Module 13 · Bonus Module · Checkride Prep

Oral Exam Preparation

The written test proves you can recognize correct answers. The oral exam proves you actually understand aviation. This module teaches you how DPEs conduct oral exams, what they're really looking for, how to answer confidently, and how to handle the questions you don't know. Nothing in the checkride should surprise you.

📖 7 Lessons ⏱ 45–60 min ✅ 15 Quiz Questions 🎯 Checkride Prep

Lesson 1 — How the Oral Exam Actually Works

The oral exam is conducted by a Designated Pilot Examiner (DPE) — an FAA-authorized private individual, usually an experienced CFI or airline pilot, who administers checkrides on the FAA's behalf. Most DPEs conduct 50–200+ checkrides per year. They've heard every answer, good and bad.

The checkride day sequence — exactly what happens

Understanding the checkride sequence reduces anxiety significantly. Here's how the day actually unfolds:

Before arrival: The DPE confirms the appointment, reviews your logbook and endorsements (sometimes in advance by email), and reviews your knowledge test score report. Come with everything organized.

Paperwork review (15–30 min): The DPE reviews all required documents — knowledge test score, logbook (verifying hours and endorsements), government ID, medical certificate, student pilot certificate. Any problem here stops the checkride before it starts.

Oral examination (1.5–2.5 hours): The DPE works through the ACS task areas using scenarios, direct questions, and cross-country planning evaluation. You may reference your POH and charts — this is open-book. What isn't acceptable is not knowing where to look.

Break before flight (15 min): Transition time. Use it to do a final mental check, review the cross-country route, and prepare the aircraft paperwork.

Preflight (15–20 min): You conduct the preflight inspection. The DPE observes. They may ask questions during the preflight ("What are you checking here? What would indicate a problem?").

Flight (1.0–1.5 hours): ACS maneuvers, cross-country segment, emergency scenarios. The DPE is in the right seat — they won't touch the controls unless safety requires it.

Debrief: The DPE explains the result and any areas of noted deficiency. If you pass, the temporary certificate is issued immediately. If discontinued (weather, aircraft issue) or disapproved (failure), the DPE completes the appropriate paperwork.

📷 Illustration · M13-IMG-01b

What to bring to the checkride

Government-issued photo ID
FAA Medical Certificate (current)
Student Pilot Certificate
Logbook with all required entries and CFI endorsements (61.87, 61.93, 61.109, 61.39)
Knowledge test score report (original, not a copy)
Aircraft documents: Airworthiness Certificate, Registration, Operating Limitations (POH), Weight and Balance data
Aircraft maintenance records (to verify annual and other required inspections)
Completed cross-country flight plan for the DPE-assigned route
Sectional chart(s) for the cross-country route
E6B, plotter, kneeboard
ForeFlight or equivalent with current charts loaded
Checkride fee (DPEs charge $400–$700 typically — confirm in advance)

Lesson 2 — How to Answer DPE Questions

The way you answer matters as much as what you answer. DPEs are evaluating your thought process, not just your conclusions. Here are the patterns that work — and the ones that fail.

The three types of questions

Factual recall questions — "What documents must be in the aircraft?" Answer directly and completely. Don't over-explain.

Application questions — "You're flying VFR at night and your alternator fails. Walk me through it." Think out loud. Show your reasoning. DPEs want to see how you'd actually handle it, not whether you've memorized the checklist.

Judgment/scenario questions — "Weather at your destination is 1,500 overcast and 5 miles visibility. You're VFR. Do you go?" These have no single correct answer — they're testing your decision framework. Use PAVE, explain your reasoning, and be honest about where you'd draw the line.

The phrases that work

"I'd verify that in the FAR/AIM before I flew."

Correct for any regulatory question you're not certain about. Shows good airmanship — pilots look things up rather than guess.

"Based on what I know, I believe the answer is X — but I want to confirm that."

Shows partial knowledge without bluffing. Much better than confidently stating something wrong.

"I'm not certain on the specific regulation, but my understanding of the principle is..."

Demonstrates conceptual understanding even when specific detail is fuzzy.

"That's a no-go for me because..." [specific reason]

Strong answer to go/no-go scenarios. Always provide the reason — the reasoning is what the DPE is evaluating.

"I'd declare an emergency and..." [explain actions]

For emergency scenarios, naming the action directly (declare emergency, squawk 7700, contact ATC) signals decisive PIC authority — exactly what DPEs want to see.

