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FAA Flight Instructor Sport Powered Parachute Knowledge Test Practice Test

This knowledge test concerns instructing in sport powered parachutes, where safe flight depends on coordinating the canopy, carriage, engine, and pilot controls. The practice material samples teaching decisions alongside foundational aviation knowledge, including airport communications, altimeter interpretation, human factors, aerodynamic effects, and safe handling of equipment during flight training.

Exam overview

Exam providerFederal Aviation Administration
Exam codeSIP
CategoryAviation

About the FAA Flight Instructor Sport Powered Parachute Knowledge Test Exam

Effective instruction in a powered parachute requires teaching students to assess canopy inflation and alignment before takeoff, secure loose items, and avoid abrupt or excessive control inputs. Instructors also need to explain how pressure altimeters respond to changing pressure and why hypoxia can impair judgment and coordination. Airport radio procedures and standard phraseology help students communicate clearly when approaching towered airports and controlled airspace. Instructional judgment includes stopping an unsafe takeoff attempt, coordinating demonstrations while retaining responsibility for safety, and directing students to determine whether a maintenance task is permitted for a pilot-owner. These topics connect aircraft handling with risk management, clear teaching, and practical decisions during preflight, flight, and postflight activities.

Sample Practice Questions

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

Question 1

A powered parachute pilot is approaching an airport with a control tower. Which radio practice is most appropriate before entering the airport's controlled airspace?

  1. ATransmit on the airport frequency and enter immediately if no one responds.
  2. BContact the tower, communicate the aircraft's position and intentions, and obtain any required clearance before entry.
  3. CMonitor the frequency silently because powered parachutes do not need to communicate.
  4. DContact the tower only after landing.
Show answerCorrect answer: B

Pilots must comply with applicable airspace entry requirements and establish the required communications with the tower. A transmission alone is not a clearance when one is required.

Question 2

Why should an instructor teach students to keep loose objects secured in a powered parachute?

  1. ALoose objects can interfere with controls, injure occupants, or become hazardous if displaced by airflow.
  2. BSecuring objects is needed primarily to prevent radio interference.
  3. CObjects are safe to leave unsecured if the flight remains below pattern altitude.
  4. DLoose objects improve airflow over the passenger compartment.
Show answerCorrect answer: A

Unsecured items can shift or be blown away, potentially striking occupants, obstructing controls, or creating a hazard to people and property below. Items should be stowed and secured before flight.

Question 3

During instruction, the student begins a takeoff roll while the canopy is not properly inflated and centered. What is the safest teaching response?

  1. AContinue the roll and use steering inputs to correct the canopy after liftoff.
  2. BStop the takeoff attempt using the aircraft's applicable procedure, then identify and correct the setup before trying again.
  3. CIncrease power quickly so airflow will center the canopy.
  4. DHave the student release the controls so the instructor can correct the canopy without interrupting the roll.
Show answerCorrect answer: B

A properly positioned and inflated canopy is essential before committing to takeoff. If the configuration is not suitable, the safe response is to discontinue the attempt according to the aircraft procedure and reassess before another attempt.

Question 4

A student is learning to read an altimeter and asks what the indicated altitude represents when the correct local altimeter setting is entered. Which answer is most accurate?

  1. AHeight above the ground directly below the aircraft
  2. BAltitude above mean sea level, subject to instrument and pressure-setting errors
  3. CHeight above the airport where the aircraft was last serviced
  4. DThe aircraft’s vertical distance from the nearest cloud
Show answerCorrect answer: B

With an appropriate altimeter setting, the altimeter indicates altitude referenced to mean sea level. It does not directly show height above the terrain, and its indication can be affected by instrument and atmospheric-pressure errors.

Question 5

A student asks why pilots should use standard aviation phraseology when communicating with air traffic control. Which explanation is best?

  1. AIt guarantees that ATC will approve every request
  2. BIt reduces ambiguity and helps pilots and controllers exchange information efficiently
  3. CIt removes the pilot's responsibility to understand a clearance
  4. DIt is required only when speaking to another aircraft
Show answerCorrect answer: B

Standard phraseology supports clear, concise, predictable communication and reduces the chance of misunderstanding. Pilots remain responsible for understanding and complying with clearances and instructions.

Question 6

A student asks what causes a pressure altimeter to indicate a lower altitude than the aircraft’s true altitude when flying from a region of high pressure into lower pressure without changing the altimeter setting. Which response is correct?

  1. AThe altimeter will indicate higher than true altitude
  2. BThe altimeter will indicate lower than true altitude
  3. CThe altimeter indication will remain exact because pressure changes do not affect it
  4. DThe altimeter will indicate the aircraft’s height above the nearest runway
Show answerCorrect answer: A

Without resetting the altimeter, flying from higher pressure toward lower pressure causes the altimeter to overread relative to true altitude: the aircraft is lower than the indication suggests. The practical reminder is, “from high to low, look out below.”

Question 7

A student is learning about hypoxia and asks why it can impair a pilot’s performance. Which explanation is most accurate?

  1. AInsufficient oxygen can degrade judgment, coordination, and alertness
  2. BIt causes the aircraft’s airspeed indicator to read too high
  3. CIt affects only people who have a diagnosed respiratory illness
  4. DIt improves reaction time but reduces hearing sensitivity
Show answerCorrect answer: A

Hypoxia is inadequate oxygen reaching body tissues. It can impair judgment, coordination, alertness, and other functions, sometimes without a strong warning sensation; pilots should understand its risks and the applicable altitude-related requirements.

How to use this practice test

The free practice session presents up to 20 random questions from a bank of 50 and displays results after completion. Use the questions to check how well you can explain powered-parachute safety decisions and aviation concepts to a student; revisit any missed concepts by identifying the underlying hazard or principle.

Preparation tips

  • Practice describing the visual cues for a properly inflated, centered canopy, and rehearse the instructor response when those cues are absent during a takeoff attempt.
  • Compare indicated altitude with true altitude, including how pressure changes affect a pressure altimeter when its setting is not updated.
  • Review radio procedures and standard phraseology for contacting a control tower before entering controlled airspace.
  • Connect hypoxia symptoms and impaired performance to decisions about pilot fitness and safe instruction.
  • Use FAA maintenance guidance to distinguish tasks a pilot-owner may perform from work that requires a qualified mechanic.
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