What effect does a center of gravity that is too far forward have on stall behavior?

A forward center of gravity (CG) has a significant impact on stall behavior, leading to a higher stall speed. When the CG is positioned too far forward, the aerodynamic characteristics of the aircraft are altered. With the CG forward, the aircraft typically requires a higher angle of attack to maintain level flight, resulting in the stall occurring at a higher airspeed.

This behavior can be understood in the context of how the distribution of weight affects control and stability. A forward CG generally increases the stability of the aircraft, but it also means that more lift is needed to counteract this increased weight at the nose. Therefore, as you approach the critical angle of attack, the aircraft will stall at a higher speed compared to when it has a more balanced or rearward CG.

In summary, a center of gravity that is too far forward increases the stall speed, affecting the safe handling and recovery characteristics of the aircraft during critical flight phases. Understanding this dynamic is essential for pilots to ensure safe and effective aircraft operation.