HEXAPOD

The design of the Stewart platform, which I developed as part of the design of a range of precision linear actuators. The Stewart Hexapod platform is a type of parallel robotic mechanism that uses six independently controlled linear actuators arranged in pairs to connect a fixed base to a movable platform. By precisely extending and retracting these six legs, the system can control the platform’s position and orientation in all six degrees of freedom. This design provides high stiffness, accuracy, and load-bearing capacity, making Hexapods widely used in flight simulators, motion platforms, precision machining, robotics, and scientific positioning systems.