Control surfaces in robotics

Control surfaces in robotics refer to the movable parts that guide and influence a robot's motion, similar to how airplane flaps steer flight. These surfaces—like robotic fins, panels, or wing-like structures—adjust their positions based on commands to change direction, speed, or orientation. They work in coordination with sensors and controllers to achieve precise movements and stability, allowing robots to perform complex tasks such as flying, navigating rough terrain, or manipulating objects. Essentially, control surfaces are the external elements that help a robot respond dynamically to its environment and execute its intended motions accurately.