL course.

This is commonly referred to as hour building.

Hour building provides opportunities to develop navigation, flight planning, decision-making and practical flying experience.

Many students complete this stage using relatively inexpensive light aircraft, and some choose to fly abroad where training and aircraft rental costs may be lower.

However, the experience must meet the relevant licensing requirements. Flying hours accumulated overseas should not be assumed to qualify automatically for every UK CAA or EASA licensing purpose.

3. ATPL Theoretical Knowledge

Students complete the approved theoretical knowledge course and examinations required for the intended professional licensing pathway.

The syllabus covers subjects such as aerodynamics, aircraft systems, meteorology, performance, navigation, human performance and aviation regulations.

Modular students may be able to undertake some theoretical study through approved distance-learning arrangements while continuing to work.

The examinations and theoretical knowledge credit are subject to regulatory validity requirements, so the timing of this stage should be planned carefully.

4. Commercial Pilot Licence (CPL)

Once the relevant prerequisites have been met, students complete an approved CPL training course.

This develops their flying skills to the professional standard required for commercial pilot licensing.

Training places greater emphasis on accuracy, consistency, professional airmanship and the management of more demanding flying exercises.

The CPL course concludes with the required skill test.

5. Multi-Engine & Instrument Qualifications

Students complete the aircraft class and instrument rating training appropriate to their intended professional operation.

For the traditional airline First Officer pathway, this normally includes multi-engine instrument privileges.

Instrument training develops the ability to operate using aircraft instruments and procedures under Instrument Flight Rules.

The sequence of CPL and instrument training can vary according to the approved programme and qualifications already held.

6. MCC, APS MCC & Advanced UPRT

Students complete the applicable multi-crew preparation and additional training required for their intended airline pathway.

Multi-Crew Cooperation training introduces the procedures, communication and teamwork involved in operating as part of a multi-pilot flight crew.

Some students choose an enhanced Airline Pilot Standards MCC course (APS MCC), which provides additional airline-oriented preparation.

Advanced Upset Prevention and Recovery Training (UPRT) must also be completed where required before the first relevant multi-pilot type rating.

These courses may be provided by specialist organisations rather than the school used for earlier flying training.

When the relevant stages have been completed, a modular graduate can hold a professional qualification package broadly equivalent to that of an integrated ATP graduate.

The graduate can then apply for suitable airline vacancies, subject to the employer’s requirements.

Advantages of Modular Flight Training

  • Greater financial flexibility: Training costs can be spread across different stages rather than committed to one complete programme.
  • Potentially lower cost: Students may reduce expenses by comparing providers, selecting suitable aircraft and managing their hour building carefully.
  • Ability to continue working: Certain stages can be completed alongside employment, reducing the need to stop earning for the entire training period.
  • Choice of training organisation: Students can select different suitable providers for different qualifications.
  • Control over progression: It may be possible to delay beginning the next course until sufficient finances or time are available.
  • Useful private flying experience: PPL training and hour building can provide opportunities to develop confidence and independent decision-making.
  • Flexibility if circumstances change: Students may be able to pause between stages because of personal commitments or changes in the employment market.

These benefits are particularly attractive to students who cannot afford to leave employment for an extended full-time programme.

Disadvantages of Modular Flight Training

  • More planning required: Students must coordinate different courses, prerequisites, examinations and training providers.
  • Potentially longer timescale: Training may take considerably longer if completed alongside employment or interrupted between stages.
  • Variable continuity: Moving between instructors and training organisations can require time to adapt to different aircraft and teaching methods.
  • Greater personal responsibility: Students must manage their finances, training records, licensing requirements and preparation for the next stage.
  • Possible additional flying: Long gaps between lessons may require revision or refresher flying to restore proficiency.
  • Less coordinated support: Some providers concentrate on delivering individual qualifications rather than managing the student’s entire journey towards airline employment.
  • Regulatory time limits: Examination credits, individual course requirements and rating validity can restrict how long particular stages may be delayed.

These disadvantages can be reduced through careful planning and by choosing reputable training providers. A well-organised modular programme can be highly structured and professionally delivered.

Can You Really Complete Modular Training at Your Own Pace?

One of the most frequently advertised advantages of modular training is that you can progress whenever your finances and circumstances allow.

This is broadly true when considering the overall sequence of qualifications, but there are important limitations.

For example, you may choose to complete your PPL and hour building over an extended period before beginning professional training.

However, once you enter an approved modular CPL course, the practical training must follow the applicable approved course requirements. The UK CAA requires the relevant CPL flying instruction to be completed as one continuous course arranged by an ATO.

ATPL theoretical examination results and instrument qualifications also have validity requirements, so postponing later stages indefinitely may create additional costs or require further examinations or training.

Our Advice for Modular Students

Plan your entire training pathway before starting, even if you intend to pay for it one stage at a time.

Understand the prerequisites, expected costs and regulatory validity requirements of each qualification.

A realistic long-term plan can help you avoid expensive gaps in training, unnecessary repetition and qualifications becoming difficult to use because other requirements have not been completed in time.

Are the Final Qualifications the Same?

For the traditional airline pilot route, suitably structured integrated and modular programmes can lead towards the same professional licensing outcome.

This will normally involve a CPL with appropriate instrument privileges, ATPL theoretical knowledge credit and the additional training required for the intended airline pathway.

Recruiters may commonly describe this combination as a frozen ATPL, although it is not an official licence category.

The distinction is how you achieved the qualifications rather than a different standard being printed on your professional licence.

Both routes require the relevant knowledge examinations, flight training, proficiency standards and practical skill tests.

Do Integrated Students Need Fewer Flying Hours?

The applicable training requirements are not identical.

For example, the UK CAA’s integrated ATP(A) course specifies at least 195 hours of flying training, including permitted simulator time, whereas the modular CPL(A) route requires at least 200 hours of total flight time before the CPL skill test, together with the relevant approved CPL instruction.

However, these figures are not directly interchangeable.

The integrated figure describes the required training within an approved programme and may include specified instrument training conducted in a simulator.

The modular figure describes the applicant’s total qualifying flight experience, including previous flying and hour building.

Consequently, it would be misleading to conclude that integrated training necessarily requires only five fewer hours than modular training.

Individual training needs, previous experience and approved crediting arrangements also affect the actual hours completed.

For the official requirements, see the UK CAA CPL with Instrument Rating guidance.

Integrated vs Modular Pilot Training Costs

For many aspiring pilots, the cost of training is the single most important factor when deciding between integrated and modular routes.

Professional flight training represents a substantial investment, and it is important to consider both the advertised course price and the additional costs that may arise along the way.

Integrated programmes are generally more expensive because they provide a coordinated, full-time training package with substantial ground school, aircraft and simulator resources, course administration and student support.

Modular training may be less expensive because students can compare providers, complete certain stages using lower-cost aircraft and avoid paying for services they do not need.

However, modular training is not automatically cheaper in every case. The final cost depends on the flying hours required, the aircraft used, the training providers selected and how efficiently the programme is completed.

Integrated Training Costs

Typically involves a substantial agreed course fee, paid through a deposit and instalments.

Depending on the school, the package may include accommodation, equipment, examinations, MCC, UPRT and additional training services.

Students should establish which costs are included and what happens if extra training becomes necessary.

Modular Training Costs

Expenditure is normally spread across the PPL, hour building, theory, CPL, instrument rating and additional professional courses.

Costs depend on the schools selected, aircraft rental rates, flight experience required and the number of additional lessons needed.

Students have more opportunities to compare prices, but must manage the combined costs themselves.

The Hidden Costs of Professional Flight Training

When comparing training quotations, it’s easy to focus exclusively on the headline price.

However, there are several additional expenses that can materially affect the overall cost of becoming an airline pilot.

Costs to Check Before Enrolling

  • Initial Class 1 medical examination and subsequent renewals.
  • Accommodation and living expenses.
  • Travel between training locations.
  • Additional flying hours beyond the advertised package.
  • Fuel surcharges or changes to aircraft rental rates.
  • Theoretical examination fees and resits.
  • CPL and instrument rating skill tests.
  • Licensing authority fees.
  • Headsets, uniforms, equipment and training materials.
  • MCC or APS MCC training.
  • Advanced UPRT.
  • Interview and simulator assessment preparation.
  • Aircraft type rating costs, where applicable.
  • Interest and charges associated with financing.

Ask every school for a detailed written breakdown showing exactly what is included, what is excluded and what additional training may cost.

It’s also worth asking whether the price includes all flights, simulator sessions and examination attempts necessary to meet the stated course requirements, or whether certain elements will be charged separately.

For a more detailed discussion, read our How Much Does It Cost to Train as a Pilot? guide.

Can You Save Money by Completing Modular Training Abroad?

Some modular students choose to complete part of their flight training or hour building overseas because aircraft rental rates, weather conditions or the availability of training can make certain locations attractive.

For example, regions with consistently favourable flying weather may allow students to accumulate experience with fewer weather-related delays.

However, overseas training requires careful consideration.

Travel, accommodation, insurance, currency exchange and additional administrative costs can reduce the apparent savings.

More importantly, you must establish whether the training or flying experience will be recognised for the intended UK CAA or EASA licensing pathway.

Before making arrangements, obtain confirmation from the relevant training organisation and licensing authority that the proposed experience and documentation meet the applicable requirements.

