What is the effect of improper wing rigging on stall characteristics?

Improper wing rigging can significantly alter how a wing behaves during a stall, leading to potentially hazardous flight situations. When the wings are not rigged correctly, it can affect the angle of attack at which the stall occurs and the way the airflow separates from the wing. This alteration may cause stalls to happen at lower airspeeds or different angles than anticipated, which can catch pilots off guard.

Moreover, improper rigging can lead to asymmetric stalls, where one wing may stall before the other. Such a scenario can lead to unexpected yaw and roll, complicating recovery efforts and potentially resulting in loss of control. Understanding the safe stall characteristics and how they can be altered by rigging is crucial for maintaining safety and operational effectiveness during flight.