The Application of Single Axis, Double Axis, 3DOF, 4DOF, 6DOF motion platform on Simulator

Single Axis, Double Axis, 3DOF, 4DOF, 6DOF motion platform can be used for different types of Simulators

Application:

Solution	Installation and Mounting	Application	Picture
Single axis solution	Performed by a single electric cylinder	Motorcycle roller coaster ride; Electric bicycle simulator,etc
Double axis solution	Two electric cylinders work together; Along with rotation,  they are widely used for double axis entertaining equipment e.g. 720° rotation	360° Transformers
Triple axis solution (3DOF)	All these Three electric cylinders work together, among which one cylinder is in the front and the rest two line at the rear side by side	VR Motorcycle; 9D VR; Single or double egg-shaped entertaining simulator; driving training simulator
Four axis solution (4DOF)	Four cylinders work together mounted to support the four corners of the platform	Normally applied for single VC car racing simulator
Six axis  6DOF hexagon motion platform	It consists of six electric cylinders, six universal joints on the upper and downer connection spot, one top platform and one bottom platform. Based on the fixed bottom platform and via the extension and retraction of the electric cylinders, the top platform completes the 6DOF motion in space (X,  Y, Z, α, β, γ) ,which can simulate various space motion gestures.	Various car driving simulator; Training simulator,etc

The dynamic platform naturally interacts with people via mixed senses of sight, sound, thrust and touch, bringing people thrilling excitement and realistic simulation experience. The 6DOF motion platform is of prospect of extensive application, which can be widely used in various training simulators such as flight simulators, ship simulators, naval helicopter takeoff and landing simulation platforms, ski simulators, tank simulators, car driving simulators, driving training simulators, earthquake simulators, and motion movies, entertainment equipment, etc. What’s more , it can even be used for the docking of space spacecraft and the refueling docking of aerial tankers.

It is also workable to make a six-axis machine, a smart robot, etc. The more the amount of axis is , the better experience of simulating motion it will create.