【Wuhan, August 28, 2026】 —— As autonomous driving and precision engineering industries pursue ultra-high-fidelity sensor calibration, today we unveil the BE-INS3-26B13 Three-Axis Motion Simulator: a high-performance precision turntable, engineered for chip-level inertial device testing and complex motion simulation, delivering sub-arcsecond accuracy with rapid 10ms response rates.
Unmatched Signal Integrity and Fast Feedback
In highly sensitive calibration environments, even micro-level mechanical vibration corrupts data. The BE-INS3-26B13 uses a high-precision drive design to minimize noise and distortion. This ensures a stable, pure testing environment, enabling the system to deliver a 10ms fast response while effectively validating dynamic chip performance.
Full-Dimensional Freedom and Simplified Operation
To simplify complex inertial navigation testing, the BE-INS3-26B13 features a robust T-U-O three-axis configuration. It enables continuous 360° rotation, allowing operators to easily perform multi-angle micro-adjustments, while its safety guard and automatic NG alarm guarantee long-term stability and secure position-holding during static or dynamic oscillation tests.
Compact Design with High Payload Adaptability
Designed for space-constrained R&D and production labs, the BE-INS3-26B13 offers a compact footprint and a large load-bearing platform. Its spacious stage easily accommodates multi-variant IMUs, gyroscopes, and accelerometers, making it ideal for physical environments where high throughput and space efficiency are paramount.
Accelerating Mobility and Sensor Innovation
From automated calibration testing to advanced oscillation mode simulation, this turntable perfectly serves the demanding needs of autonomous driving and inertial navigation. It accelerates downstream sensor development, offering researchers an ultra-reliable solution for achieving high-precision positioning and reliable vehicle motion control.
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