During engine-out takeoff, what is the priority after confirming the failure?

During engine-out takeoff, what is the priority after confirming the failure?

• A. Maintain directional control and follow engine-out checklist
• B. Reduce thrust on the remaining engine to idle
• C. Turn away from airport
• D. Immediately retract landing gear

Answer: (A)

The main focus is preserving controllability first. When an engine fails during takeoff, there’s a strong yaw toward the dead engine from asymmetric thrust, so you must use coordinated rudder and a modest, stabilized bank to keep the aircraft tracking and climbing smoothly. Once you’ve regained control, you follow the engine-out checklist to systematically confirm the failure, secure the affected engine as required, and set the remaining engine for the climb with the correct configuration. Reducing thrust on the surviving engine to idle would cripple climb performance and raise the risk of losing airspeed or not clearing obstacles, while turning away from the airport or retracting gear prematurely can complicate handling and isn’t the immediate, safest priority. Following the engine-out checklist provides the proper steps to manage the failure safely and restore a controlled, climb-ready state.

The main focus is preserving controllability first. When an engine fails during takeoff, there’s a strong yaw toward the dead engine from asymmetric thrust, so you must use coordinated rudder and a modest, stabilized bank to keep the aircraft tracking and climbing smoothly. Once you’ve regained control, you follow the engine-out checklist to systematically confirm the failure, secure the affected engine as required, and set the remaining engine for the climb with the correct configuration. Reducing thrust on the surviving engine to idle would cripple climb performance and raise the risk of losing airspeed or not clearing obstacles, while turning away from the airport or retracting gear prematurely can complicate handling and isn’t the immediate, safest priority. Following the engine-out checklist provides the proper steps to manage the failure safely and restore a controlled, climb-ready state.