Some tables move. This one positions with the kind of precision that navigation testing demands—and the speed to match.
◆ Accuracy That Anchors Navigation Data
±2 arc-seconds on all three axes. ±1 arc-second when you return to the same position. 0.36 arc-seconds resolution. For IMU and INS characterization, these aren't optional—they're essential.
◆ Speed That Covers the Full Spectrum
Inner axis from 0.001°/s to 1000°/s. Middle to 600°/s. Outer to 500°/s. Link all three at 60°/s for coordinated profiles. Rate stability scales intelligently—tighter at 360° averages, looser at 1° averages, always within spec.
◆ Acceleration That Responds Instantly
Inner: 300°/s². Middle: 200°/s². Outer: 100°/s². Under full load. Rapid attitude changes happen when you command them, not after a delay.
◆ Two Ways to Test
Continuous rotation for unlimited multi-turn profiling. Swing mode—±45° at frequencies up to 10 Hz—for dynamic response and vibration characterization. One platform, broader capability.
◆ Mechanical Integrity You Can Trust
Wobble within ±2 arc-seconds. Orthogonality within ±2 arc-seconds. These aren't afterthoughts—they're the foundation that keeps your data clean.
◆ Payload and Signal Capacity
40 kg on a 400×400 mm table. 50-way slip ring at 3A with 40 kW capacity. Power and data flow through continuous rotation—no interruptions, no compromises.
◆ Built for Complex Environments
2000 kg of robust construction. Designed for precision testing and control tasks where consistency determines credibility.
◆ Where This Table Excels
IMU and INS calibration. Gyroscope and accelerometer characterization. Navigation system validation. Aerospace and defense testing. Research and development.
◆ The Takeaway
This is a three-axis table that understands its purpose—delivering reliable positioning and rate control so you can validate navigation performance with confidence.
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