The phrases that fail

Never say these in an oral exam "I think..." followed by a guess. "My CFI told me..." as a substitute for understanding. Long pauses followed by wrong answers delivered confidently. "I memorized that but forgot it." Rambling without reaching a conclusion. Any answer that starts with a guess instead of a reasoning process.

When you don't know the answer

Stop. Take a breath. Say: "I'm not sure of the specific answer to that — can I look it up in the FAR/AIM?" The DPE will usually hand you the document. Looking it up correctly and quickly is itself a demonstration of competence. If you can't find it even with the book, say so honestly. Never guess when you don't know.

The three answer types — and which to use when

DPE questions fall into three categories, each requiring a different approach:

Direct recall questions: "What is the fuel reserve requirement for VFR night flight?" The answer is a specific number from the regulations. Give it directly and cite the regulation: "45 minutes under FAR 91.151." Don't explain or expand unless asked — brevity and accuracy are what DPEs want here.

Applied knowledge questions: "You're planning a flight at 7,500 feet MSL and the freezing level is forecast at 6,000 feet. What concerns does that raise?" Here the DPE wants to see your reasoning. Walk through it: freezing level is above your cruise altitude, so potential for in-flight icing exists in clouds or precipitation at your altitude — structural icing risk for which you have no ice protection system — would need to check AIRMET Zulu and ensure clear air cruise at that altitude.

Scenario questions: "You're 30 minutes into your cross-country and you notice the fuel gauge on the right tank is reading lower than expected based on your flight planning. What do you do?" The DPE wants to see your decision process, not just one answer. Think out loud: verify against planned fuel burn, check the other tank level, rule out instrument error vs. fuel leak, consider diverting to check fuel quantity if discrepancy is significant.

Phrases that help and phrases that hurt

Phrases that build confidence:
"Per FAR [number]..." — shows you know the regulatory basis
"In the POH section..." — shows you know where to find aircraft-specific information
"The risk here would be..." — shows risk awareness, which DPEs are explicitly evaluating
"My go/no-go threshold for this would be..." — shows decision-making framework

Phrases that hurt:
"I think..." (when you should know) — use "I think" only when genuinely uncertain and explain why
"I'm not sure but maybe..." followed by a wrong answer — better to say "I'd look that up in the POH/FAR" than to guess incorrectly
"My CFI told me..." — the DPE wants to know what YOU know, not what you were told
Silence for more than 10 seconds — pause briefly, then say what you're thinking or ask for clarification

📷 Illustration · M13-IMG-02b

Lesson 3 — Regulations Questions (The Most Common Category)

Roughly 30–40% of oral exam time is spent on regulations. DPEs frequently start here because it's objective — either you know the rule or you don't — and your confidence (or lack of it) on regulations predicts how the rest of the oral will go.

The questions DPEs ask most often

Walk me through AROW. What documents must be in this aircraft before we fly?

The aircraft must have four documents onboard and current: the Airworthiness Certificate, which must be displayed where passengers can see it and never expires as long as the aircraft remains in its certified condition. The Registration, issued by the FAA to the aircraft's owner, which expires every three years. The Operating Handbook or POH, which is specific to this serial number aircraft. And the Weight and Balance data, which must be current and account for any modifications. I can verify all four are present during preflight.

What are your currency requirements to carry passengers today?

To carry passengers I need three takeoffs and landings in the same category, class, and type of aircraft within the preceding 90 days — during the same part of the day we'd be flying. If we're flying at night, those three must be full-stop landings to a complete stop. My flight review must also be current — completed within the preceding 24 calendar months. And I need a valid medical certificate.

What are the required inspections for this aircraft?

For VFR day flight, the aircraft needs an Annual inspection within the preceding 12 calendar months, performed by an A&P mechanic with Inspection Authorization. If it's used for hire it would also need a 100-hour inspection, but for personal flying the annual is sufficient. The altimeter and static system require certification every 24 calendar months under FAR 91.411, and the transponder every 24 calendar months under FAR 91.413. I also check the ADs — Airworthiness Directives — to confirm all applicable ones are complied with.

You're flying VFR and you accidentally enter Class B airspace without a clearance. What do you do?

First priority is fly the airplane — maintain control and aviate. Then immediately contact ATC, identify myself and my position, and advise I've entered without a clearance. Follow their instructions. Exiting the airspace without authorization just compounds the violation — ATC can often resolve it quickly if you communicate immediately. After landing I'd document what happened and be prepared to respond to any FAA inquiry honestly.

