High Precision Dynamic Motion Simulator Three Axis Rate Table for Inertial Navigation System Testing and Calibration

This high-precision three-axis rate table is designed for testing and calibrating inertial navigation systems (INS), including gyroscopes, accelerometers, and IMUs. It delivers continuous 360° rotation, excellent repeatability, and smooth motion control, providing exceptional accuracy and stability.

The system integrates multi-axis motion control with dynamic environmental simulation, enabling complex trajectory emulation and rigorous operational testing. Its robust design ensures reliable performance under extreme conditions, making it ideal for aerospace, UAV, marine, and defense applications.

Key Features

High-precision 3-axis control

Accurate angular positioning and motion control

Supports position, rate, and swing modes for complex simulation

High load adaptability

Stable operation under varying payloads

Wide angular speed range

Suitable for low-speed calibration and high-speed dynamic simulation

High-speed dynamic simulation

Accurate trajectory emulation for aerospace, precision instrumentation, and defense

Reliable INS calibration

Ensures repeatable testing for gyroscopes, accelerometers, IMUs, optical guidance systems, and communication antennas

Hardware Construction

• Modular mechanical design for easy maintenance
• Multiple safety protections for secure operation
• Real-time monitoring and precise motion control
• Self-checking and self-calibration for intelligent and stable operation
• Industrial-grade control computer for high performance and reliability

Software Features (MotorHost Control Software)

• One-click device identification
• Accurate and efficient trajectory planning
• Real-time motion control adjustment
• Full-function testing infrastructure
• User-friendly human-machine interface
• Intelligent early warning and fault handling system