How Long Does Integrated vs Modular Flight Training Take?

Integrated training is generally designed to be completed within a defined full-time programme, while modular training allows greater flexibility over the overall duration.

Many integrated airline training programmes advertise timescales of approximately 16–24 months, although individual courses may be shorter or longer.

The actual duration depends on the training syllabus, flying conditions, examination performance, aircraft and instructor availability, and the student’s progress.

Modular training can be completed relatively quickly when the different stages are carefully coordinated and undertaken full-time.

However, students who complete their training alongside employment may take several years to obtain all the required qualifications.

Neither route guarantees that training will finish on the advertised date.

What Can Delay Your Training?

Common causes of delays include:

  • Unfavourable weather.
  • Aircraft maintenance and availability.
  • Instructor shortages or scheduling difficulties.
  • Theoretical examination availability.
  • Additional training needed to reach the required standard.
  • Skill-test and examiner availability.
  • Administrative delays involving qualifications or licensing.
  • Financial constraints affecting the next stage of training.

A realistic training plan should include some contingency for delays rather than assuming that every stage will proceed exactly as scheduled.

Is Faster Training Always Better?

Not necessarily.

Completing professional flight training quickly can be attractive, particularly if you want to enter the employment market as soon as possible.

However, speed should not come at the expense of training quality, financial stability or your ability to maintain the required standards.

A well-organised modular programme may suit somebody who needs to balance training with employment, while an intensive integrated course may suit someone who prefers continuous study and can commit to it financially.

The more useful question is whether the training schedule is realistic for your circumstances.

Do Airlines Prefer Integrated or Modular Trained Pilots?

This is one of the most frequently asked questions by aspiring airline pilots.

Historically, some airlines developed strong relationships with particular integrated flight training organisations and recruited a significant proportion of their newly qualified pilots through those schools.

One of the perceived advantages was that students had completed a structured, intensive programme with consistent training records and a clearly defined professional training environment.

Some airline-linked programmes continue to follow this model.

However, it would be inaccurate to suggest that airlines universally prefer integrated graduates or that modular pilots are automatically at a disadvantage.

Airline recruitment requirements vary, and both integrated and modular graduates may be eligible for low-hour First Officer positions where they satisfy the applicable criteria.

Recruiters are interested in much more than the training route shown on an application.

What Airlines Are Actually Looking For

Depending on the recruitment process, airlines may assess:

  • Professional pilot qualifications and licensing eligibility.
  • Technical knowledge.
  • Aircraft handling and simulator performance.
  • Communication and teamwork.
  • Crew Resource Management.
  • Decision-making and situational awareness.
  • Professional attitude and motivation.
  • Ability to learn and respond to feedback.
  • Overall suitability for the airline’s operation and training programme.

Your training route may influence the opportunities available, but it does not replace the need to demonstrate these competencies during recruitment.

Some airline programmes recruit exclusively through designated training partners, while others accept applications from suitably qualified pilots with a broader range of training backgrounds.

Consequently, the most reliable approach is to research the entry requirements of the airlines you hope to join rather than relying on general claims about which training route is preferred.

Do Integrated Schools Have Better Airline Connections?

Some established integrated training organisations have formal relationships with airlines, including dedicated cadet programmes, recruitment opportunities and assessment support.

These relationships can be valuable, particularly when they provide access to a specific recruitment pathway.

However, not every integrated school has meaningful airline partnerships, and not every partnership guarantees employment.

Similarly, modular training organisations may provide airline preparation, professional mentoring or connections with recruiters.

Before enrolling with a school that advertises airline links, ask exactly what the relationship involves.

Does it provide a formal recruitment pathway, guaranteed assessment opportunity, conditional job offer or simply occasional visits from airline recruiters?

These are very different arrangements.

What About Airline Employment After Graduation?

Completing your professional pilot training does not guarantee that an airline will immediately offer you a position.

Recruitment depends on airline demand, economic conditions, fleet expansion, training capacity and the number of available vacancies.

The aviation industry is cyclical, and periods of strong recruitment can be followed by significant downturns.

This is particularly important for students who have financed their training through borrowing and may need to begin repayments before securing their first flying job.

Our Pilot Employment Prospects guide explores some of the challenges associated with entering the airline industry.

What About Airline-Sponsored and Mentored Cadet Programmes?

Airline cadet programmes provide another important consideration when comparing professional flight training routes.

Some airlines operate structured cadet schemes in partnership with approved training organisations.

These programmes can provide a defined training pathway and may offer advantages such as recruitment support, airline mentoring or financial assistance.

However, the terms vary significantly between programmes.

Importantly, an airline-sponsored, funded or mentored programme is not the same thing as integrated flight training.

Integrated and modular describe how training is organised. Sponsorship and mentoring describe the relationship between the student, training provider and potentially an airline or funding organisation.

Fully Funded Programmes

Some programmes cover substantial training costs. Applicants must still examine the contractual conditions, eligibility requirements and any repayment or employment obligations.

Self-Funded Cadet Schemes

Students may be selected for an airline-linked pathway while remaining responsible for financing some or all of their training.

Mentored Programmes

An airline may provide guidance, monitoring or recruitment opportunities without necessarily guaranteeing employment or funding the course.

A cadet programme may lead towards CPL-based qualifications or follow an approved Multi-Crew Pilot Licence (MPL) pathway, depending on its structure.

The MPL is a distinct professional licence with its own training structure and privileges. It should not be confused with the integrated-versus-modular distinction.

Are Cadet Pilot Programmes the Best Option?

An airline-linked programme can be an attractive opportunity, especially where the financial arrangements are favourable and the airline offers a clearly defined pathway towards employment.

However, applicants should carefully examine the terms before assuming that selection guarantees a flying job.

Important questions include whether training is genuinely funded, whether the programme includes a conditional employment offer, what happens if training standards are not met and what obligations apply if the student leaves the scheme.

Where significant financial support is offered, there may also be contractual commitments associated with future employment.

These arrangements are not necessarily unreasonable, but the obligations should be understood before signing.

Explore our Flight Training Sponsorship Guide for more information about different funding and airline-linked opportunities.

The Financial Risks of Professional Flight Training

Whichever route you choose, it is important to recognise that professional flight training involves financial risk.

Completing the course does not guarantee employment, and the airline recruitment market can change considerably during the period between starting training and obtaining your qualifications.

The financial consequences may be particularly significant for students who rely on borrowed money, family assistance or assets used as security for a loan.

Before committing to training, consider how you would manage your finances if the course took longer than expected or if you were unable to secure an airline job immediately after graduation.

The Risk of Paying Large Course Fees Upfront

One potential disadvantage of some integrated programmes is the amount of money students may be required to commit before or during the early stages of training.

If the school experiences serious financial difficulties, stops operating or becomes unable to deliver the advertised programme, students may face substantial disruption and financial loss.

However, this risk is not exclusive to integrated training. Modular students can also lose money if a provider holding prepaid training funds becomes insolvent.

Regulatory approval confirms that a training organisation has met the relevant approval requirements. It does not guarantee the organisation’s financial stability or provide automatic protection for all prepaid course fees.

How Can You Reduce the Financial Risk?

Before transferring a substantial amount of money to a training organisation, investigate:

  • Whether payments are made in stages or required significantly in advance.
  • What happens to unused training fees if you withdraw.
  • Whether deposits and prepaid funds receive any specific protection.
  • Whether the school has arrangements for completing training elsewhere if it cannot continue operating.
  • What happens if training is delayed or the advertised course changes.
  • Whether additional training is charged separately.
  • What financial obligations apply if you do not achieve the required standard.
  • Whether any claimed refund or performance guarantee is legally documented and what conditions apply.

Obtain written answers and review the contract carefully before paying. Where substantial borrowing or property security is involved, independent financial and legal advice may be appropriate.

Is Modular Training Financially Safer?

Modular training can offer greater control over how much money you commit at each stage.

For example, a student may choose to complete a PPL, assess their finances and employment prospects, and then decide when to proceed to professional ground school and commercial training.

This can reduce the amount of money committed to future training at any one time.

However, modular training does not eliminate financial risk.

Long delays between stages can increase costs, qualification requirements may change and students may require additional flying to maintain their proficiency.

The overall financial position will depend on how the training is managed and how much contingency funding is available.

Don’t Assume Training Finance Will Be Easy to Obtain

Obtaining finance for professional pilot training can be difficult, particularly where substantial unsecured borrowing is required.

Some applicants rely on savings or family assistance, while others investigate secured borrowing, staged payments or funding arrangements associated with particular training programmes.

Before taking out a loan, calculate the repayments using the actual proposed interest rate and loan terms.

Consider how those repayments would be managed if you were unable to secure a flying job immediately, or if you needed to accept employment outside aviation while continuing your job search.

Read our Guide to Financing Commercial Flight Training for further information.

Training Quality – Is Integrated Better Than Modular?

The quality of pilot training depends on considerably more than whether a course is labelled integrated or modular.

Both routes require students to complete the applicable approved training and assessments.

However, the experience of learning to fly can vary significantly between training organisations.

Factors such as instructor experience, aircraft availability, maintenance arrangements, standardisation, teaching quality and student support all influence the training environment.

