Loss of control is a leading contributor to which categories of accidents?

• A. Landing accidents only
• B. Takeoff and climb accidents only
• C. Maneuvering accidents only
• D. Landing, takeoff and climb, and maneuvering accidents

Answer: (D)

The main idea here is that loss of control can trigger accidents throughout many parts of the flight, not just in one phase. It’s a leading factor in takeoff and climb because, as airspeed drops and the airplane reaches critical angles of attack, a stall or loss of control can occur quickly if the pilot mismanages pitch, power, or coordination. In the landing phase, control can be lost during approach, gusty winds, or the transition to touchdown, especially near stall speed or with improper flare, making low-altitude loss-of-control events common. During maneuvering, abrupt or uncoordinated inputs, steep turns, or low-speed flight can push the aircraft into a stall or spin, again resulting in loss of control. Because this issue spans landing, takeoff and climb, and maneuvering, the option that includes all three phases best reflects how loss of control contributes to accidents across the flight envelope.