Private pilot oral exam questions and answers

Examiners don't read from a list. They ask scenario questions, listen, and follow up to see how deep your knowledge goes. The best practice is answering out loud. Examiner mode does exactly that with all 61 scenarios.

The questions

1. Show me your logbook and tell me how you know you're current to take passengers flying tonight.

Pilot qualifications · PA.I.A

• Flight review within the preceding 24 calendar months (61.56).
• 3 takeoffs and landings in the preceding 90 days, same category and class (61.57(a)).
• For night: 3 full-stop takeoffs and landings between 1 hour after sunset and 1 hour before sunrise (61.57(b)).
• Valid medical (or BasicMed) and photo ID with your pilot certificate.

Follow-up the examiner may ask: Your last night landing was 95 days ago. What can you do tonight, and how would you get current?

2. What privileges and limitations come with a private pilot certificate?

Pilot qualifications · PA.I.A

• Can't act as PIC for compensation or hire, or carry passengers or property for hire (61.113(a)).
• May share operating expenses, paying at least a pro rata share (61.113(c)).
• Exceptions: business incidental to employment, charitable flights with conditions, search and rescue.
• Limited by the category/class ratings and any endorsements (complex, high-performance, tailwheel).

Follow-up the examiner may ask: A friend offers to pay for all the fuel on a trip you were going to make anyway. Is that legal?

3. How do you know this airplane is airworthy for today's flight?

Airworthiness · PA.I.B

• Required documents on board (ARROW: airworthiness certificate, registration, operating limitations, weight and balance).
• Inspections current: annual; 100-hour if it carries any person (other than a crewmember) for hire, or is used for flight instruction for hire in an airplane provided by the instructor (91.409(b)); transponder (24 months), ELT (12 months), pitot-static/altimeter for IFR.
• Airworthiness directives complied with.
• Required equipment working (91.205 'A TOMATO FLAMES' for day VFR, 'FLAPS' for night).
• Preflight inspection shows it's in condition for safe flight.

Follow-up the examiner may ask: The fuel gauge for the left tank is inoperative. Can you fly?

4. During preflight you find that the landing light is burned out. Walk me through how you decide whether you can go.

Airworthiness · PA.I.B

• Check the aircraft's equipment list / type certificate data and any minimum equipment list.
• Is it required by 91.205 for this flight (landing light is required for night only if the airplane is operated for hire)?
• Is it required by an AD?
• If not required (91.213(d)(3)): remove it (placard the cockpit control and record the maintenance under 43.9) or deactivate it and placard it 'Inoperative'; if deactivating involves maintenance, it must be done and recorded under Part 43 by someone authorized.
• Then a pilot or authorized maintenance person determines it isn't a hazard for the flight.

Follow-up the examiner may ask: Would your answer change for a night flight?

5. Tell me how you got your weather briefing for this cross-country, and what you'd do if conditions are worse than forecast.

Weather · PA.I.C

• Official briefing from Flight Service or an approved source, logged.
• METARs, TAFs, area forecast products (GFA), winds aloft, AIRMETs/SIGMETs, PIREPs, NOTAMs and TFRs.
• Personal minimums and a go/no-go decision.
• Plan alternates and fuel; update weather in flight (FIS-B, Flight Service).

Follow-up the examiner may ask: The ceiling at your destination is now forecast to drop to 1,500 feet. What do you do?

6. Decode this for me: METAR KOGD 171753Z 32012G20KT 10SM SCT050 BKN250 18/04 A3012.

Weather · PA.I.C

• Ogden, 17th day at 1753 Zulu.
• Wind from 320° true at 12 knots, gusting 20.
• Visibility 10 statute miles; scattered clouds at 5,000 AGL, broken at 25,000 AGL (ceiling at 25,000).
• Temperature 18 °C, dew point 4 °C; altimeter 30.12.

Follow-up the examiner may ask: Which runway would you expect, and what's the crosswind component?

7. Walk me through how you planned this cross-country.

Cross-country planning · PA.I.D

• Route and checkpoints on the sectional, airspace and terrain along the route.
• Weather, winds aloft, true course to magnetic heading, groundspeed, time and fuel.
• Fuel reserve (30 minutes day / 45 night) plus a personal margin.
• Weight and balance and performance for each airport.
• Airport information from the Chart Supplement, NOTAMs, TFRs, alternates, flight plan and flight following.

Follow-up the examiner may ask: Halfway there you're behind schedule and lower on fuel than planned. What are your options?

8. Point to the airspace around Salt Lake City on the sectional and tell me what you need to enter each part.

Airspace · PA.I.E

• Class B: ATC clearance, Mode C/ADS-B, private pilot certificate or student endorsement, 3 SM and clear of clouds.
• Mode C veil (30 NM): altitude-encoding transponder and ADS-B Out.
• Class D airports nearby: two-way radio communication before entering; 3 SM, 500/1,000/2,000.
• Know floors and ceilings from the chart numbers.

