UUS Practice Tests⌕ Search
Aviation · PGT

FAA Private Pilot Gyroplane/Recreational Pilot - Transition Knowledge Test Practice Test

The PGT practice page covers gyroplane knowledge used in private-pilot and recreational-pilot transition testing. Its question bank samples practical flight preparation and aircraft operation, including rotor-system inspection, aircraft documents, engine limits, instrument indications, airport light signals, weather decisions, and responses to changing engine performance.

Exam overview

Exam providerFederal Aviation Administration
Exam codePGT
CategoryAviation

About the FAA Private Pilot Gyroplane/Recreational Pilot - Transition Knowle… Exam

Gyroplane pilots must assess whether weather, route conditions, and a landing area support safe flight, and revise plans when conditions deteriorate. Density altitude matters because reduced air density can affect engine output and rotorcraft performance. Aircraft handling also depends on checking the rotor system before flight, operating the engine within manufacturer limits, and investigating unreliable airspeed indications rather than relying on a single cue. Questions also sample recognition of tower light signals, the purpose of aircraft registration documents, and the need to have required records available. In abnormal situations, pilots must identify unfamiliar annunciations or sudden power loss, maintain aircraft control, and use applicable aircraft procedures to guide the response. These skills connect preflight checks, operational knowledge, and in-flight judgment in gyroplane flying.

Sample Practice Questions

Review a selection from this exam's published US Practice Tests practice bank.

Question 1

A pilot is unsure whether a planned route and landing area are suitable in worsening weather. Which approach best supports safe decision-making?

  1. AContinue because changing a plan is evidence of poor preparation
  2. BReassess conditions and options early, and choose a safer course such as delaying, diverting, or landing as appropriate
  3. CIgnore updated weather information once airborne
  4. DFly lower to avoid all weather hazards
Show answerCorrect answer: B

Good aeronautical decision-making includes monitoring changing conditions and revising a plan before options become limited. Delaying, diverting, or landing may be appropriate depending on the circumstances and the aircraft’s capabilities.

Question 2

During a flight, a pilot notices an unfamiliar warning light or annunciation. What is the best general approach?

  1. AIdentify its meaning using the aircraft’s approved documentation and respond according to the applicable procedure.
  2. BIgnore it unless the engine sound changes.
  3. CSwitch off all electrical power immediately in every case.
  4. DAsk a passenger to guess what it means and continue normally.
Show answerCorrect answer: A

Warning indications can represent conditions requiring different responses. The pilot should use aircraft-specific documentation and procedures, maintain aircraft control, and seek assistance or land as appropriate to the situation.

Question 3

What is the primary purpose of an aircraft’s registration certificate?

  1. ATo document the aircraft’s registration with the aviation authority
  2. BTo show that the aircraft has passed its latest annual inspection
  3. CTo authorize a pilot to carry passengers
  4. DTo list the aircraft’s approved weight and balance limits
Show answerCorrect answer: A

The registration certificate identifies the aircraft as registered with the appropriate authority. It is distinct from airworthiness and inspection records, pilot certificates, and aircraft operating limitations.

Question 4

What does a green light signal from an airport control tower to an aircraft in flight indicate?

  1. ACleared to land
  2. BReturn for landing
  3. CStop and give way
  4. DAirport unsafe; do not land
Show answerCorrect answer: A

A steady green light signal to an aircraft in flight means cleared to land. Pilots should know light-gun signals in case radio communication is unavailable or fails.

Question 5

When planning a flight, why does high density altitude matter to a gyroplane pilot?

  1. AIt can reduce engine and propeller performance and increase takeoff distance
  2. BIt guarantees a shorter takeoff roll
  3. CIt increases the aircraft’s certified maximum weight
  4. DIt eliminates the need to account for wind
Show answerCorrect answer: A

High density altitude means thinner air, which can reduce engine power and propeller effectiveness and degrade takeoff and climb performance. Pilots should use aircraft-specific performance information and conservative judgment when conditions are unfavorable.

Question 6

Why should a gyroplane pilot avoid prolonged operation at an engine setting outside the limits specified by the manufacturer?

  1. AIt can cause excessive engine or drivetrain stress and may lead to damage or failure.
  2. BIt automatically changes the aircraft’s registration category.
  3. CIt guarantees that the rotor will overspeed.
  4. DIt makes the magnetic compass unusable.
Show answerCorrect answer: A

Engine and drivetrain limits are established to keep components within their safe operating ranges. Exceeding those limits can cause abnormal wear, overheating, or mechanical failure; pilots should use the aircraft’s approved guidance.

Question 7

A pilot notices that the gyroplane’s airspeed indicator disagrees with other indications and the aircraft’s apparent performance. What is the best initial response?

  1. AAssume the indicator is accurate and increase speed immediately
  2. BUse sound aircraft control, cross-check available indications, and follow the aircraft’s abnormal or instrument-failure procedures
  3. CDisconnect the rotor from the aircraft
  4. DContinue the flight without considering the discrepancy
Show answerCorrect answer: B

A questionable instrument should be cross-checked against other available information while the pilot maintains aircraft control. The aircraft-specific procedures and applicable operating guidance should determine the next steps; avoid relying on a single suspect indication.

How to use this practice test

The free PGT practice bank contains 50 published questions. A session presents up to 20 random questions, then shows results so you can identify which gyroplane topics need more attention. Use missed items to revisit the underlying decision or aircraft system, such as density-altitude effects, rotor inspection, or engine indications.

Preparation tips

  • Review how high density altitude can affect gyroplane engine and rotorcraft performance, and apply the concept to flight-planning scenarios.
  • Practice a consistent preflight sequence that includes rotor-system condition, required aircraft documents, and operating-record checks.
  • For airspeed discrepancies or unfamiliar annunciations, identify the indication as unreliable or unexplained, maintain control, and consult the aircraft’s applicable procedures.
  • Study airport control-tower light signals and connect each signal with the action expected of an aircraft in flight.
  • Work through scenarios involving worsening weather or engine-power changes; prioritize aircraft control and suitable landing options.
Official sourceOfficial exam page ↗