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Two Axes, Infinite Rotation, and the Accuracy That Holds It All Together

This dual-axis rate position turntable delivers ±5″ positioning accuracy with ±2″ repeatability and 0.36″ resolution. Featuring a Φ580 mm table, 40 kg load capacity, spindle rates up to 500°/s, dual-axis swing capability up to 10 Hz, and 360° continuous rotation, it provides reliable inertial navigation testing for aerospace, optical, and equipment validation applications.
Jul 8th,2026 16 Views

This turntable doesn't just spin. It positions, swings, and stabilizes—with the precision that aerospace and optical testing demand.

 Positioning That Won't Let You Down

±5 arc-seconds absolute. ±2 arc-seconds when you come back to the same angle. 0.36 arc-second resolution. These aren't optimistic claims—they're the margins that keep your test data defensible.

 Speed That Spans the Work

Spindle from 0.001°/s to 500°/s. Pitch from 0.001°/s to 300°/s. Rate resolution at 0.0001°/s. Whether you're creeping through drift characterization or sweeping through dynamic profiles, the control stays tight—3e-003 over 1°, 3e-004 over 10°, 3e-005 over 360°.

 Two Ways to Move

Continuous 360° rotation for unlimited multi-turn testing. Swing mode—±45° at 0.02Hz to 10Hz on both axes—for vibration and dynamic response characterization. One platform, two distinct test methodologies.

 Acceleration That Responds on Command

300°/s² on both spindle and pitch. No lag, no overshoot—just the dynamic response your test sequence demands.

 A Foundation That Doesn't Flex

Φ580 mm table. 40 kg load capacity. 590 kg of robust construction. Your devices sit on a platform that stays stable through aggressive maneuvers and extended runs.

 Built for the Applications That Matter

Aerospace navigation system validation. Precision optics calibration. Satellite component testing. Vehicle dynamic performance evaluation. Military equipment qualification.

 The Takeaway

This is a turntable that understands its job—delivering reliable, repeatable positioning across rotation and swing modes, so you can validate performance with confidence.


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