What is the minimum safe altitude over a congested area?

Over congested areas — cities, towns, settlements, or an open-air assembly of people — FAR 91.119 requires 1,000 feet above the highest obstacle within a 2,000-foot horizontal radius. Over non-congested areas, 500 feet above the surface except over open water or sparsely populated areas, where I can't operate closer to any person, vessel, vehicle, or structure than 500 feet. I also need enough altitude to make an emergency landing without undue hazard to persons or property on the surface.

Key FARs for Oral Exam ↗ FAR 91.119 — Minimum altitudes ↗ FAR 61.57 — Currency ↗ FAR 91.409 — Inspections

The regulation questions DPEs always ask — and the complete answers

"What documents must be in the aircraft?" — AROW: Airworthiness Certificate (FAR 91.203), Registration (FAR 91.203), Operating Limitations/POH (FAR 91.9), Weight and Balance data (FAR 91.9). Know these cold.

"When does the aircraft need its next annual inspection?" — Look at the maintenance records, find the last annual inspection date, and the next is due at the end of the same calendar month next year. Be ready to actually calculate this from a date, not just explain the rule.

"What is your passenger currency requirement?" — Three takeoffs and landings to a full stop within the preceding 90 days in the same category, class, and type. For night currency: same requirement but must be from 1 hour after sunset to 1 hour before sunrise, and must be to a full stop (not touch-and-go).

"What airspace are we in right now?" — Know the airspace at the test airport and along the cross-country route before the oral. Be ready to describe the floor, ceiling, equipment requirements, and communication requirements for each class you'll encounter.

"What would make this aircraft unairworthy?" — Any open Airworthiness Directive that hasn't been complied with. Any required inspection past due. Any condition that the POH says affects airworthiness. Any inoperative required equipment (per FAR 91.205) without proper deferrment per FAR 91.213.

The FAR reference you need for every common regulation topic

FAR 61.3 — Required documents for pilot (ID, certificate, medical)
FAR 61.57 — Pilot currency (recency of experience)
FAR 61.109 — Private pilot aeronautical experience requirements
FAR 91.7 — Airworthiness of aircraft
FAR 91.9 — Civil aircraft flight manual/placard requirements
FAR 91.103 — Preflight action (weather, NOTAMs, etc.)
FAR 91.113 — Right-of-way rules
FAR 91.119 — Minimum safe altitudes
FAR 91.121 — Altimeter settings
FAR 91.151 — Fuel requirements (VFR)
FAR 91.155 — VFR weather minimums
FAR 91.159 — VFR cruising altitudes
FAR 91.203 — Required aircraft documents (AROW)
FAR 91.205 — Required instruments (ATOMATOFLAMES/GRABCARD)
FAR 91.409 — Inspection requirements (annual/100-hour)
FAR 91.413 — Transponder tests and inspections

Lesson 4 — Weather Scenario Questions

Weather questions are where many students struggle in the oral — not because they don't know the concepts, but because they haven't practiced applying them to real scenarios. The DPE will typically give you actual weather data and ask you to make a decision.

The go/no-go framework

When given a weather scenario, work through it systematically rather than jumping to a conclusion. DPEs want to see your reasoning process. Use PAVE — Pilot, Aircraft, enVironment, External pressures — as your framework.

Scenario — Common Oral Question

"Your planned cross-country destination is reporting 800 overcast and 3 miles visibility in mist. The TAF shows conditions improving to 1,500 overcast and 5 miles by your ETA plus 2 hours. You're VFR-only. Do you go?"

Strong answer: "That's a no-go for me as a newly certificated VFR pilot. Current conditions are below VFR minimums — 1,000 foot ceiling and 3 miles are required in Class E airspace below 10,000 feet, and 800 overcast doesn't meet that. Even though the TAF shows improvement, I'd apply the FAA's own guidance: if VFR flight isn't currently possible at the destination, I shouldn't plan to arrive and wait for improvement — that's get-there-itis. I'd also consider whether my alternate destination is VFR and what my fuel situation would be if improvement doesn't materialize on schedule. My decision is to delay or divert to a VFR alternate."

