When executing a landing pattern stall, which recovery action is taken last?

When executing a landing pattern stall, which recovery action is taken last?

• A. Lowering the nose to an appropriate attitude
• B. Reducing the throttle to idle
• C. Increasing backstick pressure to maintain nose attitude
• D. Rolling wings level

Answer: (C)

In a landing pattern stall, the recovery from the stall requires a specific sequence of actions to ensure safety and regain control of the aircraft effectively. The correct recovery action that is taken last is increasing backstick pressure to maintain nose attitude. During a stall recovery, the primary goal is to first reduce the angle of attack to allow airflow over the wings to resume, enabling lift to be generated once again. This is achieved by lowering the nose, which comes before adjusting any pitch attitude with backstick pressure. After lowering the nose to an appropriate attitude, the next step is often to roll wings level if needed and to reduce throttle to idle, thereby managing the power and balance of the aircraft. Increasing backstick pressure to maintain the nose attitude is typically not an immediate action in the recovery process in this scenario. Instead, this action is often counterproductive during a stall, as it can exacerbate the stall condition by further increasing the angle of attack. Hence, maintaining or increasing backstick pressure is a corrective action taken as part of stabilization, ideally occurring last after ensuring the aircraft is recovering and regaining controlled flight. Thus, understanding the order of recovery actions during a stall is critical for safe and effective flight operations.

In a landing pattern stall, the recovery from the stall requires a specific sequence of actions to ensure safety and regain control of the aircraft effectively. The correct recovery action that is taken last is increasing backstick pressure to maintain nose attitude.

During a stall recovery, the primary goal is to first reduce the angle of attack to allow airflow over the wings to resume, enabling lift to be generated once again. This is achieved by lowering the nose, which comes before adjusting any pitch attitude with backstick pressure. After lowering the nose to an appropriate attitude, the next step is often to roll wings level if needed and to reduce throttle to idle, thereby managing the power and balance of the aircraft.

Increasing backstick pressure to maintain the nose attitude is typically not an immediate action in the recovery process in this scenario. Instead, this action is often counterproductive during a stall, as it can exacerbate the stall condition by further increasing the angle of attack. Hence, maintaining or increasing backstick pressure is a corrective action taken as part of stabilization, ideally occurring last after ensuring the aircraft is recovering and regaining controlled flight. Thus, understanding the order of recovery actions during a stall is critical for safe and effective flight operations.