A large integrated academy may offer extensive facilities and a highly structured syllabus, but this does not automatically mean it will provide a better experience than every modular training organisation.

Equally, a modular flying school may provide excellent instruction and personal support while offering fewer additional services associated with larger professional academies.

What Really Matters When Assessing Training Quality?

  • Qualified and experienced instructors.
  • Consistent training and assessment standards.
  • Suitable aircraft and simulation equipment.
  • Reliable aircraft availability.
  • Effective maintenance and safety arrangements.
  • Clear communication with students.
  • Realistic scheduling and training capacity.
  • Appropriate support when a student encounters difficulties.
  • Transparent information about course outcomes and costs.

When comparing flight schools, investigate these factors rather than assuming that a particular training model automatically delivers superior instruction.

Integrated or Modular Training – Which Should You Choose?

The best training route depends on your personal circumstances.

To help illustrate the differences, consider the following examples.

The Full-Time Student

Situation: You have arranged the necessary funding, have no major employment commitments and want to concentrate on training full-time.

An integrated programme may be attractive because it provides a clearly structured course and a coordinated training environment.

However, you should still compare the full cost, training quality and employment arrangements with suitable modular alternatives.

The Career Changer

Situation: You’re already employed, have financial responsibilities and would prefer to retain your income while training.

Modular training may provide a more manageable route, allowing you to complete certain stages alongside employment.

You’ll still need to arrange time away from work for intensive professional courses and account for the possibility of a longer overall training period.

The Airline Cadet Applicant

Situation: You’ve been offered a place on an airline-linked training programme with defined financial and recruitment arrangements.

The value of that opportunity depends on the actual funding, training and employment terms.

A suitable cadet programme may be attractive regardless of whether the underlying training structure is integrated, modular or MPL-based.

Five Questions to Ask Yourself

Before deciding which training route is most suitable, consider the following:

1. Can I afford to stop working?
If you need to maintain a regular income, the flexibility of modular training may be particularly important.

2. How much financial risk can I reasonably accept?
Consider the total amount you would need to commit, the repayment obligations and your ability to absorb unexpected costs.

3. Do I prefer a structured training environment?
Some people perform best with a full-time timetable and regular oversight, while others are comfortable managing a more independent training pathway.

4. Am I prepared for a longer training period?
Modular training can provide flexibility, but the overall process may take longer if completed around other commitments.

5. What are the requirements of the airlines I want to join?
Investigate current recruitment criteria and whether particular training programmes provide access to meaningful airline opportunities.

There is no universal answer to these questions. The right route is the one that best balances your ambitions with your practical and financial circumstances.

How to Choose the Right Flight Training Organisation

Once you’ve decided which type of training may be suitable, the next step is to compare actual flight schools and programmes.

This is one of the most important decisions you’ll make during your aviation training.

A professional-looking website, impressive facilities or claims of airline connections are not sufficient reasons to commit a substantial amount of money.

Whenever possible, visit the training organisation, speak to current students and obtain a detailed explanation of how the course is delivered.

FlightDeckFriend’s Flight School Checklist

Before enrolling, investigate the following:

  • Regulatory approval: Is the organisation approved for the specific professional training courses it advertises?
  • Licensing authority: Will the course lead to qualifications issued under the UK CAA, EASA or another licensing system?
  • Training costs: What is included in the quotation, and what additional charges may arise?
  • Payment protection: How are deposits and prepaid funds handled, and what happens if the school cannot complete the course?
  • Course duration: What is the realistic completion time, rather than simply the shortest advertised timescale?
  • Aircraft availability: Does the school have sufficient aircraft, instructors and simulator capacity for the number of students enrolled?
  • Student progress: How are training difficulties identified and managed?
  • Examination results: Can the school provide meaningful information about completion rates and training outcomes?
  • Graduate employment: What proportion of recent graduates secured flying employment, over what period, and how was this information collected?
  • Airline partnerships: Are any recruitment relationships formal and current, and what benefits do they actually provide?
  • Course inclusions: Does the package include MCC or APS MCC, Advanced UPRT and the other required qualifications?
  • Student feedback: Can you speak with current students and recent graduates independently?

A reputable training organisation should be willing to explain its course structure, approval, costs and contractual arrangements clearly.

Check the School’s Regulatory Approval

In the UK, professional CPL and ATPL-related training must be conducted through organisations with the appropriate approval for the courses concerned.

The UK Civil Aviation Authority publishes information about approved training organisations, including the courses they are authorised to provide.

Importantly, approval for basic PPL training does not automatically authorise an organisation to provide every professional pilot training course.

For UK training organisations, you can check the UK CAA Approved Training Organisation information.

For EASA licensing, confirm the relevant approval with the competent authority responsible for the training organisation.

Regulatory approval is an essential starting point, but it should be considered alongside financial stability, training quality and the organisation’s ability to deliver the advertised programme.

Visit the Flight School Before You Commit

Where practical, we’d strongly recommend visiting several potential training providers rather than relying entirely on websites and marketing material.

A visit can provide valuable insight into the training environment, aircraft condition, facilities, instructor availability and the general atmosphere of the organisation.

Try to speak with students who are currently undertaking the course, particularly those who have progressed beyond the initial stages.

Ask about delays, access to instructors, additional costs and how problems are handled.

Training organisations naturally want to present their programmes positively, so independent feedback can help provide a more balanced picture.

You can also explore our Integrated Flight Training Organisation Guide when researching potential providers.

Don’t Forget the Class 1 Medical

Before committing to expensive professional flight training, you should establish whether you meet the medical requirements for the licence you intend to obtain.

In the UK CAA and EASA licensing systems, professional CPL, MPL and ATPL privileges require a valid Class 1 medical certificate.

The initial medical examination assesses a range of requirements, including vision, hearing, cardiovascular health and general medical fitness.

Some medical conditions require further assessment rather than resulting in automatic disqualification, but identifying any issues early is important.

Our Recommendation

Arrange the appropriate initial Class 1 medical assessment before making a substantial non-refundable commitment to professional pilot training. This applies whether you’re considering an integrated academy or the modular route.

For more information, read our Airline Pilot Medical Requirements Guide.

UK CAA vs EASA Training – Does It Affect Your Choice?

Another important consideration is the licensing authority under which you intend to train.

Although the UK CAA and EASA systems share many principles, they are separate regulatory frameworks and their licences should not be assumed to be automatically interchangeable.

If you’re considering employment with a particular airline or within a particular country, investigate its current licensing requirements before choosing a training organisation.

For example, a UK CAA professional qualification may not automatically satisfy the licensing requirements of an airline operating under an EASA Member State without additional administrative or conversion steps.

Similarly, obtaining an EASA licence does not mean every UK operator will accept it without further requirements.

Some schools offer training connected with more than one licensing authority, but the precise arrangements, examination requirements and additional costs must be confirmed.

Choosing the wrong licensing pathway for your intended career can create unnecessary expense and delays.

Our Pilot Licences Explained article explores the different qualifications and licensing systems in more detail.

Integrated vs Modular Flight Training – Frequently Asked Questions

Is integrated flight training better than modular training?

Neither route is automatically better.

Integrated training provides a structured, full-time programme, while modular training offers greater flexibility over how and when different qualifications are completed.

Both can lead to the professional qualifications required to apply for airline First Officer positions.

The most appropriate choice depends on your personal circumstances, finances and career objectives.

Is modular pilot training cheaper?

Modular flight training is often less expensive than integrated training because students can compare providers and spread their training across different stages.

However, actual costs depend on the aircraft, flying hours, training organisations and additional qualifications required.

Poor scheduling, long gaps between lessons or the need for additional training can increase the overall cost.

Which training route is faster?

Integrated programmes normally follow a defined full-time schedule and may therefore offer a more predictable route through the required training.

Modular training can also be completed relatively quickly when undertaken full-time, but it may take considerably longer if completed around employment or other commitments.

Weather, aircraft availability, examinations and individual student progress can affect either route.

Do airlines prefer integrated pilots?

Some airlines have established recruitment relationships with particular integrated training organisations, but there is no universal preference that applies to every airline.

Many recruitment processes consider applicants from different approved training backgrounds, provided they meet the relevant entry requirements.

Your qualifications, assessment performance, professional attitude and suitability for the airline remain important.

Can modular pilots get jobs with major airlines?

Modular graduates can apply for airline vacancies for which they meet the published requirements.

Some programmes may be restricted to particular training partners, but the modular route does not inherently prevent a suitably qualified pilot from joining a major airline.

Always check the entry requirements of the specific recruitment campaign.

Do integrated and modular pilots have the same licence?

A suitably completed traditional integrated or modular pathway can result in equivalent CPL-based professional qualifications.

The difference is how the training was delivered rather than an integrated or modular classification appearing on the licence itself.

The specific ratings, theoretical knowledge credit and other qualifications held must still be considered.

Do you need a PPL before starting integrated training?

Not normally. Many integrated professional pilot programmes are designed for students with no previous flying experience.

Applicants who already hold a PPL may also be eligible to enrol, with approved credit for previous experience available in some circumstances.

Do you need a PPL for modular training?

A PPL is normally the starting point for the traditional modular CPL pathway.

The approved modular CPL course has specific entry requirements, including an appropriate PPL and previous flight experience.

Can I work while completing modular flight training?

Many students complete parts of their modular training alongside employment.

