The control stick provides input to the flight control computers using which type of sensors?

The control stick in the C-17 aircraft transmits pilot inputs to the flight control computers through position sensors. These sensors detect the position and movement of the control stick and convert this information into electrical signals. This data is essential for the flight control computers to interpret the pilot's intentions and execute the corresponding flight control commands.

Position sensors measure the angle or displacement of the control stick from its neutral position, allowing the flight control systems to understand how much control input the pilot is providing. This direct relationship between stick position and flight control inputs is fundamental for the precision and responsiveness of the aircraft's handling characteristics.

While magnetic, pressure, and inertial sensors serve various functions in aviation systems, they are not the primary means for transmitting control stick inputs to the flight control computers in this context. Magnetic sensors are often used for navigation, pressure sensors may be used for altitude and speed measurements, and inertial sensors are typically involved in attitude and position sensing rather than direct control input from the pilot.