Six degree of freedom motion platform:

It is composed of six actuators, six universal hinges at the top and bottom, and two platforms at the top and bottom. The lower platform is fixed on the foundation, and with the help of the telescopic motion of the six actuators, the upper platform completes six degrees of freedom (X, Y, Z) in space, α，β，γ） By simulating various spatial motion postures, the motion can be simulated. It can be widely used in various training simulators such as flight simulators, ship simulators, naval helicopter takeoff and landing simulation platforms, tank simulators, car driving simulators, train driving simulators, earthquake simulators, as well as dynamic movies, entertainment equipment, and even in the docking of space spacecraft and refueling docking of aerial refueling aircraft. In the processing industry, it can be made into six axis linkage machine tools, flexible robots, etc. Due to the development of a six degree of freedom motion platform, which involves a series of high-tech fields such as mechanical, hydraulic, electrical, control, computer, sensors, spatial motion mathematical models, real-time signal transmission and processing, graphic display, dynamic simulation, etc., the development of a six degree of freedom motion platform has become a landmark symbol of the level of hydraulic and control fields in higher education institutions and research institutes. The six degree of freedom motion platform is a crown level product in the field of transmission and control technology. With its mastery, there are basically no difficulties in the field of transmission and control