However, certain stages, particularly intensive CPL, instrument rating and practical training courses, may require a substantial period of dedicated availability.

You should discuss realistic scheduling requirements with the training provider before enrolling.

Can I pause modular training if I run out of money?

It may be possible to pause between training stages, such as after obtaining a PPL or completing a period of hour building.

However, individual professional courses have approved training requirements, and theoretical examinations and ratings are subject to validity rules.

Extended interruptions may also require refresher flying or additional instruction.

Is an integrated course guaranteed to provide better training?

No. Integrated training is delivered under approved professional training arrangements, but training quality still depends on factors including instructors, aircraft, facilities, management and the organisation’s standards.

Modular professional courses must also meet the applicable regulatory requirements.

Investigating the actual training provider is more useful than assuming one route is automatically superior.

Does an integrated course guarantee an airline job?

No. Completing an integrated course does not automatically guarantee employment.

Some airline-linked programmes offer conditional employment arrangements or other recruitment opportunities, but the precise contractual terms must be checked.

Graduates may still need to apply for vacancies and successfully complete airline assessments.

Is an airline cadet programme the same as integrated training?

No. A cadet programme describes a structured pathway or recruitment arrangement, potentially involving an airline and training organisation.

The underlying training may be integrated, modular or MPL-based.

Funding and employment arrangements are separate considerations.

Can I start modular training and switch to integrated later?

It may be possible to enter an integrated programme after completing some previous flying training.

However, the amount of credit available depends on the course and regulatory requirements.

Training already completed will not necessarily reduce the integrated course price or duration by the amount you expect.

Discuss any proposed transfer with the receiving ATO before committing further money.

Should I choose a flight school because it has airline partnerships?

Meaningful airline recruitment relationships can be valuable, but the details matter.

Ask whether the arrangement includes a formal assessment opportunity, a conditional employment offer, mentoring or simply promotional contact between the school and airline.

You should also consider the training quality, financial arrangements and the organisation’s ability to deliver the promised course.

Integrated vs Modular Training – Which Is the Best Route?

Both integrated and modular flight training can provide a pathway towards a professional airline pilot career.

Integrated training is generally better suited to students who want a structured, intensive programme and can commit the necessary time and financial resources.

Modular training may be more suitable for those who want greater control over their expenditure, need to continue working or prefer to complete their qualifications progressively.

Neither option guarantees airline employment, and neither should be chosen purely because of claims that one route is universally preferred by airlines.

The most important considerations are the quality of the training, the qualifications you’ll obtain, your financial position and whether the programme provides a realistic pathway towards your intended career.

Our recommendation is to compare actual training organisations and programmes carefully before deciding. A well-chosen training route should suit your circumstances rather than simply appear attractive in a brochure.

Next Steps – Planning Your Airline Pilot Training

Once you understand the differences between integrated and modular training, the next step is to investigate the qualifications, costs and training providers available to you.

FlightDeckFriend offers a range of free resources to help aspiring pilots understand the profession and make informed decisions about professional flight training.

Understand Pilot Licences

Learn about the PPL, CPL, ATPL, MPL and additional ratings required for professional airline flying.

Pilot Licences Explained →

Calculate Training Costs

Understand the financial commitment associated with becoming a professional pilot.

Pilot Training Costs →

Explore Flight Schools

Research integrated training organisations and the considerations involved in choosing a provider.

Flight Training Organisations →

Investigate Funding

Explore options for financing professional flight training and understand the associated risks.

How to Finance Flight Training →

Considering a Career as an Airline Pilot?

Our comprehensive Become a Pilot resources explain the different training routes, professional qualifications, medical requirements and career opportunities available to aspiring pilots.

Whether you’re just beginning your research or preparing to enrol with a flight school, understanding the process can help you make informed decisions about your future.


Explore How to Become an Airline Pilot →

Official Flight Training Information

This article provides general guidance for aspiring pilots considering professional training, primarily within the UK CAA and EASA licensing systems.

For the latest regulatory requirements and information about approved training organisations, consult the relevant aviation authority.


Disclaimer: This article provides general information about integrated and modular professional flight training. Training costs, course structures, approval requirements, licensing regulations, airline recruitment opportunities and funding arrangements can change. The information is not financial, legal or regulatory advice and should not replace the current requirements of the relevant licensing authority or the terms of an approved training programme. Before making a financial commitment, verify the organisation’s approval, course inclusions, contractual arrangements and the licensing requirements relevant to your intended career. Completing professional flight training does not guarantee employment with an airline.

Integrated Flight Training Organisations

Integrated Flight Training School Comparison

A comparison of the big European Approved Training Organisations (ATOs)

Integrated Flight Training Organisation Comparison

If you’ve decided to go down the integrated flight training route as a “white tail” (which is the phrase to describe a cadet not mentored or sponsored by a specific airline), choosing the most suitable flight school can be a difficult decision. We’ve provided a comparison of the big integrated flight training schools to help you get started, but ultimately we’d strongly recommend visiting and talking to the various flight schools and their current students to see which best suits you.

Integrated flight schools, which are EASA/CAA regulated ‘Approved Training Organisations’ (ATOs), have the advantage of having close links with airlines, which can lead to a job on completion of training. Airlines which offer cadet pilot mentored programs will typically place their cadets on one of these integrated courses. We would recommend applying for an airline mentored place at one of these integrated flight schools before applying as a “white tail” as this offers the most secure way of becoming a First Officer. The latest cadet pilot programs can be found here.

Whilst the flight schools provide a set course price, the establishments tend to differ with what’s included in this price. For example some include accommodation, whilst others don’t. It is important to take such variables into account when considering which is the best option for you.

Integrated Flight School Checklist

We’ve written out a checklist to help you choose the right flight training organisation. Before you make your decision on which flight school to attend, we’d recommend you consider the following:

  • What is the total price?
  • What does the total price include (or not include)? Equipment, uniform, accommodation etc…
  • Are the payments made in instalments? Be very careful about paying for the full cost of your training upfront. If the training school goes out of business half way through your training, you will have a very difficult time trying to recover the money. Most integrated flight training schools will allow you to pay monthly instalments as you progress.
  • What happens if you require any additional training? What is the cost of this?
  • Does the price include any exam / flight test retakes?
  • How long does the course take?
  • What happens if it takes longer because of bad weather or other unforeseen issues? Who is responsible for additional accommodation costs etc?
  • Where does the training occur (training is often split between countries due to reduced cost of aircraft rental / landing fees / good weather etc…)
  • Is accommodation included throughout the various stages of training?
  • If accommodation isn’t included, do they support you in finding suitable accommodation?
  • What ties does the school have with airlines?
  • What is the school’s placement record with airlines like? Can they provide any statistics?
  • What do current students think about the training they are receiving?
  • Do they offer support in seeking employment after obtaining your licences?
  • Is an airline assessment preparation day included in the course? This is something many flight schools now offer.

Integrated Flight School Comparison

As well as the individual entry requirements stated for each flight training organisation, the following are applicable to all flight schools:

  • Be 17 years old or greater
  • Hold a valid Class One medical
  • Be proficient in English language (written and spoken, typically to ICAO English Language Proficiency (ELP) Level 4)
  • Have a secondary school /high school education

Unless specifically stated, the course price excludes accommodation and living expenses.

Integrated Flight Training Organisation
Logo
Price
Location
Duration
Entry Requirements & Comments
L3HarrisL3 Harris Integrated Flight Training£94,500Orlando (USA), Cranfield (UK), London (UK)70 Weeks– A minimum of 5 GCSEs at grade C/4 or above, including Mathematics, Science and English Language
Airways AviationL3 Harris Integrated Flight Training€95,000Montpellier, France71 Weeks– At least a high school graduate
CAE Oxford Aviation AcademyL3 Harris Integrated Flight Training£99,900Gatwick, UK & ‘Fair weather flying location’94 Weeks– Must have successfully completed secondary education
Baltic Aviation Academy€75,000Latvia70 Weeks– Secondary education or higher
Flyby€79,500Burgos, Spain61 Weeks– Includes accommodation and meals– Secondary education or higher
FTEJerez€124,000Jerez, Spain62 Weeks– Includes accommodation and meals

Hold either one of the following:

Two A-Levels at grades C, 4 or above (or equivalent).

A University Degree (or Higher Degree) at 2:2 or above.

Skyborne£105,500Gloucstershire, UK & Florida, USA67 Weeks– 5 GCSEs, Grade 4 or above including Maths, English & Science
Leading Edge Aviation£92,750Oxford, UK & Alhama, Spain78 Weeks– Accommodation is included

– 5 GCSEs, Grade 4 or above including Maths, English & Science

TAE Aviation Academy€62,000Athens, Greece65 – 74 Weeks– Graduated from High School with passes
in English, Maths and
Physics.
Global Aviation SA€62,000Athens, Greece78 Weeks– No additional requirements above standard
airBaltic Pilot Academy€79,000Lativa104 Weeks– Start as a First Officer with Air Baltic on graduation
Quality Fly€71,750Madrid Spain87 Weeks– High School certificate equivalent to A Level (UK), Bachillerato (Spain), or 12th grade (in some Arab countries).
European Flight Training$55,150Florida, USA55 WeeksNot Stated
Stapleford Flight CenterNot StatedStapleford, UK78 WeeksNot Stated
Airbus Flight AcademyNot StatedAngoulême, France71 WeeksNot Stated
Barcelona Flight SchoolNot StatedBarcelona, Spain78-104 WeeksNot Stated
Flying AcademyNot StatedVarious across EuropeNot Stated– Good knowledge of Maths and Physics

Is there a Pilot Shortage?

