High Dynamic Three Axis Motion Simulator Rotary Rate Table System for Inertial Navigation Test and IMU Sensor Calibration

This high-dynamic three-axis motion simulator is a precision testing and calibration system designed to meet the requirements of modern inertial sensor evaluation. By integrating advanced motion control technology with a high-performance rotary rate table, the system enables accurate and reliable testing of inertial navigation systems, IMUs, and MEMS-based sensors.

With its user-friendly interface and comprehensive functionality, the platform provides an efficient solution for ensuring sensor performance, stability, and reliability across research, industrial, and aerospace applications.

Product Introduction & Features

This compact high-precision three-axis turntable system integrates multi-axis motion control and dynamic performance testing, enabling complex motion simulation and precise calibration. It is specifically designed for validating micro-scale and high-precision components such as MEMS gyroscopes, accelerometers, optical sensors, and miniature servo motors.

The system is widely used in laboratory research, industrial automation, and compact device testing environments, ensuring reliability and accuracy under high-speed dynamic operating conditions.

Key Features

• High dynamic three-axis motion control
• Compact structure with high precision performance
• Continuous 360° rotation capability
• Accurate motion simulation and calibration
• Suitable for MEMS and IMU sensor testing
• Stable operation under high-speed dynamic conditions

Hardware Construction

• Modular design for easy maintenance
• Multiple protection mechanisms for safe operation
• Real-time monitoring and precise motion control
• Self-checking and self-calibration functions for stable performance
• Industrial computer with high performance and reliability
• Aviation-grade connectors for stable signal transmission

Software Features

• Motor host control software with one-click identification
• Accurate and efficient trajectory planning
• Real-time motion control adjustment
• Full-function control infrastructure
• User-friendly human-machine interface
• Intelligent fault warning and diagnostic system