What could result from improper rigging of control surfaces?

Improper rigging of control surfaces can directly lead to difficulty in controlling the aircraft. This stems from the fact that control surfaces, such as ailerons, elevators, and rudders, are crucial for managing an aircraft's attitude, direction, and stability. If these surfaces are rigged incorrectly, their responses to control inputs can be erratic or insufficient, leading to a loss of control over the aircraft during flight.

For example, if the ailerons are not aligned properly, the aircraft may roll unpredictably, making it challenging for the pilot to maintain level flight or execute maneuvers safely. Similarly, if the elevator is rigged incorrectly, it may lead to excessive pitch sensitivity or inadequate response to control inputs, risking stall conditions or uncommanded climbs and descents.

Achieving the correct rigging of control surfaces is vital for ensuring that the aircraft responds accurately to the pilot's commands, which is essential for safe operation. The other options, while they suggest different scenarios, do not accurately describe the consequences of improper rigging as effectively as the possibility of losing control.