Is There a Pilot Shortage in 2026? The Latest Forecasts Explained

An independent look at the truth behind the much talked about pilot shortage



Is There a Pilot Shortage in 2026? The Latest Forecasts Explained

Updated 12 October 2026 | An independent assessment of the global airline pilot shortage, recruitment trends and future employment prospects.

For many years, aspiring airline pilots have been told that the aviation industry is facing an enormous pilot shortage. Aircraft manufacturers regularly publish forecasts suggesting that hundreds of thousands of additional pilots will be needed over the coming decades, while airlines continue to invest in recruitment and training programmes.

But does this mean there is actually a shortage of pilots? More importantly, does it mean that somebody investing a substantial amount of money in commercial flight training can expect to find an airline job when they graduate?

The answer is considerably more complicated than some headlines suggest.

According to Boeing’s latest Pilot and Technician Outlook, published in July 2026, the commercial aviation industry will require approximately 674,000 new pilots worldwide between 2026 and 2045. Airbus has published a broadly similar long-term forecast, estimating that 633,000 new pilots will be needed between 2025 and 2044.

These are substantial figures and indicate that the industry expects considerable demand for pilots over the longer term. However, they don’t necessarily mean airlines are struggling to recruit pilots today.

In fact, the recruitment market can be highly competitive for newly qualified pilots, even when airlines are finding it difficult to recruit experienced First Officers and Captains.

There are also substantial differences between regions. An airline expanding rapidly in Asia may have completely different staffing requirements from a European operator reducing capacity because of rising operating costs.

At FlightDeckFriend, we believe it’s important that aspiring pilots understand the distinction between long-term demand for pilots and the availability of airline jobs today, particularly before making a substantial financial commitment to flight training.

In this article, we’ll examine the latest forecasts from Boeing, Airbus and CAE, consider the current airline recruitment environment and explain what the predicted demand for pilots really means for somebody considering a career in aviation.

Is There a Pilot Shortage in 2026?

There is substantial forecast demand for new airline pilots over the next 20 years, but it would be misleading to describe the entire aviation industry as experiencing one universal pilot shortage.

The situation depends on several factors:

  • Location: Pilot recruitment requirements differ between countries and regions.
  • Experience: Airlines may struggle to recruit experienced Captains while receiving plenty of applications from newly qualified First Officers.
  • Aircraft type: Demand can vary according to aircraft qualifications and relevant experience.
  • Airline growth: Expanding fleets create recruitment opportunities, while reduced flying programmes can limit hiring.
  • Economic conditions: Fuel costs, profitability and passenger demand influence recruitment decisions.
  • Training capacity: Airlines need access to suitable instructors, simulators and training facilities to qualify new pilots.

Our assessment: The long-term outlook for professional pilots remains encouraging, but newly qualified pilots should not assume that obtaining a commercial licence guarantees employment. The immediate recruitment market can change considerably during the time it takes to complete training.

How Many New Airline Pilots Will Be Needed?

Three of the aviation industry’s leading organisations have published forecasts indicating substantial demand for additional pilots.

Although their methodologies and forecasting periods differ, all three expect the global aviation workforce to require significant numbers of new pilots over the coming years.

674,000

Boeing

New commercial pilots

Forecast demand worldwide between 2026 and 2045.

2026 Pilot & Technician Outlook

633,000

Airbus

New commercial pilots

Forecast demand worldwide between 2025 and 2044.

2025 Global Services Forecast

300,000

CAE

New civil aviation pilots

Forecast demand worldwide over the ten years from 2025 to 2034.

2025 Aviation Talent Forecast

Important: These are forecasts of future personnel requirements, not confirmed vacancies or estimates of how many pilots are currently unavailable. The organisations use different methodologies, categories and time periods. CAE’s 300,000 figure includes approximately 267,000 commercial aviation pilots and 33,000 business aviation pilots. The forecasts should not be added together.

What Does a Pilot Shortage Actually Mean?

Before discussing the figures, it’s important to understand what the term pilot shortage really means.

A genuine shortage occurs when airlines need more suitably qualified and available pilots than they can recruit under the prevailing employment and operational conditions.

However, pilots aren’t necessarily interchangeable simply because they hold a professional flying licence.

For example, an airline operating Boeing 777 aircraft may require experienced Captains holding the appropriate aircraft qualifications and with suitable operational experience.

There could be thousands of newly qualified commercial pilots looking for their first job, but that wouldn’t necessarily help the airline fill those particular vacancies.

Similarly, an airline might have plenty of applications from experienced pilots who don’t have the right to live or work in the country where the vacancies are based.

Consequently, pilot shortages are often specific to particular aircraft types, levels of experience, locations or operational requirements.

A Pilot Shortage Is Not the Same as Pilot Demand

This distinction is frequently overlooked in discussions about the future of airline recruitment.

Consider four different situations:

TermWhat It Actually Means
Forecast pilot demandAn estimate of how many new pilots the industry may require over a future period.
Airline recruitmentAn airline actively seeking pilots to meet current or anticipated staffing requirements.
Pilot shortageInsufficient suitable pilots available to meet the employer’s requirements under existing conditions.
Strong graduate employment prospectsNewly qualified pilots have access to meaningful recruitment opportunities suitable for their experience and qualifications.

These situations can overlap, but they aren’t the same thing.

An industry can have substantial long-term pilot demand while experiencing a temporary surplus of newly qualified pilots. Equally, an airline can experience a shortage of experienced Captains despite having no requirement to recruit additional cadets.

This is why a forecast predicting hundreds of thousands of new pilots should never be interpreted as a guarantee that every flight school graduate will find employment.

Boeing’s 2026 Pilot Shortage Forecast

Boeing’s annual Pilot and Technician Outlook is one of the most widely quoted sources when discussing future demand for airline pilots.

The manufacturer’s latest report, published in July 2026, predicts that the commercial aviation industry will need approximately 674,000 new pilots between 2026 and 2045.

The forecast covers commercial passenger and freight operations involving aircraft with more than 30 seats. It does not include all business aviation or helicopter operations.

Boeing bases its forecasts on factors including:

  • Expected growth in passenger and cargo traffic.
  • Future commercial aircraft fleet requirements.
  • Replacement of older aircraft.
  • Aircraft utilisation.
  • Retirement and other workforce attrition.
  • Regional differences in airline operations and crewing requirements.

The result is an estimate of how many new pilots will be required to support the industry’s expected operations over the next two decades.

Why Are So Many New Pilots Expected to Be Needed?

There are two principal reasons: airline expansion and replacement of existing pilots.

As passenger demand increases over the longer term, airlines may need additional aircraft to operate more services. These aircraft require appropriately qualified flight crews.

However, not all new pilot demand results from expansion.

Existing pilots leave the workforce through retirement, medical circumstances, career changes and other forms of attrition.

Those pilots need to be replaced if an airline wishes to maintain its existing operation.

Boeing estimates that approximately two-thirds of the overall aviation personnel demand in its 2026 outlook relates to replacing departing workers, while the remaining third supports fleet growth.

That proportion refers to the forecast workforce as a whole, rather than establishing a precise retirement figure for pilots in every individual region.

This is an important distinction because even an airline that isn’t expanding may still need to recruit pilots to replace those leaving the company.

Does Boeing’s Forecast Mean 674,000 Pilot Jobs Are Available?

No. Boeing is forecasting the number of new pilots the commercial aviation industry may require over a 20-year period.

These aren’t existing advertised vacancies, and the figures don’t describe how many pilots are currently unemployed or immediately available.

The forecast is also subject to changing assumptions about aircraft deliveries, passenger demand, airline productivity, retirement patterns and other developments.

The number is useful for understanding the industry’s long-term direction, but it cannot tell an individual pilot when they will find their first airline job.

What Are Airbus and CAE Predicting?

Boeing isn’t the only organisation expecting substantial demand for aviation professionals.

Airbus and flight training specialist CAE have also published forecasts suggesting that hundreds of thousands of additional pilots will be required over the coming years.

Airbus: 633,000 New Pilots by 2044

Airbus published its latest Global Services Forecast in October 2025.

The manufacturer estimated that approximately 633,000 new pilots would be required worldwide between 2025 and 2044.

The same forecast anticipated that the global commercial aircraft fleet covered by its analysis would grow to more than 49,000 aircraft by 2044.

Airbus expects this expansion, together with the need to replace existing personnel, to create substantial demand for aviation training and related services.

Like Boeing, Airbus is forecasting future workforce requirements rather than reporting an existing shortage of unemployed or qualified pilots.

The companies also use different fleet coverage and forecasting methodologies, which helps explain why their estimates aren’t identical.

CAE: 300,000 New Civil Aviation Pilots Over Ten Years

CAE’s 2025 Aviation Talent Forecast takes a shorter, ten-year view.

It estimates that approximately 300,000 new pilots will be required across civil aviation between 2025 and 2034.

Of these, approximately 267,000 are associated with commercial aviation and 33,000 with business aviation.