Scenario — METAR Interpretation

"Interpret this METAR: METAR KPVU 152353Z 27012G18KT 10SM FEW030 BKN080 15/08 A2992 RMK AO2"

Strong answer: "This is a routine observation from Provo, Utah on the 15th at 2353 Zulu. Winds are from 270 degrees — due west — at 12 knots gusting to 18. Visibility is 10 statute miles. There's a few clouds at 3,000 feet AGL and broken at 8,000 feet. Temperature is 15 Celsius, dew point 8, giving us reasonable spread so no immediate fog concern. Altimeter setting 29.92 — standard pressure today. AO2 indicates an automated station with a precipitation discriminator. For VFR purposes, the ceiling is the broken layer at 8,000 feet — FEW doesn't constitute a ceiling, only broken or overcast does. This airport is VFR with some wind to manage."

Scenario — Thunderstorm Decision

"En route on your cross-country, you see what appears to be a developing thunderstorm 15 miles off your right side. Do you continue?"

Strong answer: "I'd treat that as a no-go for the current heading. The FAA recommends VFR pilots avoid thunderstorms by at least 20 nautical miles — my 15-mile separation is already inside that margin and the storm is still developing. A developing cell can produce hail that extends well beyond the visible cloud, embedded turbulence, and lightning with no warning. My options are to divert around it with at least 20 miles clearance, or land at the nearest suitable airport and wait for the storm to pass and move off my route. I would not attempt to fly between cells or press on at 15 miles distance."

TAF questions DPEs commonly ask

Be ready to interpret all TAF change indicators: FM (from — permanent change), TEMPO (temporary — less than 30 minutes at a time, less than half the period), BECMG (becoming — gradual change within a 2-hour window), and PROB30/PROB40 (30% or 40% probability of the condition occurring).

The DPE's weather trap question "The TAF shows PROB30 of thunderstorms. Does that affect your go/no-go?" The wrong answer is "No, 30% is less than half so it probably won't happen." The right answer acknowledges that any probability of thunderstorms warrants evaluation of alternates, fuel reserves, and honest assessment of your personal minimums — 30% is one-in-three odds of the most dangerous weather phenomenon in general aviation.

Lesson 5 — Aircraft Systems Questions

The DPE will ask about your specific aircraft — the one you trained in and will use for the checkride. You should know its POH cold. Systems questions test whether you understand how the airplane actually works, not just what buttons to push.

The questions you will almost certainly be asked

How does your aircraft's pitot-static system work? What happens if the pitot tube is blocked?

The pitot-static system provides air pressure data to three instruments: the airspeed indicator, altimeter, and vertical speed indicator. The pitot tube faces into the airflow and measures ram air pressure — the dynamic pressure created by forward motion. Static ports measure atmospheric pressure on the side of the fuselage. If the pitot tube is blocked, the airspeed indicator stops working — it reads zero or freezes at last reading depending on whether the drain hole is also blocked. The altimeter and VSI continue working because they use only static pressure. I'd select pitot heat immediately if icing is suspected, and use power settings and pitch attitudes from the POH to maintain safe flight.

Explain carburetor icing. When is it most likely? How do you detect and treat it?

Carburetor ice forms when the venturi effect and fuel vaporization inside the carb drop temperatures 30 to 40 degrees below ambient — enough to freeze water vapor even when outside air temperatures are well above freezing. It's most insidious at temperatures between 20°F and 70°F with high humidity, including partly cloudy days pilots often consider benign. First indication in a fixed-pitch aircraft is unexplained RPM drop. In a constant-speed aircraft it's a drop in manifold pressure. Treatment is carb heat ON — full rich, full on. You'll typically see a further RPM drop as the ice melts into the engine, then RPM rises above baseline as the restriction clears. Leave carb heat on until the engine runs smoothly at the higher setting.

What happens when your alternator fails in flight?

With alternator failure, the aircraft switches to battery power only. The ammeter or low-voltage light will indicate the problem. First action is to verify the alternator failed — check the field circuit breaker and try cycling the alternator, per the POH. If it's genuinely failed, I need to extend battery life: shed all non-essential electrical loads — cabin lights, radios I'm not using, unnecessary avionics. Declare an emergency if necessary to get priority handling. Plan to land at the nearest suitable airport before the battery dies. The battery in most light aircraft lasts 30 minutes to an hour under load — I wouldn't assume I have more time than that.

What is the difference between Vx and Vy? When would you use each?

Vx is best angle of climb — maximum altitude gain per unit of horizontal distance. I'd use Vx when departing from a short field with obstacles at the departure end and I need to clear them in the shortest horizontal distance. Vy is best rate of climb — maximum altitude gain per unit of time. I'd use Vy for normal climbs to cruise altitude because it gets me to altitude fastest while also providing better engine cooling than Vx. Both speeds are published in the POH and decrease slightly with altitude as air density decreases.

