EASA PPL Skill Test: What to Expect and How to Prepare
The unfamiliar part of your PPL skill test may be the silence from the other seat. Your instructor has spent months helping you recognise when to act. On test day, the examiner needs to see you make those decisions yourself, from the first weather assessment to the final shutdown.
The EASA PPL skill test assesses whether you can operate safely with the privileges of a private pilot. You will plan a flight, explain your decisions and demonstrate the flying you have learned. Knowing how those tasks fit together makes the day easier to prepare for.
This guide covers the PPL(A) test in a single-engine aeroplane. Helicopter tests have a different schedule, while multi-engine aeroplanes bring additional requirements. Your school and examiner will confirm the arrangements for your aircraft and licensing authority.
Contents
When are you ready to take the test?
Your training organisation must recommend you for the test once your training is complete, and your training records must be available to the examiner. For the standard standalone PPL course, you must also have passed the required theoretical knowledge examinations. You need flight instruction in the same aircraft class or type that you will use for the test.
For the standard training route, the minimum is 45 hours of flight instruction, including 25 hours of dual instruction and 10 hours of supervised solo flight. The solo requirement includes five hours of cross-country flying and one flight of at least 270 km (150 NM), with full-stop landings at two aerodromes other than the departure aerodrome. Different credit provisions can apply if you already hold another licence.
Reaching the required hours is one part of that recommendation. Your instructor also needs to see consistent performance when exercises are combined and the flight becomes busy. Being able to fly a steep turn in isolation leaves a different workload from preparing for it while maintaining a lookout and checking your position.
Before the appointment, confirm the documents your examiner requires. These include your identity document, medical certificate and logbook, together with theory results, the training recommendation and the appropriate application or test forms. Confirm any radiotelephony and language-proficiency documentation too. Having the records together prevents the morning from becoming a search through old emails.
The briefing starts with your flight plan
The examiner chooses the navigation route and should give you sufficient information and time to prepare. You are responsible for planning the flight. Work through the weather and NOTAMs, then connect that information to your route and aircraft performance. A finished navigation log should reflect decisions you understand.
For example, if a forecast crosswind increases during the afternoon, explain how that affects your departure time or destination choice. If an airspace restriction blocks your preferred route, show how your revised track avoids it. The examiner can then see the reasoning behind the lines on your chart.
Prepare the aircraft's mass-and-balance calculation and check its take-off and landing performance for the expected conditions. Establish the fuel required and the reserves that apply. Be ready to locate the relevant information in the flight manual and explain how you used it. Check aircraft serviceability and documents as part of the same preparation.
You will brief the examiner on the planned flight and reach a go/no-go decision. It helps to practise this with your instructor using a real day's weather. Reading a cloud base aloud is straightforward; explaining whether it leaves a workable route beneath the airspace requires you to use the information.
The examiner also briefs you. Expect discussion of the test sequence, weather limits and how simulated emergencies will be introduced. Agree who handles the radio during particular exercises, how control is transferred and what happens if a real emergency occurs. You fly autonomously as though carrying out the pilot-in-command role; actual command responsibility is allocated under the applicable national arrangements and clarified before flight.
EASA's examiner guidance suggests planning around 90 minutes of flying and three hours for the whole examination. These are planning figures. Local arrangements, the aircraft and the test's progress can change the time needed, so leave room in your day for the briefing and debriefing.
What happens during the flight?
The test brings familiar exercises into a complete flight. The single-engine schedule has five principal sections, covering departure, general airwork, navigation, arrival and emergencies. Their numbering does not prescribe a rigid flying order. The examiner can combine tasks, and an emergency exercise may arise during another section.
Your external inspection, passenger briefing and engine-start checks form part of the assessment. Taxiing also counts. Following a clearance while identifying the correct holding point demonstrates the same attention to safe operation that you need after take-off. Continue using the aircraft's authorised checklist and make your checks clear to the examiner.
General airwork includes straight-and-level flight with speed changes, climbs and descents. Expect medium turns at 30 degrees of bank and steep turns at 45 degrees, including recognition of and recovery from a spiral dive. Low-speed flight and the specified stall or approach-to-stall exercises are also included. Your instructor should have prepared you for these tasks in the aircraft you are using.
Before each exercise, make the relevant safety checks and maintain a lookout. Settle the aircraft properly between tasks. If you rush from the previous manoeuvre into the next one with the trim still wrong, you create extra work for yourself just when you need spare attention.
The navigation section requires a route with at least three identified waypoints. You will demonstrate dead reckoning and map reading, monitor your progress and revise estimated arrival times. The examiner also assesses a diversion, use of radio navigation aids and management of the flight. The navigation section may be flown separately if you and the examiner agree.
A diversion tests how you deal with a changed plan. Establish where you are, choose a safe route and work out the information needed to fly it. Keep monitoring the aircraft while doing that. A beautifully written diversion calculation has limited value if the aircraft has wandered towards an airspace boundary while you completed it.
There is also a basic instrument-flying check, including a 180-degree turn in simulated instrument meteorological conditions. The examiner briefs the sight-limiting arrangements. This checks a basic recovery skill within the PPL test; it does not grant instrument-flying privileges.
Circuits, landings and simulated emergencies
The approach-and-landing section includes arrival procedures and a precision or short-field landing. Crosswind landing technique is assessed where suitable conditions are available. You should also be prepared for a flapless landing, an approach with idle power in a single-engine aeroplane, a touch-and-go and a go-around from low height. Some items can be combined at the examiner's discretion.