CAE’s forecast reflects expected fleet growth, changing travel demand and the requirement to replace pilots leaving the industry.

Although its headline figure is smaller than Boeing’s or Airbus’s, the time period is approximately half as long and the scope is different.

The forecasts therefore shouldn’t be interpreted as contradictory simply because they predict different totals.

What Can We Conclude From These Predictions?

The encouraging conclusion is that all three organisations anticipate substantial long-term demand for professional pilots.

However, the forecasts also have limitations.

They cannot accurately predict every economic downturn, airline failure, geopolitical event or change in aircraft delivery schedules that may occur over the next decade.

Nor can they tell us exactly how many newly qualified pilots will complete training during the same period.

Consequently, the forecasts provide useful evidence of potential future employment demand, but they are not a reliable measure of how competitive the entry-level job market will be in any particular year.

What Is Happening in the Aviation Industry During 2026?

One of the most important developments during 2026 has been the contrast between the industry’s positive long-term outlook and more challenging short-term operating conditions.

Although global air travel recovered strongly following the COVID-19 pandemic, the aviation market remains exposed to economic and geopolitical disruption.

In particular, higher energy costs and disruption affecting parts of the Middle East have influenced airline operating costs, network planning and passenger demand during 2026.

IATA Forecasts Slower Passenger Growth

In June 2026, the International Air Transport Association (IATA) reduced its forecast for global passenger traffic growth to approximately 2.1% for 2026.

This was a significant reduction from the 4.9% growth forecast published in December 2025.

IATA attributed the weaker outlook to factors including higher fuel prices, economic uncertainty and disruption to aviation operations.

The organisation also forecast that global airline profitability would remain positive overall, but with substantially reduced margins.

Importantly, industry-wide profitability doesn’t mean every airline is financially healthy or expanding.

Some carriers may continue recruiting and investing in new aircraft, while others reduce capacity, delay expansion or concentrate on controlling costs.

The Latest Passenger Figures Show Why Conditions Can Change Quickly

IATA’s September 2026 release reported that global passenger demand in August was 0.8% lower than in August 2025, measured by revenue passenger kilometres.

Excluding Middle Eastern carriers, global demand increased by 0.6%.

This highlights the extent to which regional disruption can influence worldwide aviation statistics.

It also demonstrates why the recruitment outlook cannot be judged simply by looking at long-term forecasts.

An airline may have plans to expand substantially over the next decade but reduce near-term recruitment because operating costs or demand have changed.

That doesn’t necessarily invalidate the long-term forecast. It means recruitment is influenced by conditions at the time.

The Aviation Outlook: Long Term vs Short Term

Long-Term Outlook

Aircraft manufacturers anticipate substantial fleet and workforce requirements over the next two decades.

The requirement to replace retiring pilots should continue to create recruitment opportunities even where airlines are not expanding.

Short-Term Outlook

Airlines must respond to current passenger demand, operating costs, financial conditions and aircraft availability.

These factors can cause recruitment to slow or accelerate, sometimes over relatively short periods.

The key point: An encouraging 20-year forecast does not remove the risk of graduating during a difficult recruitment market.

Where in the World Will New Airline Pilots Be Needed?

Global pilot demand is not distributed equally between different countries and regions.

Some markets are relatively mature, with extensive airline networks and established pilot training systems.

Others have substantial potential for further growth as economic development and rising incomes increase demand for air travel.

Boeing’s 2026 outlook provides the following regional forecasts for new commercial pilots required between 2026 and 2045.

RegionNew Pilots Forecast
Eurasia153,000
China123,000
North America122,000
Middle East67,000
Southeast Asia66,000
South Asia48,000
Latin America38,000
Northeast Asia24,000
Africa22,000
Oceania11,000
Worldwide Total674,000

Source: Boeing 2026 Pilot and Technician Outlook. The figures represent forecast personnel demand between 2026 and 2045, not current vacancies. Boeing uses its own geographic groupings; its Eurasia region should not be interpreted as the European Union or United Kingdom alone.

Why Is Asia Expected to Need So Many Pilots?

Several Asian aviation markets are expected to experience substantial long-term demand.

China alone accounts for approximately 123,000 new pilots in Boeing’s 2026 forecast.

Southeast Asia and South Asia are also expected to require considerable numbers of additional pilots.

The underlying drivers include the development of airline networks, growing demand for international travel and increasing opportunities for people to travel by air.

However, aspiring pilots should remember that recruitment requirements can differ significantly between countries.

Some airlines prioritise local citizens or applicants with existing employment rights, while others recruit experienced pilots internationally.

A worldwide forecast should therefore not be interpreted as indicating that all these opportunities will be available to pilots trained in the UK or Europe.

What About the Middle East?

The Middle East has traditionally been an important recruitment market for experienced airline pilots, particularly as carriers expanded their international networks.

Boeing’s latest forecast estimates demand for approximately 67,000 new pilots in the region over the next 20 years.

However, the situation during 2026 illustrates how quickly circumstances can change.

Airspace disruption and increased operating costs have affected Middle Eastern aviation, with IATA reporting a substantial year-on-year fall in passenger demand among carriers in the region during August 2026.

That doesn’t mean the region has no long-term growth potential.

It does demonstrate why pilots should distinguish between an airline’s long-term expansion plans and its immediate recruitment requirements.

Experienced Captains and First Officers may also have access to opportunities that are not available to newly qualified pilots.

What About North America?

Boeing forecasts that North America will require approximately 122,000 new commercial pilots between 2026 and 2045.

Retirement and workforce replacement are important considerations in this relatively mature aviation market.

However, the relationship between major airlines, regional operators and pilot training organisations creates its own recruitment dynamics.

In the United States, pilot qualification and experience requirements for airline operations also differ from those typically encountered by newly qualified First Officers entering airline employment in Europe.

As a result, pilot supply can be constrained at particular levels of experience even when substantial numbers of students are completing initial flight training.

The number of qualified applicants, aircraft availability and individual airline recruitment programmes all influence the immediate employment market.

Is There a Pilot Shortage in the UK and Europe?

For aspiring pilots based in the United Kingdom, this is arguably more important than the worldwide forecast.

There is little benefit in being told that hundreds of thousands of pilots will be needed globally if the airlines you’re eligible to work for aren’t recruiting newly qualified First Officers.

The European aviation market is generally more mature than some developing regions, although opportunities for expansion still exist.

Low-cost airlines, established network carriers, leisure operators and regional airlines all contribute to recruitment demand.

However, individual airlines can experience very different operating conditions and staffing requirements.

EUROCONTROL’s Latest European Aviation Forecast

In March 2026, EUROCONTROL published its updated forecast for European flight activity through to 2032.

It reported that European flight numbers increased by approximately 4% in 2025 compared with 2024, reaching around 11.05 million flights.

This represented a return to approximately the overall traffic levels recorded in 2019, although performance continued to vary between countries.

For 2026, EUROCONTROL forecast approximately 11.3 million flights, representing growth of 2.7% compared with 2025.

Its central forecast also anticipates average annual growth of approximately 2.1% between 2026 and 2032, with European flight numbers potentially reaching around 12.8 million by 2032.

However, EUROCONTROL emphasised the unusually high uncertainty surrounding these predictions because of geopolitical events, energy prices and economic conditions.

European Aviation: Key Figures

11.05m

Flights recorded in Europe during 2025.

+2.7%

Forecast growth in European flights during 2026.

12.8m

Forecast annual flights by 2032 under the central scenario.

Source: EUROCONTROL Forecast 2026–2032, published March 2026.

These figures indicate continued long-term growth in European aviation, but increasing flight numbers don’t necessarily translate directly into proportional growth in pilot employment.

Airlines can increase capacity by operating larger aircraft, improving aircraft utilisation or adjusting their schedules.

Equally, fleet replacement doesn’t always result in a corresponding increase in the total number of aircraft operated.

Nevertheless, sustained growth in commercial aviation should support demand for appropriately qualified pilots over the longer term.

Are UK Airlines Still Investing in Pilot Recruitment?

Despite a more challenging operating environment, some UK airlines have continued investing in programmes designed to develop future pilots.

In April 2026, British Airways announced an £18 million commitment to fund up to 160 places through its Speedbird Pilot Academy.

The airline stated that the programme would cover approximately £100,000 in professional pilot training costs for successful applicants.

Similarly, Jet2 announced in February 2026 that it would provide at least 60 additional fully funded places through its Jet2FlightPath programme.

These initiatives demonstrate that some airlines are investing in their future pilot workforce.

However, it would be incorrect to assume that their existence proves a widespread shortage of newly qualified pilots.

In fact, fully funded programmes can attract substantial numbers of applicants, and competition for places can be intense.

Jet2 reported receiving approximately 18,000 applications for 60 places during the first year of its Jet2FlightPath programme.

That illustrates how strong interest in a flying career can coexist with an airline’s need to develop future flight crew.

These examples relate to programmes announced earlier in 2026; applicants should check official airline recruitment websites for current application opportunities.

Why Experienced Pilots Are Often in Greater Demand

One of the most important distinctions in the airline recruitment market is the difference between newly qualified pilots and those with substantial commercial flying experience.

A newly qualified pilot may hold a Commercial Pilot Licence, Instrument Rating and the required theoretical knowledge qualifications, but they won’t necessarily have any airline flying experience.

