Some simulators prioritize speed. Others focus on accuracy. This one refuses to choose.
◆ The Numbers That Matter
±2 arc-seconds across all axes. ±1 arc-second repeatability. 0.36 arc-second resolution. These aren't just specifications—they're the difference between data you trust and data you question.
◆ From Creep to Sprint
Inner axis glides from 0.001°/s to 1000°/s. Middle follows at 600°/s. Outer at 500°/s. Coordinated three-axis motion at 60°/s ties them together. Rate stability adapts to your test—tighter at 360° averages, looser at 1° averages, always consistent.
◆ Acceleration Without Hesitation
300°/s² on the inner axis, 200°/s² on the middle, 100°/s² on the outer—under full load. That means rapid attitude changes happen exactly when you command them, with no lag or overshoot.
◆ Two Ways to Move
Continuous rotation for unlimited multi-turn profiling. Swing mode—±45° at frequencies up to 10 Hz—for vibration and dynamic response testing. One platform, two distinct test methodologies.
◆ Built for What You Bring to the Table
400×400 mm table. 40 kg capacity. 350 mm height allowance. 50-way slip ring handling 3A and 40 kW. Whether it's a compact IMU or a full navigation suite, the simulator adapts—not the other way around.
◆ Three Axes, Infinite Configurations
Each axis operates independently, or all three coordinate seamlessly. This flexibility matters when your test profile shifts from single-axis calibration to full attitude simulation without reconfiguring hardware.
◆ Real-World Applications, Real-World Results
Autonomous driving sensors facing dynamic scenarios. Industrial robots needing precise navigation validation. Production lines requiring high-throughput testing. Research labs pushing performance boundaries. This simulator fits.
◆ Compact Enough for the Lab, Capable Enough for the Factory
At 2000 kg and roughly 2×1.3×1.8 meters, it delivers heavyweight performance without consuming your entire facility. The optimized load mounting layout simplifies device integration, reducing setup time and minimizing human error.
◆ The Takeaway
This simulator is designed for engineers who need consistent, defensible results across diverse testing scenarios. It combines precision, speed, and adaptability in a package that works as hard as you do.
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