Stall Recovery: Ailerons Or Rudder?

At the last minute on final approach, you see an obstacle on the runway. You’ve initiated a go-around, but in your haste you let the nose rise too much, or even pull it up excessively for fear of hitting trees at the far end of the airport. The stall warning horn sounds but you don’t respond quickly enough, and the airplane begins to shudder—the “first aerodynamic indication” of a stall. One wing begins to drop. As you push forward to reduce the angle of attack and break the stall, do you coordinate rudder and aileron to level the wings or force yourself to hold the ailerons neutral and level the wings with rudder alone?

Key Takeaways:

• The article addresses a critical question in aviation safety: the correct control inputs for stall recovery to avoid worsening the condition or inducing a spin.
• Ailerons, while used for banking, are detrimental during a stall as they manipulate wing angle of attack, potentially deepening the stall on one wing or causing a "snap roll."
• The rudder is crucial for compensating adverse yaw and, more importantly, for safely leveling wings when an aircraft is near or in a stall, as it does not increase a wing's angle of attack.
• The recommended stall recovery technique is to reduce the angle of attack with elevator, keep ailerons neutral, and use rudder alone to level the wings, a method that counters older flight instruction for some aircraft types.

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