Cycling control positions can aggravate aircraft motion and significantly what?

Cycling control positions can lead to an increase in aircraft motion disturbances, affecting the aircraft's overall stability and responsiveness. When control positions are cycled rapidly or without synchronization to the aircraft's current state, it can introduce unnecessary oscillations and erratic movements. This lack of smooth control input can result in a delay in the recovery from any destabilizing conditions the aircraft may encounter.

In flight operations, effective recovery from disturbances relies on maintaining a steady and controlled response to the aircraft’s motion. If the control inputs are not effectively managed, it can prolong the time it takes to regain a stabilized flight condition, hence "delay recovery." This aspect emphasizes the importance of smooth and deliberate control input during flight maneuvers to ensure timely and efficient recovery from any unwanted aircraft motion.