Precision attitude testing demands more than static accuracy—it requires dynamic fidelity. This two-axis turntable delivers both.
◆ Accuracy That Defines Excellence
0.005° angle measurement accuracy ensures your test data captures true device performance, not fixture limitations. Whether characterizing inertial sensors or verifying optoelectronic assemblies, this level of precision provides the confidence engineers demand.
◆ Dynamic Response That Mirrors Real-World Motion
0.2°@2Hz dynamic performance and step response overshoot kept within 10% ensure clean, artifact-free motion during transient maneuvers. The system responds predictably to command changes, enabling reliable characterization of sensor behavior under realistic dynamic conditions.
◆ Generous Angular Range for Comprehensive Testing
Heading spans ±45°, pitch covers -15° to +45°—sufficient for simulating diverse attitude profiles across navigation, targeting, and stabilization scenarios.
◆ Speed That Adapts to Your Test Envelope
Minimum angular velocity of 0.005°/s supports ultra-low drift characterization, while maximum velocity reaches 4°/s for dynamic sweeps. Maximum angular acceleration of 40°/s² enables rapid attitude transitions without exceeding payload limits.
◆ Substantial Payload Capacity
Supporting 40 kg loads, the system accommodates complete sensor assemblies, guidance components, and optoelectronic payloads—reducing the need for disassembly or custom fixturing.
◆ Rate Accuracy You Can Trust
0.01° (1σ) rate accuracy ensures clean angular excitation across the entire speed range, eliminating motion-induced artifacts from sensor characterization data.
◆ Applications
Inertial measurement unit validation. Gyroscope and accelerometer characterization. Optoelectronic boresight alignment. Attitude and heading reference system calibration. Stabilized platform verification.
◆ Dynamic Precision, Simplified
This two-axis turntable bridges the gap between static positioning and dynamic motion testing. For engineers who need to validate sensor performance under realistic attitude profiles, it delivers the accuracy, responsiveness, and payload capacity required for confident decision-making—from development through production.
#TwoAxisTurntable #PrecisionPositioning #AttitudeTesting #InertialCalibration #DynamicResponse #OptoelectronicTesting #RateAccuracy #SensorValidation #HeadingPitch #AngularPositioning
