The two-dimensional adjustment turntable is a core device designed specifically for high-precision testing and dynamic tracking scenarios with large loads. It can achieve precise and independent motion control in both azimuth and elevation degrees of freedom, and can work independently on a single axis or collaboratively on two axes to simulate complex spatial motion trajectories.

The turntable has multiple modes such as angular position positioning, angular velocity, and simulated real environment swing motion, and all motion parameters can be flexibly set within a wide range of indicators. It has built-in intelligent self checking function and integrates real-time data acquisition and storage, ensuring the reliability of each testing process and complete traceability of the data chain.

As an advanced precision testing system, its excellent dynamic target tracking capability is widely used in inertial navigation system calibration and optoelectronic detection equipment testing. The system control box comes standard with RS422 and Ethernet dual communication interfaces, and supports mainstream industrial protocols such as HyperNet. It can be easily integrated into complex automation measurement and control networks, achieving high-speed and reliable interaction between instructions and data, and providing stable and reliable dynamic benchmarks for various high-end tests.