Flight Control Laws

Flight control laws are the mathematical algorithms that automatically govern an aircraft’s responses to pilot inputs and external conditions. They interpret commands like pitch, roll, and yaw adjustments, then translate them into precise control surface movements (ailerons, elevators, rudders) to maintain stability and desired flight paths. These laws ensure consistent, safe handling by filtering out disturbances such as turbulence or engine variations. Essentially, they act as the aircraft’s autopilot brain, coordinating controls smoothly and reliably, allowing pilots to focus on strategic decisions while the system manages precise movement.