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FAA Sport Pilot Weight-Shift-Control Knowledge Test Practice Test

The FAA Sport Pilot Weight-Shift-Control Knowledge Test (SPW) practice material addresses aeronautical decisions for weight-shift-control flight. Its questions sample core safety and operating concepts, including stall-warning purpose, night vision, deteriorating visibility, emergency equipment, checklists, compass deviation, engine-oil checks, and right-of-way decisions.

Exam overview

Exam providerFederal Aviation Administration
Exam codeSPW
CategoryAviation

About the FAA Sport Pilot Weight-Shift-Control Knowledge Test Exam

Weight-shift-control pilots manage aircraft attitude through coordinated movement of the control bar and carriage relative to the wing. Sound decisions also depend on recognizing when conditions exceed personal or aircraft limits: diminishing visibility and obscured terrain call for a conservative response rather than pressing toward a destination. Night-flight questions test how peripheral vision can help detect faint objects, while right-of-way scenarios require prompt, predictable action to avoid traffic conflicts. Other sampled concepts connect routine preparation with risk control, such as consulting current charts, following approved oil-check procedures, understanding an ELT’s search-and-rescue role, and carrying flotation equipment over water. These tasks reflect the practical judgment involved in planning, conducting, and discontinuing a flight safely.

Sample Practice Questions

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

Question 1

What is the main purpose of an aircraft's stall warning device, if installed?

  1. ATo alert the pilot that the aircraft is approaching a stall
  2. BTo show that the engine is operating above its normal temperature
  3. CTo indicate that the aircraft has reached its maximum permitted altitude
  4. DTo warn that the fuel tank is nearly empty
Show answerCorrect answer: A

A stall warning device is intended to provide an alert as the wing approaches the critical angle of attack and loss of lift may occur. The pilot should respond using the aircraft's procedures and training.

Question 2

When flying at night, why is it useful to look slightly to one side of a faint object rather than directly at it?

  1. APeripheral vision can be more effective for detecting dim objects in low light
  2. BIt makes the object appear closer and easier to measure
  3. CIt prevents the aircraft's instruments from reflecting light
  4. DIt confirms the object's altitude without reference to instruments
Show answerCorrect answer: A

In low-light conditions, the eye’s peripheral retinal areas are generally more sensitive to dim light than the central area. Looking slightly off-center can help detect faint objects, though it does not replace systematic scanning or instrument monitoring.

Question 3

A pilot notices that visibility is decreasing and a destination is becoming obscured by clouds. What is the safest general response?

  1. AContinue toward the destination because the conditions may improve
  2. BTurn back, divert, or land at a suitable location while conditions remain manageable
  3. CDescend below all clouds regardless of terrain or airspace
  4. DIncrease speed and avoid checking the weather again
Show answerCorrect answer: B

Early decisions to turn back, divert, or land help preserve options as visibility or ceilings deteriorate. Pressing on can lead to loss of visual references or unsafe terrain and airspace conflicts.

Question 4

What is the primary purpose of a personal flotation device when flying over water?

  1. ATo help keep a person afloat after entering the water
  2. BTo provide a supplemental oxygen supply at altitude
  3. CTo protect the wearer from propeller noise
  4. DTo improve the aircraft's buoyancy in flight
Show answerCorrect answer: A

A flotation device helps keep its wearer afloat after a water landing or other immersion. It is personal safety equipment and does not make the aircraft itself buoyant.

Question 5

What is the purpose of using a current aeronautical chart when planning a flight?

  1. ATo identify relevant airspace, terrain, airports, and navigation references
  2. BTo confirm the aircraft's engine oil grade
  3. CTo determine the pilot's medical eligibility
  4. DTo replace all in-flight weather observations
Show answerCorrect answer: A

Aeronautical charts provide information useful for route planning, including airspace boundaries, terrain and obstacles, airports, and navigation references. Pilots should use current charts and other current sources appropriate to the flight.

Question 6

What is the purpose of an aircraft's ELT, if installed and serviceable?

  1. ATo transmit a distress signal that can assist search and rescue after an emergency
  2. BTo provide continuous voice communication with air traffic control
  3. CTo indicate the aircraft's fuel grade
  4. DTo stabilize the wing during gusts
Show answerCorrect answer: A

An emergency locator transmitter is intended to transmit a distress signal that can help search-and-rescue organizations locate an aircraft after an accident or emergency, subject to the unit's type and operation.

Question 7

What is the principal reason to use a checklist for routine aircraft procedures?

  1. ATo reduce the chance of omitting important steps from memory
  2. BTo replace the aircraft operating instructions
  3. CTo ensure every flight follows an identical route
  4. DTo eliminate the need to inspect the aircraft
Show answerCorrect answer: A

Checklists provide a systematic aid for completing important procedures and help reduce omissions. They complement, rather than replace, the aircraft's operating instructions and required inspections.

How to use this practice test

The free US Practice Tests practice session draws up to 20 random questions from a bank of 50 for this exam. Answer each item as you would in a cockpit decision scenario, then use the displayed results to identify concepts to revisit, such as visibility judgment, equipment purpose, or collision avoidance.

Preparation tips

  • For visibility scenarios, identify the safest available action when clouds obscure the destination or visual references deteriorate; do not let the planned destination override flight conditions.
  • Review night vision and off-center viewing: understand why looking slightly away from a faint object can improve detection in low light.
  • Distinguish the purpose of safety and emergency equipment, including an ELT for locating an aircraft after an accident and a personal flotation device for survival after ditching.
  • Practice applying collision-avoidance responsibilities to nearly head-on traffic, and connect checklist use with completing routine procedures consistently.
  • Use the aircraft’s approved method for checking engine oil, and understand how a compass deviation card accounts for aircraft-specific magnetic interference.
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