Drone Pilot Practice Exam

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Prepare effectively for your Drone Pilot Exam. Access flashcards and multiple-choice questions to get ready for your certification. Test your knowledge and ensure you're equipped to take to the skies!

Each practice test/flash card set has 50 randomly selected questions from a bank of over 500. You'll get a new set of questions each time!

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What effect does increased load factor have on a UAS?

Stalls at lower airspeeds
Stalls at higher airspeeds
Increases maneuverability
Decreases payload capability

The correct answer is: Stalls at higher airspeeds

Increased load factor refers to the ratio of the lift generated by the aircraft to the weight of the aircraft and can directly impact the stall speed. As the load factor increases, the stall speed of a UAS (Unmanned Aircraft System) also increases. This means that the UAS will require a higher airspeed to maintain controlled flight and avoid a stall. When a UAS operates under higher load factors—such as during sharp turns or rapid climbs—the aerodynamic forces acting on it are magnified. Therefore, at a higher load factor, the aircraft must fly at a faster speed to generate the necessary lift to support the increased weight. Thus, pilots must be aware that they could stall at higher airspeeds if they exceed the performance limits of the UAS. Understanding this relationship is crucial for safe flight operations, particularly in dynamic environments.