What is the proper recovery procedure during the power-off stall maneuver?

What is the proper recovery procedure during the power-off stall maneuver?

• A. Recover by lowering the pitch attitude to put prop arc on the horizon until 125 KIAS is regained
• B. Recover by lowering the pitch attitude to put the exhaust stacks on the horizon
• C. Recover by lowering the pitch attitude to put prop arc on the horizon until 120 KIAS is regained
• D. Recover by maintaining a constant pitch until stall is recovered

Answer: (C)

The appropriate recovery procedure during a power-off stall maneuver involves lowering the pitch attitude to put the prop arc on the horizon until a speed of 120 knots indicated airspeed (KIAS) is regained. This technique is crucial because it helps the aircraft to return to a controlled flight state effectively after breaking the stall condition. Lowering the pitch attitude to align with the horizon allows for a smooth recovery from the stall by reducing the angle of attack, which is essential to regain airflow over the wings and eliminate the stall condition. The specified airspeed of 120 KIAS provides a safe margin where the aircraft can regain control without risk of entering another stall, ensuring proper handling during the recovery phase. This method is especially important in a power-off scenario, where the engine's thrust is not available to aid in maintaining altitude or speed. By highlighting these performance parameters and techniques, the answer emphasizes the importance of adhering to specific speeds and pitch attitudes for safe and effective stall recovery.

The appropriate recovery procedure during a power-off stall maneuver involves lowering the pitch attitude to put the prop arc on the horizon until a speed of 120 knots indicated airspeed (KIAS) is regained. This technique is crucial because it helps the aircraft to return to a controlled flight state effectively after breaking the stall condition.

Lowering the pitch attitude to align with the horizon allows for a smooth recovery from the stall by reducing the angle of attack, which is essential to regain airflow over the wings and eliminate the stall condition. The specified airspeed of 120 KIAS provides a safe margin where the aircraft can regain control without risk of entering another stall, ensuring proper handling during the recovery phase. This method is especially important in a power-off scenario, where the engine's thrust is not available to aid in maintaining altitude or speed.

By highlighting these performance parameters and techniques, the answer emphasizes the importance of adhering to specific speeds and pitch attitudes for safe and effective stall recovery.