By comparison, an experienced First Officer may have accumulated thousands of hours operating complex multi-crew aircraft in a commercial environment.

A Captain will also have completed the appropriate command training and demonstrated the competence required to operate as aircraft commander.

These qualifications and experience cannot be obtained overnight.

Consequently, an airline may find it relatively straightforward to attract applications from newly qualified First Officers while struggling to recruit suitably experienced Captains.

Why a Shortage of Captains Doesn’t Necessarily Help Cadet Pilots

Imagine an airline needs twenty experienced Captains to support the introduction of additional aircraft.

The airline may have hundreds of newly qualified pilots interested in joining the company, but those applicants cannot immediately fill the Captain vacancies.

The airline might need to recruit experienced Captains externally, promote suitable existing First Officers or adjust its expansion plans.

Promoting First Officers can subsequently create vacancies at First Officer level, potentially generating opportunities further down the employment market.

However, these changes take time and depend on the airline’s training capacity, staffing requirements and recruitment policies.

This is one reason pilot shortages can affect different parts of the industry in different ways.

The Difference Between a Licence and Employability

Another misconception is that obtaining a professional pilot licence automatically makes somebody a competitive airline applicant.

In reality, airlines consider a range of factors beyond the licences and ratings held by an applicant.

These may include:

  • Previous flying experience and aircraft qualifications.
  • Technical knowledge and procedural understanding.
  • Performance during aptitude testing and interviews.
  • Simulator assessment performance.
  • Communication and teamwork skills.
  • Evidence of professionalism and sound judgement.
  • English language proficiency.
  • Relevant employment and immigration eligibility.

Some airlines operate programmes specifically designed for newly qualified pilots, while others establish minimum experience requirements.

The availability of these different recruitment pathways can change over time.

Meeting an airline’s minimum published requirements makes you eligible to apply. It doesn’t guarantee that you will be selected.

What Causes an Airline Pilot Shortage?

Pilot shortages can develop for several reasons, and the underlying causes aren’t always the same.

1. Airline Expansion

When an airline expands its fleet or introduces additional services, it normally needs more pilots to operate the aircraft.

If recruitment and training cannot keep pace with expansion, shortages may develop.

However, aircraft orders alone don’t necessarily indicate how many additional pilots will be required.

Some new aircraft replace older ones, and deliveries can be delayed or changed.

2. Pilot Retirements

Pilots leave airline employment for a variety of reasons, including retirement.

When large numbers of experienced pilots approach retirement, airlines may need to recruit and train replacements.

This can create opportunities not only for external applicants but also for existing pilots progressing towards command.

However, retirement patterns vary between airlines and countries, so a global retirement forecast doesn’t describe the circumstances of every operator.

3. Insufficient Training Capacity

Even where airlines can attract suitable applicants, training capacity can become a constraint.

New pilots need to complete the appropriate aircraft and operator training before being released to normal flying duties.

This requires qualified instructors, examiners, simulators, suitable training facilities and appropriately organised training programmes.

If these resources are limited, airlines may be unable to introduce new pilots as quickly as planned.

Training capacity is therefore an important consideration when assessing how quickly airlines can respond to additional staffing requirements.

4. Recruitment and Retention

Airlines compete to attract and retain suitably qualified pilots.

Salary, rosters, employment security, career progression, commuting requirements and lifestyle can all influence where pilots choose to work.

If an airline offers terms that are less attractive than those available elsewhere, it may struggle to recruit experienced pilots even when a substantial number of pilots are employed across the wider industry.

Similarly, pilots leaving one operator to join another can create replacement vacancies.

However, it would be too simplistic to assume that every airline experiencing recruitment difficulties is affected by a general shortage of pilots.

In some circumstances, the challenge may be attracting suitable applicants under the employment conditions being offered.

5. Economic and Operational Disruption

Commercial aviation is sensitive to changes in the wider economy.

Higher fuel prices, reduced passenger demand, geopolitical instability and unexpected operational restrictions can all influence airline profitability.

Airlines may respond by reducing capacity, delaying expansion or limiting recruitment.

As demonstrated during the COVID-19 pandemic, the employment market can change dramatically even when long-term demand for air travel remains positive.

For somebody considering professional flight training, this uncertainty is an important part of the financial risk.

Will There Be a Pilot Shortage Over the Next Five to Ten Years?

The long-term forecasts suggest that airlines will require substantial numbers of additional pilots over the next decade.

However, predicting whether there will be a genuine shortage of suitably qualified applicants in five or ten years is considerably more difficult.

Demand is only one side of the equation.

To determine whether a shortage will occur, we would also need to know how many new pilots will complete training, how many existing pilots will remain employed and how effectively airlines will recruit and train additional personnel.

These factors are difficult to forecast with precision.

What Could Increase Demand for Pilots?

Several developments could support stronger airline recruitment over the medium and longer term:

  • Continued growth in passenger and cargo traffic.
  • Expansion of airline networks.
  • Additional aircraft entering service.
  • Retirement of experienced pilots.
  • New airlines entering the market.
  • Increased utilisation of existing aircraft fleets.

These factors could create additional opportunities for both experienced and newly qualified pilots, although the relationship between aviation growth and recruitment will vary.

What Could Reduce Recruitment?

Other developments could create a less favourable employment market:

  • An economic downturn or reduced passenger demand.
  • Substantial increases in airline operating costs.
  • Aircraft delivery delays or fleet reductions.
  • Airline mergers, restructuring or insolvencies.
  • Changes in regulatory requirements.
  • More pilots completing training than airlines need to recruit.
  • Changes in aircraft utilisation or operational efficiency.

Some of these factors may be temporary, while others could affect the market for several years.

Our View of the Future Airline Pilot Market

Based on the latest available industry forecasts, there are reasonable grounds to expect substantial ongoing demand for qualified airline pilots over the next decade.

However, that demand is unlikely to translate into consistently favourable recruitment conditions for every category of pilot.

We would expect the employment market to continue experiencing periods of stronger recruitment followed by periods when opportunities become more limited.

Experienced pilots with qualifications that are difficult to replace may benefit from opportunities that aren’t available to newly qualified applicants.

For aspiring pilots, the most sensible approach is to regard the long-term outlook as encouraging while making financial decisions on the assumption that employment may take longer than expected.

Is Now a Good Time to Start Commercial Pilot Training?

This is probably the most important question for somebody reading this article because they’re considering becoming an airline pilot.

Unfortunately, there’s no way to guarantee that the employment market will be favourable when you complete training.

Depending on the training route, obtaining the qualifications required to apply for airline employment may take a considerable amount of time.

During that period, the recruitment market could improve or deteriorate substantially.

Consequently, we wouldn’t recommend making the decision to begin professional flight training solely because an aircraft manufacturer has published an encouraging 20-year forecast.

Consider Your Motivation and Long-Term Commitment

Professional flying can be an extremely rewarding career, but it also involves responsibility, demanding training and the need to maintain high standards throughout your working life.

Before beginning, consider whether you genuinely want to pursue an aviation career rather than simply being attracted by headlines about potential pilot salaries or labour shortages.

There will almost certainly be periods during your career when airline recruitment is less favourable.

Being committed to the profession can help you make realistic decisions about the training and employment challenges you may encounter.

Understand the Financial Risk

Professional flight training can involve an investment of £100,000 or more, depending on the training route and organisation.

Although less expensive pathways may be available, the overall cost is still substantial for many applicants.

Before committing this amount of money, consider what would happen if you completed your training but couldn’t secure airline employment immediately.

Would you be able to maintain any loan repayments?

Could you support yourself while applying for suitable vacancies?

Would you be able to maintain the necessary qualifications and currency?

These questions are particularly important where training is financed through borrowing.

For more information, read our How to Finance Commercial Pilot Training guide.

Investigate Fully Funded Airline Programmes

Some airlines offer fully funded training programmes for successful applicants.

These can provide a valuable alternative to independently financing professional flight training.

However, places are limited and the selection process can be highly competitive.

Programmes may also have specific academic, medical, nationality, employment and other eligibility requirements.

It’s worth investigating these opportunities before deciding that taking out a large training loan is the only way to become an airline pilot.

See our Flight Training Sponsorship Options guide.

Consider Whether Modular Training Could Be Appropriate

For applicants who cannot obtain a funded cadet programme, modular training may provide greater financial flexibility.

Rather than committing to one continuous integrated course, students can progressively complete the required qualifications through separate approved training stages.

This can make it possible to continue earning during some stages and reduce the amount of money borrowed.

However, modular training still requires substantial investment, and some professional courses involve intensive full-time training.

The most appropriate route depends on your circumstances, finances and preferred career pathway.

Our Integrated vs Modular Flight Training guide explains the differences.

How Can You Assess Airline Pilot Employment Prospects?

Rather than relying exclusively on long-term forecasts, aspiring pilots should look at evidence of what airlines are actually doing.

For example, the following indicators may provide useful information about recruitment conditions.

