High Accuracy 2 Arc Sec Table Motion Simulator for Inertial Navigation System Testing Calibration 1 Year Warranty

The high-accuracy rate table is specifically designed for testing and calibrating inertial navigation systems (INS), including gyroscopes, accelerometers, and optical guidance components. It supports dynamic motion simulation for aerospace, UAV, marine, and defense applications. With smooth rotation, stable performance, and robust construction, it ensures reliable IMU and gyroscope testing under demanding operational conditions.

This system integrates advanced multi-axis motion control with dynamic environmental simulation, enabling precise trajectory emulation and rigorous performance testing.

Key Features

• High-precision 3-axis control

  • Ensures accurate angular rate and positioning precision

  • Supports complex motion simulation (position, rate, and swing modes)

• High load adaptability

  • Capable of accommodating a wide range of payloads for sensors and devices

• Wide angular speed range

  • Supports both slow-speed calibration and high-speed dynamic simulation

• High-speed dynamic simulation

  • Accurate reproduction of real-world motion profiles for aerospace and marine environments

• Reliable calibration

• • Ideal for INS, gyroscopes, accelerometers, optical guidance systems, and communication antennas

  • Ensures device stability and repeatability under extreme conditions

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, 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