Know your aircraft's specific numbers The DPE will ask for actual airspeeds, weights, and performance numbers from your training aircraft's POH. Know Vx, Vy, Va, Vfe, Vno, Vne, stall speeds clean and dirty, maximum gross weight, useful load, and fuel capacity by memory. These are not general knowledge questions — they're asking about your specific aircraft.

Lesson 6 — The Cross-Country Planning Oral

The DPE will assign you a cross-country route — typically 50–150 nautical miles — before the checkride. You'll be expected to have a complete flight plan prepared: weather, NOTAMs, fuel planning, weight and balance, performance calculations, and a completed nav log. The oral exam digs into your planning decisions.

What your cross-country packet must include

Standard weather briefing obtained from 1800wxbrief.com or Leidos Flight Service — not just a phone app
Printed or downloaded METARs and TAFs for departure, en route, and destination
PIREPs for your route if available
SIGMETs and AIRMETs checked — state which ones apply or confirm none
NOTAMs for departure, en route, and destination airports
TFRs checked along route
Completed weight and balance with actual people and fuel weights
Takeoff and landing performance calculations for actual conditions
Completed nav log with magnetic headings, distances, estimated times, fuel burns
Alternates identified with their weather

Questions you'll be asked about your plan

Walk me through your fuel planning. How much do you have and why is that enough?

For this flight I calculated [X] gallons needed for the route at [GPH] burn at cruise power. VFR day requires 30 minutes of reserve fuel after reaching destination — that's [Y] gallons additional. Total required is [X+Y] gallons. The aircraft holds [Z] usable gallons. My planned fuel load of [amount] gives me [margin] gallons above the legal minimum, which I'm comfortable with because there are suitable airports along route if needed. I won't depart with less than 45 minutes reserve regardless of the legal minimum.

Your weight and balance shows you're at 95% of max gross weight. Is this a problem?

Being within limits but near gross weight has several implications I accounted for in planning. Takeoff roll and ground roll on landing will be longer — I ran those numbers against the available runway at both airports. Climb performance will be degraded — Vy will give me less rate of climb than the POH shows at standard conditions. Stall speeds are higher at heavier weight. Cruise speed may be slightly lower. All of this is legal and manageable, but it means I'm operating closer to the edges of performance charts and I should be more conservative about runway selection and obstacle clearance.

You get to your destination and it's below VFR minimums. What are your options?

My options in priority order: first, do I have enough fuel to hold for a reasonable time and wait for conditions to improve? If the TAF shows improvement within 30 minutes and I have the fuel, holding may be an option. Second, divert to my alternate airport — I identified one during planning that was forecast VFR. Third, if neither is viable, declare an emergency and request assistance — ATC can vector me to the best available option. What I won't do is attempt to descend below VFR minimums hoping to find the airport visually. That's the accident scenario I studied in Module 11.

Cross-Country Planning Reference ↗ SPR Cross-Country Planning Guide ↗ 1800wxbrief.com (Official Briefing)

Building the complete cross-country packet — everything the DPE expects

The DPE assigns a cross-country route before the checkride (typically 1–3 days before). You build a complete flight planning package. Here is everything it should contain:

1. Weather analysis: Standard weather briefing from 1800wxbrief.com — document it. Include the METARs for departure and destination, the TAF for destination, winds aloft forecast, AIRMETs/SIGMETs, and PIREP summary. Write a go/no-go decision based on the weather and be ready to explain it.

2. NOTAM summary: Check and document NOTAMs for departure airport, destination, and any airports along the alternate route. Flag any significant items.

3. Route planning: Sectional chart with route drawn. Checkpoints marked with distance between each. MEFs noted for each quadrant along the route. Airspace along the route identified. VOR frequencies and identifiers noted.

4. Navigation log: The formal nav log with: checkpoint names, distance, true course, variation, magnetic course, winds aloft, wind correction angle, magnetic heading, true airspeed, groundspeed, fuel burn per segment, estimated time between checkpoints, cumulative time, and fuel remaining. The DPE may ask you to work through a specific segment calculation.

5. Weight and balance: Current aircraft weight and balance calculation with: basic empty weight (from aircraft records), pilot weight, passenger weight, baggage weight, fuel weight (6 lbs/gallon for avgas), and total. CG calculation showing the loaded CG is within the approved envelope.