Establish the correct configuration and speed early enough to judge the approach. If it becomes unsuitable for a safe landing, make the appropriate go-around decision and fly the procedure correctly. The examiner is assessing that decision as well as your handling. Continuing an unstable approach to avoid another circuit creates a much harder problem close to the ground.
The abnormal-and-emergency section includes a simulated engine failure after take-off, a simulated forced landing and a simulated precautionary landing. Other simulated emergencies and oral questions check your understanding of the aircraft. Multi-engine tests include additional asymmetric-flight items where applicable.
For simulated failures, use the methods and safety limits agreed in the briefing. Follow the aircraft-specific drills you have learned, and confirm checklist actions when the situation permits. Maintain control and choose a workable course of action. During a forced-landing exercise, keep evaluating whether your selected field remains achievable as the situation develops.
Questions may begin on the ground and continue throughout the test. They can concern the aircraft's limitations, interpretation of the weather or why you chose a particular procedure. The most useful revision connects theory with today's flight. Practise explaining how a calculation or rule changes what you will actually do.
If those explanations reveal a gap in your understanding, revisit that subject before the test. Easy EASA's online theory course and practice exams can support revision of the knowledge you use in flight planning and oral questioning, alongside your instructor's practical preparation.
What standard does the examiner expect?
The examiner assesses whether you remain within aircraft limitations and maintain safe control throughout the flight. Smooth handling and the application of your knowledge are part of that judgement. Lookout, checklist use and sensible decisions continue to count across the test, even when the main task appears to be something else.
The published PPL(A) flight-test tolerances include the following guidance for normal single-engine operation. The examiner makes allowance for turbulence and the aircraft's handling qualities and performance.
Measure | Published tolerance |
Height in normal flight | ±150 ft |
Heading or radio-aid tracking | ±10° |
Take-off and approach speed | +15 / −5 knots |
Speed in other flight regimes | ±15 knots |
These figures need to be read alongside the overall standard of safe, accurate flying. Aim for the selected altitude and speed. Notice a deviation, correct it smoothly and keep the rest of the flight under control. Abruptly chasing an altimeter reading can disturb the aircraft more than a measured correction would.
An examiner also looks at what led to a deviation and how you respond. A brief error that you recognise promptly presents a different picture from a developing problem that continues unnoticed. Equally, remaining within numerical tolerances does not excuse an unsafe decision or a missed aircraft limitation.
The guidance allows a manoeuvre or procedure to be repeated once. The examiner decides whether a repeat is appropriate, considering your overall performance and whether remedial training is needed. Treat the first attempt as the demonstration that counts. A repeat is not a guaranteed remedy for every unsuccessful exercise.
Passes, partial passes and retests
The result is based on the test sections. Failing an item causes its section to fail. If all required sections are passed, you pass the test. If only one section is failed, you repeat that section, commonly described as a partial pass. Failing more than one section means the whole test has failed and must be repeated.
The retest rule deserves careful attention. If you fail any section during the repeated test, including one passed previously, the entire test is failed. A return visit for one section still requires safe performance throughout the flight used to assess it.
If you have not passed all sections in two attempts, further training is required. Further training can also be required after an earlier failed test or part of a test. The guidance places no limit on the number of skill-test attempts. Your next step should follow the weaknesses identified in the debrief and the training needed to address them.
An interrupted test is a separate situation. If the examiner accepts the reason for stopping, the sections that remain unfinished can be tested on a further flight. If you choose to terminate for a reason the examiner considers inadequate, a complete retest is required. A weather-related interruption should therefore be discussed and recorded clearly with the examiner.
During the debrief, expect the result and an explanation of your performance. For a failed or partially passed test, the report should explain the reasons and any further-training recommendation. Ask for clarification while the flight is still fresh in your mind, and make sure you understand the next steps with your school. The examiner should also explain the relevant appeal procedure when applicable.
Preparing well in the final few lessons
A practice test helps you discover how your flying holds together when the instructor stops prompting. Use the debrief to identify specific work for the next lesson. You may need to improve one handling exercise, or you may discover that cockpit organisation is making several otherwise familiar tasks harder.
For preparation on the ground, try this short check with your instructor:
Plan a realistic flight and explain your go/no-go decision using the actual conditions.
Find the aircraft's operating limits and performance information without searching through unfamiliar pages.
Brief a diversion while continuing to describe how you would control and navigate the aircraft.
Talk through the agreed simulation limits and the actions required for a real emergency.
Check your documents and the remaining validity of your examination results.
Practise at a pace that leaves you able to observe and think. On the test, ask for clarification if an instruction is unclear. Make your decisions understandable without producing a continuous commentary that distracts you from flying. The examiner needs enough information to follow your reasoning.
After a pass, complete the licence application promptly. Passing the skill test does not by itself issue your PPL. The application must be made within six months of the successful test, while theory examination completion is valid for licence issue for 24 months from the date you passed the complete set. Check both dates with your school if either deadline is close. Confirm that the licence and required privileges have been issued before making plans to exercise them.
Your final preparation should leave you comfortable explaining the flight you are about to make and adapting it when conditions change. Keep working with the methods your instructor has taught you until they remain reliable through a complete flight, including the untidy moments when the plan needs adjustment.
The skill test brings your theory into practical decisions, from explaining the weather to assessing landing performance. This video introduces Easy EASA's online theory course and shows how you can revisit the subjects behind those decisions while preparing with your instructor.
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