IndicatorWhat to Consider
Current pilot vacanciesAre airlines recruiting applicants with your expected qualifications and experience?
Minimum experience requirementsAre vacancies open to newly qualified pilots or restricted to experienced crews?
Airline fleet plansAre additional aircraft intended for growth or primarily replacing existing aircraft?
Cadet recruitment programmesAre airlines investing in new pilot training and offering meaningful employment pathways?
Airline financial performanceCan the airline support its planned operation and future recruitment?
Graduate employment outcomesCan training organisations provide meaningful evidence of where recent graduates have found employment?
Employment eligibilityDo you meet the relevant licensing, nationality, right-to-work and other requirements?

Be Cautious About Recruitment Claims Made by Flight Schools

Flight training organisations are businesses, and many depend on attracting students to their courses.

There are excellent training organisations that provide realistic information about employment prospects. However, prospective students should remain cautious about promotional claims suggesting that a worldwide pilot shortage makes airline employment virtually guaranteed.

If a school claims there is an unprecedented shortage of pilots, ask for evidence.

For example:

  • How many students completed the relevant course during the previous twelve months?
  • How many obtained paid professional flying employment?
  • How long did graduates typically wait before obtaining their first position?
  • Which airlines or operators employed them?
  • Were graduates recruited directly, or did they need to complete additional training?
  • Do any airline relationships involve a genuine recruitment commitment?

It’s also worth distinguishing between an applicant receiving an interview opportunity and being guaranteed a job.

Even where an airline has an established relationship with a training organisation, employment may remain subject to successful assessment, training performance, medical fitness and the airline’s requirements.

Before Spending Money on Commercial Flight Training

We would recommend taking the following steps:

  • Research the current airline employment market in the countries where you’re eligible to work.
  • Investigate the entry requirements for newly qualified First Officers.
  • Compare integrated, modular and airline-funded training pathways.
  • Establish that you meet the relevant Class 1 medical requirements.
  • Obtain a complete written breakdown of training costs.
  • Ask training organisations for verifiable graduate employment information.
  • Consider how you would manage a delay in obtaining your first airline job.
  • Make sure your financial plans remain realistic if the recruitment market changes.

Most importantly, don’t base a six-figure financial decision on a headline predicting a worldwide pilot shortage.

Where Can You Find Current Airline Pilot Vacancies?

One of the most useful ways to understand the recruitment market is to look at the positions airlines are advertising and the qualifications they’re requesting.

FlightDeckFriend maintains separate resources for experienced pilots, low-hour applicants and aspiring airline cadets.

Latest Airline Pilot Jobs

Explore advertised airline opportunities for qualified First Officers, Captains and other experienced pilots.

View Latest Pilot Jobs →

Low-Hour Pilot Jobs

Research opportunities potentially suitable for pilots who have recently qualified or are building their first professional flying experience.

Explore Low-Hour Vacancies →

Airline Cadet Programmes

Find information about airline cadet training opportunities, including programmes designed for applicants without previous flying experience.

Explore Cadet Opportunities →

Always check an airline’s official recruitment website to confirm that a vacancy remains open and that you meet its current entry requirements.

Pilot Shortage – Frequently Asked Questions

Is there currently a worldwide pilot shortage?

There is substantial long-term forecast demand for additional airline pilots, but no single shortage affecting every airline, country and level of experience equally.

Recruitment difficulties can exist in particular regions or experience categories while other parts of the employment market remain highly competitive.

How many pilots will be needed by 2045?

Boeing’s 2026 Pilot and Technician Outlook forecasts approximately 674,000 new commercial pilots worldwide between 2026 and 2045.

This is an estimate of future personnel requirements, not the number of currently available pilot jobs.

What does Airbus predict about the pilot shortage?

Airbus’s 2025 Global Services Forecast anticipates a requirement for approximately 633,000 new pilots between 2025 and 2044.

The forecast reflects expected future aircraft fleet requirements and the need to recruit replacement personnel.

Will there be a pilot shortage in 2030?

Industry forecasts indicate that considerable numbers of new pilots will be required throughout the coming decade.

However, whether a shortage exists in 2030 will depend on airline demand, pilot retirements, the number of pilots completing training and other factors.

It isn’t possible to guarantee that the employment market will favour newly qualified pilots in any particular year.

Is there a pilot shortage in the UK?

UK airlines continue to require new pilots for workforce replacement and, where applicable, expansion.

However, the level of recruitment varies between operators and depends on economic conditions, fleet plans and the qualifications required.

It would be misleading to describe every UK airline as experiencing a shortage of pilots.

Is Europe experiencing a pilot shortage?

Some European airlines may experience recruitment difficulties, particularly for certain categories of experienced pilots.

However, these difficulties don’t necessarily indicate a shortage of newly qualified First Officers across the entire region.

EUROCONTROL’s 2026 forecast anticipates continued growth in European flight activity over the medium term, although considerable uncertainty remains.

Why are airlines predicting a pilot shortage?

Airline fleet growth and the need to replace retiring or departing pilots are two important drivers of future recruitment.

Airlines must also ensure they have sufficient trained personnel to operate their planned schedules.

However, projections of future demand do not automatically demonstrate that a shortage exists today.

Are airlines more interested in experienced pilots?

Many airlines require experienced pilots for particular positions, especially Captain vacancies and roles involving specific aircraft qualifications.

However, some airlines operate cadet programmes and recruit newly qualified First Officers.

Recruitment policies depend on the airline’s staffing requirements, available training capacity and operational needs.

Are there too many newly qualified pilots?

The availability of newly qualified pilots relative to airline vacancies varies considerably between countries and over time.

In some recruitment markets, airlines may receive substantial numbers of applications for a relatively small number of entry-level positions.

However, this doesn’t necessarily indicate an oversupply of experienced pilots or a long-term surplus across the entire industry.

Will a pilot shortage increase airline pilot salaries?

Recruitment difficulties can place upward pressure on pay and employment conditions, particularly where airlines compete for experienced pilots.

However, salaries are also influenced by airline profitability, collective bargaining arrangements, aircraft type, seniority, location and other factors.

A global shortage forecast doesn’t guarantee that salaries will increase at every airline.

Should I start pilot training because of the predicted shortage?

The long-term forecasts provide encouraging evidence of future demand, but they shouldn’t be the sole reason for beginning professional flight training.

Consider your motivation, medical eligibility, finances, training options and the possibility that airline employment may take longer than expected.

Training decisions should remain realistic even if the recruitment market changes.

Does completing commercial pilot training guarantee a job?

No. Obtaining the necessary licences and ratings allows you to apply for suitable professional flying positions, but employment remains subject to airline recruitment requirements and successful selection.

Some applicants secure airline employment relatively quickly, while others may need to build additional experience or wait for suitable opportunities.

Can I work overseas if there is a pilot shortage in another country?

Potentially, but holding a professional pilot licence doesn’t automatically provide permission to work overseas.

Airlines may require particular licences, aircraft qualifications, language proficiency, experience and employment rights.

Some countries also operate policies that favour recruitment of local pilots.

Always establish the applicable requirements before making training decisions based on potential overseas opportunities.

How reliable are Boeing and Airbus pilot shortage predictions?

Boeing and Airbus use detailed industry forecasts to estimate future aircraft and workforce requirements.

These provide useful insight into likely long-term demand but remain dependent on assumptions that may change.

They cannot accurately predict every economic downturn, airline failure, geopolitical event or future change in pilot supply.

They should therefore be used as one source of information rather than treated as guarantees of future employment.

So, Is There Really a Pilot Shortage?

The latest forecasts provide compelling evidence that commercial aviation will require substantial numbers of new pilots over the coming decades.

Boeing anticipates approximately 674,000 new commercial pilots will be required by 2045, while Airbus and CAE have published similarly substantial workforce projections.

These forecasts are encouraging for anybody considering a long-term career in aviation.

However, they don’t necessarily mean airlines are experiencing an immediate shortage of pilots across every category.

The employment market remains influenced by economic conditions, fleet plans, retirement patterns, regional differences and the availability of pilots with the qualifications and experience airlines actually require.

One of the most important distinctions is between newly qualified pilots and experienced airline crews.

An airline may be struggling to recruit experienced Captains while receiving large numbers of applications from pilots trying to obtain their first professional flying position.

For aspiring pilots, we would therefore recommend taking a balanced approach.

The long-term outlook provides reasonable grounds for optimism, but professional flight training remains a substantial investment and airline employment can never be guaranteed.

Our conclusion: The aviation industry is forecast to need a large number of new pilots, but that doesn’t automatically mean there is a shortage of suitable applicants today. The long-term outlook is encouraging; the short-term recruitment market requires a more cautious assessment.

Explore More About Becoming an Airline Pilot

Whether you’re considering beginning professional flight training or have already completed your qualifications, FlightDeckFriend provides independent information about pilot recruitment, training costs and the challenges of securing your first airline job.

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Official Sources and Industry Forecasts

This article was updated on 12 October 2026 using the latest relevant forecasts and published industry data available at the time.

The following sources provide further information about pilot workforce requirements, airline traffic and recruitment-related developments.


Disclaimer: This article provides general educational information about airline pilot recruitment and future aviation workforce demand. Forecasts are estimates based on assumptions and may change as economic, operational and industry circumstances develop. They do not guarantee future pilot recruitment, employment, salary levels or individual career progression. FlightDeckFriend is an independent aviation information website and is not affiliated with Boeing, Airbus, CAE or the other organisations referenced. Prospective pilots should investigate current recruitment requirements and obtain appropriate independent financial advice before making substantial training commitments.