Temperature changes. Gyros spin. Accuracy remains.
◆ Accuracy That Defines Excellence
±2 arc-second positioning accuracy with ±1 arc-second repeatability and 0.18 arc-second resolution ensures your test data reflects true gyro performance—not table error. For inertial navigation testing, this level of fidelity is non-negotiable.
◆ Speed That Adapts to Your Test Envelope
Rate range from ±0.001°/s to ±250°/s handles everything from slow drift characterization to dynamic sweeps. Rate resolution of 0.001°/s provides fine-grained control. Stability scales intelligently: 5×10⁻³ over 1° average, 5×10⁻⁴ over 10° average, and 5×10⁻⁵ over 360° average.
◆ Acceleration and Swing for Dynamic Testing
Maximum angular acceleration of 200°/s² enables rapid attitude transitions. Swinging motion up to 10 Hz adds vibration-mode testing for comprehensive gyro characterization.
◆ Boundless Rotation for Unrestricted Testing
Continuous and unlimited angular travel removes mechanical barriers, enabling uninterrupted multi-turn testing for extended endurance runs and comprehensive attitude profiling.
◆ Precision Construction for Stable Results
Φ680 mm titanium alloy table maintains 0.01 mm flatness for consistent device mounting. Table leakage kept at ≤1 mT at 10 mm above the table—essential for magnetically sensitive gyro testing.
◆ Substantial Payload and Inertia Capacity
Supporting 80 kg loads with 230 kg·m² moment of inertia, the system accommodates complete IMU assemblies, large gyroscopes, and heavy navigation components without compromising performance.
◆ Integrated Thermal Chamber for Environmental Realism
Optional high-low temperature chamber with 700×700×700 mm internal dimensions spans -60°C to +70°C. Temperature control accuracy holds at ±0.5°C, uniformity at ±1°C, with controllable heating and cooling rates up to 1°C/min—eliminating cross-platform transfer uncertainties.
◆ Built for Extended Campaigns
Delivers continuous 72-hour error ≤0.005° for long-term stability, reducing maintenance costs by 30% annually through durable construction and consistent performance.
◆ Applications
IMU and gyroscope performance testing. Inertial navigation system validation. Temperature-characterized sensor calibration. Aerospace and defense component testing. Research and development.
◆ The Complete Gyro Test Solution
By unifying high-precision positioning, wide-rate capability, integrated thermal control, and robust mechanical design, this platform delivers the performance engineers need for rigorous inertial testing. For professionals who demand accuracy, stability, and environmental fidelity in one package, it provides the confidence to validate gyro performance—across temperature extremes and dynamic conditions.
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