Follow-up the examiner may ask: You can't reach approach control. Can you fly under the Class B shelf? What's the speed limit there?

9. It's 32 °C in Ogden this afternoon. How does that affect our takeoff today?

Performance · PA.I.F

• Calculate density altitude (field elevation ~4,470 ft): it will be several thousand feet higher.
• Longer takeoff roll, lower climb rate, less engine power.
• Use the POH performance charts with actual weight, temperature, pressure altitude and wind.
• Consider leaning for best power before takeoff at high density altitude, if the POH allows.

Follow-up the examiner may ask: Your calculated takeoff distance is 80% of the runway. Would you go?

10. Explain how the engine in this airplane works and what each engine control does.

Systems · PA.I.G

• Four-stroke cycle: intake, compression, power, exhaust.
• Throttle controls manifold pressure / RPM; mixture controls fuel/air ratio; carb heat prevents/removes ice.
• Dual magnetos for ignition, independent of the electrical system.
• Oil system lubricates and cools; air-cooled engine relies on airspeed.

Follow-up the examiner may ask: The engine starts running rough in cruise. What do you check first?

11. What's your personal checklist for deciding if you're fit to fly today?

Human factors · PA.I.H

• IMSAFE: illness, medication, stress, alcohol (8 hours, 0.04), fatigue, emotion/eating.
• PAVE risk assessment: pilot, aircraft, environment, external pressures.
• Personal minimums you set in advance.
• Hazardous attitudes and their antidotes.

Follow-up the examiner may ask: You have a cold and took an over-the-counter decongestant this morning. Can you fly?

12. You're coming into an airport without a tower. Talk me through how you'd enter the pattern.

Airport operations · PA.III

• Get weather (AWOS/ASOS) and choose a runway by wind.
• Announce on CTAF about 10 miles out.
• Enter at a 45° to the downwind at pattern altitude (usually 1,000 AGL), midfield.
• Announce each leg; watch for traffic; standard left turns unless otherwise indicated.

Follow-up the examiner may ask: Someone's taking off in the opposite direction. What do you do?

13. How do you handle a crosswind landing?

Takeoffs & landings · PA.IV

• Wing-low (sideslip) method: aileron into the wind, opposite rudder to keep the nose aligned with the runway.
• Keep the longitudinal axis aligned with the centerline at touchdown.
• Increase aileron as you slow down; land on the upwind main first.
• Know the airplane's maximum demonstrated crosswind and your personal limit.

Follow-up the examiner may ask: The wind is gusting. How does that change your approach speed?

14. What are the standards for a steep turn on the checkride?

Performance maneuvers · PA.V

• 45° bank (±5°), at least 360° in one direction then reversed.
• Altitude ±100 ft, airspeed ±10 knots, roll out on heading ±10°.
• Clear the area first; enter below VA.
• Expect more back pressure and power; watch for overbanking tendency.

Follow-up the examiner may ask: Why does the stall speed go up in a steep turn?

15. Explain what causes a stall and how you recover.

Slow flight & stalls · PA.VII

• A stall happens when the critical angle of attack is exceeded, at any airspeed or attitude.
• Recovery: reduce angle of attack first, level the wings, add power, return to the desired flight path.
• Stall warning: horn, buffet, mushy controls.
• Keep coordinated to avoid a spin.

Follow-up the examiner may ask: Why can an airplane stall at a higher airspeed in a turn?

16. Your engine quits at 3,000 feet AGL. Walk me through what you do.

Emergencies · PA.IX

• Pitch for best glide speed.
• Pick a landing site within gliding distance, upwind if possible.
• Restart checklist: fuel selector, mixture rich, carb heat on, primer locked, magnetos, fuel pump (if equipped).
• Mayday on frequency or 121.5, squawk 7700; secure the airplane before landing (fuel off, master off after flaps, doors unlatched).

Follow-up the examiner may ask: The only field available has a slight uphill slope. Would you land up or down the slope?

Common questions

How long is the private pilot oral exam?

It varies by examiner and by how well it goes. Plan on roughly one to two hours.

What topics are on the private pilot oral?

The Private Pilot ACS areas: pilot qualifications, airworthiness, weather, cross-country planning, the national airspace system, performance and limitations, systems, human factors, and later airport operations and emergencies.

Can I use references during the oral?

Yes. Examiners expect you to use the POH, regulations and the Chart Supplement. Knowing where to find an answer is part of the test.

Sources, review & change history

Published

Oct 19, 2026

Review status

Written from the FAA sources linked in the text. Not yet re-checked line by line or reviewed by a flight instructor.

Changes

Oct 19, 2026: first published.

Report an error on this page

Study aid only. Your instructor, current 14 CFR and the FAA's handbooks and ACS have the final word.