The five axis simulation turntable can simulate various postures of the aircraft in its working environment, realistically reproduce the relevant mechanical characteristics in actual flight, and is mainly used for simulating the spatial posture motion test of inertial components. It has high dynamic response capability, high load, position, velocity, sine wave oscillation, and five axis linkage simulation functions, and can be used for semi physical simulation tests of airborne optoelectronic systems.

Its mechanical structure mainly includes a three-axis turntable that simulates the attitude motion of the aircraft and a two axis turntable that simulates the relative motion of the target; Each axis has position, velocity, sway, and simulation functions, providing a simulated motion environment for loads such as aircraft, guidance heads, and target simulators. The three-axis turntable adopts an O-U-T structure to simulate the three degrees of freedom rotation of the aircraft: roll, yaw, and pitch; The two axis turntable adopts an O-U structure to achieve two degrees of freedom rotation in azimuth and height, simulating the relative motion (pitch, yaw line of sight) relationship between the aircraft and the target.