What mechanism does the flight control system utilize to control the aircraft's movement?

The flight control system primarily utilizes a series of control surfaces to manage the aircraft's movement. Control surfaces such as ailerons, elevators, and rudders are critical components that adjust the airflow over the wings and tail of the aircraft, allowing for changes in pitch, roll, and yaw. When a pilot inputs commands through the control yoke or sticks, these surfaces adjust in response to alter the aircraft's orientation and trajectory in flight.

These control surfaces are essential for controlling movement in three-dimensional space and are designed to provide precise responses that facilitate stable and effective maneuvering. While electrical sensors, manual levers, and fluid-based actuators may play roles in the overall system, they do not directly perform the primary function of controlling movement. Control surfaces remain the core mechanism through which flight dynamics are actively managed.