15 sample questions in the style of the real written test — with the answer and a short explanation for each.
The FAA Private Pilot Airman Knowledge Test is 60 multiple-choice questions with three answer options each. You get 2 hours 30 minutes, and you need 70% to pass. It's taken at an approved testing center, and your passing result is good for 24 calendar months — which is why most students knock it out early in training rather than the week before the checkride.
The questions below cover the same subject areas the test draws from: Aerodynamics, Airspace, Navigation, Regulations, Weather, Weight & Balance. They're written in the same style as real test questions, so the language should start to feel familiar. Expand any question to see the four options, which one is correct, and why.
Why: Within about one wingspan of the surface the wing makes lift with much less drag than normal, so the airplane can feel ready to fly before it really is. Pull it off early and you climb into higher drag with too little speed, and it can sink back down. Wait for the recommended liftoff speed. (PHAK Ch. 5, Ground Effect.)
Topic: Aerodynamics
Why: A wing always quits flying at the same critical angle of attack. Weight, bank, and airspeed change the speed at which you reach that angle, but not the angle itself. That is why you can stall at any airspeed and any attitude. (PHAK Ch. 5, Stalls.)
Topic: Aerodynamics
Why: Banking tips the lift vector so part of it points toward the inside of the turn, and that sideways pull is what curves your flight path. The rudder only keeps the turn coordinated; it does not turn the airplane. (PHAK Ch. 5, Turns.)
Topic: Aerodynamics
Why: Class G is uncontrolled, so the rules are the loosest anywhere: by day, down low, you need 1 statute mile of visibility and you simply have to stay out of the clouds. At night those same altitudes require 3 miles and standard cloud clearances. (14 CFR 91.155(a) and (b).)
Topic: Airspace
Why: Class D is a short column of airspace around a towered field, roughly 2,500 feet tall measured above the airport, but the ceiling is charted in MSL inside a dashed blue box. Do the math before you skim over the top. (AIM 3-2-5.)
Topic: Airspace
Why: Class B, C, and D all require radio contact before you enter, and 'established' means the controller answered using your call sign without telling you to stay out. Class B goes further and requires an explicit clearance to enter. (14 CFR 91.129, 91.130.)
Topic: Airspace
Same questions, but you answer them one at a time and get scored — with streaks, a running total, and a leaderboard by callsign. Free to start.
Why: Work through it in order: true course plus or minus variation gives magnetic course; apply the wind correction angle to get magnetic heading; then apply the compass deviation card to get compass heading. Variation fixes the difference between true north and magnetic north. (PHAK Ch. 16, Dead Reckoning.)
Topic: Navigation
Why: Passenger currency is separate from your flight review. In the last 90 days you need three takeoffs and three landings in the same category and class (and type, if the airplane requires a type rating). In a tailwheel airplane those landings must be to a full stop. (14 CFR 61.57(a).)
Topic: Regulations
Why: Aerobatics need room to see and be seen, so the rule sets a hard floor: at least 3 statute miles of flight visibility and no lower than 1,500 feet above the surface. It is also prohibited over congested areas, open-air assemblies, and within certain airspace. (14 CFR 91.303.)
Topic: Regulations
Why: The speed limit exists so everyone has time to see and avoid down low where the traffic is: 250 knots indicated below 10,000 feet MSL. Tighter limits apply near Class B and C — 200 knots under a Class B shelf or in the airspace beneath it, and within 4 NM of a Class C or D primary airport at or below 2,500 feet AGL. (14 CFR 91.117.)
Topic: Regulations
Why: Warm air can hold more water vapor than cold air. Usually the amount of moisture is not what changes — the temperature is. As air cools toward its dewpoint the same moisture becomes 'full,' relative humidity climbs to 100 percent, and fog or cloud forms. (AC 00-6, Moisture.)
Topic: Weather
Why: Those smooth, lens-shaped clouds sitting motionless over or downwind of mountains mark the crests of mountain waves. They look calm but the air moving through them is violent, with severe turbulence and powerful up and down drafts. Give them a wide berth. (AC 00-6, Mountain Wave.)
Topic: Weather
Why: You need both ingredients at once: visible moisture, meaning clouds or rain, and a skin temperature at or below 0 °C. Cold clear air will not ice you up, and warm clouds will not either. If you pick up ice, change altitude or temperature — climb, descend, or turn back. (AC 00-6, Icing.)
Topic: Weather
Why: Divide the excess weight by the weight of one gallon: 90 pounds divided by 6 pounds per gallon equals 15 gallons. Remember that draining fuel also shortens your range and shifts the CG, so recheck both before you fly. (PHAK Ch. 10.)
Topic: Weight & Balance
Why: Moment is simply weight times arm — how heavy something is multiplied by how far it sits from the datum. Add up all the moments, divide by total weight, and you have the CG. (PHAK Ch. 10, Weight and Balance.)
Topic: Weight & Balance
Called to Fly has a free sample deck, a streak counter that rewards showing up daily, and a callsign leaderboard so you can see where you stand. When you're serious about passing, the premium full question bank picks up where the sample stops.
These are study questions written in the style of the FAA Private Pilot Airman Knowledge Test. They are not actual FAA test questions and are not official regulatory guidance. Always verify against current FAA publications and 14 CFR.