6. Takeoff and landing performance: Using the POH performance charts with actual conditions (pressure altitude, OAT). Takeoff distance over 50-foot obstacle at departure. Landing distance over 50-foot obstacle at destination. Both within runway lengths available.

7. Alternate airport: If the destination forecast has any possibility of below-VFR conditions during your arrival window, identify an alternate airport with VFR conditions and the routing to get there.

📷 Illustration · M13-IMG-06b

Cross-country oral questions you will almost certainly be asked

"Walk me through how you planned this flight from start to finish."
"What were the weather conditions at your destination when you filed? Is it VFR?"
"What is the MEF for the quadrant over [specific location on your route]?"
"At your planned cruise altitude, what are the VFR weather minimums?"
"If you encountered clouds at your planned altitude en route, what would you do?"
"What is your fuel burn for this flight and how much reserve do you have?"
"Based on this weight and balance, is this aircraft within its approved CG envelope?"
"If this flight were at night, what would you need to change in your planning?"

Lesson 7 — Emergency Scenario Questions

Emergency questions come in every checkride oral. The DPE isn't expecting you to have every emergency memorized — they're checking that you have a framework for handling the unexpected and that you won't freeze.

The framework for any emergency is always: Aviate → Navigate → Communicate. In that order, every time. Never let a radio call distract you from flying the airplane.

The emergencies DPEs ask about most

You're at 500 feet AGL on climbout after takeoff and the engine quits. What do you do?

First and most important: nose down immediately to best glide speed. At 500 feet I have almost no options — turning back to the runway is almost certainly impossible and has killed many pilots who tried. I select the best available landing area straight ahead or with a gentle turn — a road, field, open area. I work the emergency checklist: mixture rich, fuel selector both, boost pump on, primer in and locked — but only if I can do this without losing control of the aircraft. If I'm below about 1,000 AGL and no restart has occurred, I commit to landing ahead. At 500 feet I may have time for one radio call — squawk 7700, declare emergency, state position — but flying the plane takes priority over any radio call.

You smell smoke in the cockpit. What are your immediate actions?

Identify the source if I can — electrical fire smells different from an engine fire or cabin heat malfunction. For suspected electrical fire: master switch off, then avionics off — this eliminates most ignition sources. If smoke clears, I can selectively restore systems one at a time to find the fault. I declare an emergency, squawk 7700, communicate position and intentions, and plan an immediate landing at the nearest suitable airport. I don't continue to destination with smoke in the cockpit. If fire is confirmed and visible, I follow the aircraft's emergency procedures exactly — the POH is specific to my aircraft's systems.

You're flying VFR and inadvertently fly into IMC — you're now in the clouds. What do you do?

This is one of the most dangerous situations a VFR pilot can encounter — spatial disorientation can develop within seconds and becomes incapacitating quickly. Immediate actions: trust the instruments, not my body's sensation. Establish and maintain straight and level flight using the attitude indicator. Initiate a standard-rate 180-degree turn to exit the way I came — the airspace behind me was VFR seconds ago. Communicate immediately: contact ATC on 121.5 or any frequency I have and declare an emergency. Tell them my situation, position, and heading. ATC can provide vectors back to VFR conditions or to an instrument approach if I have enough fuel. I don't attempt to descend through clouds hoping to break out — I don't know what's below me.

On emergency memory items Know your aircraft's memory emergency procedures by heart: engine failure in flight, engine fire, electrical fire, inadvertent IMC entry. These are in the POH's emergency section and are designed to be performed from memory. For all other abnormals, use the checklist. Telling the DPE "I'd follow the emergency checklist" is correct for most scenarios but you must also know the immediate memory items that come before reaching for the checklist.

The question that ends checkrides

The most common reason students fail the oral is not wrong answers on specific facts. It's demonstrating that they would press on into deteriorating conditions rather than exercise sound judgment. If the DPE gives you a scenario where the right answer is "I'd turn around, land, and reassess," say exactly that — clearly and without hesitation. Students who hedge ("well, I might continue if the weather improved a little...") reveal exactly the decision-making pattern that gets pilots killed.

A DPE who hears "that's a no-go, here's why" delivered confidently is hearing a safe pilot. That's the answer that passes checkrides.

Module 13 Quiz

15 questions · Scenario-based oral exam preparation · 70% to pass

← Module 12: Written Test Prep 🎓 Get My Certificate →