If angle of attack protection is active, what must the pilot do?

If angle of attack protection is active, what must the pilot do?

• A. The side stick must be pushed forward to return to the normal mode.
• B. The speed brakes extend.
• C. The high angle of attack ECAM is complete.
• D. The autopilot is engaged.

Answer: (A)

When angle of attack protection is active, the flight control system is automatically intervening to prevent the aircraft from exceeding its critical angle of attack, which is crucial for maintaining controlled flight and avoiding stalling. Under such circumstances, the pilot needs to take action to regain normal control of the aircraft. Pushing the side stick forward is the necessary action to deactivate the angle of attack protection mode, allowing the pilot to return to a normal flight envelope. This action ensures the aircraft can respond freely to the pilot's commands rather than being constrained by the protective measures intended to prevent dangerous aerodynamic conditions. Properly managing the aircraft in this situation is essential for safety and effective maneuverability. Understanding this aspect of flight control systems helps pilots operate the aircraft more effectively, especially during critical phases of flight.

When angle of attack protection is active, the flight control system is automatically intervening to prevent the aircraft from exceeding its critical angle of attack, which is crucial for maintaining controlled flight and avoiding stalling. Under such circumstances, the pilot needs to take action to regain normal control of the aircraft. Pushing the side stick forward is the necessary action to deactivate the angle of attack protection mode, allowing the pilot to return to a normal flight envelope.

This action ensures the aircraft can respond freely to the pilot's commands rather than being constrained by the protective measures intended to prevent dangerous aerodynamic conditions. Properly managing the aircraft in this situation is essential for safety and effective maneuverability. Understanding this aspect of flight control systems helps pilots operate the aircraft more effectively, especially during critical phases of flight.