【Wuhan, Aug 14, 2026】—— As global developers of inertial measurement units, navigation modules and motion sensors pursue compact, cost-effective laboratory testing solutions, demand grows for streamlined high-precision rotary platforms that balance accuracy, footprint and ease of integration. Today, we officially introduce the BE-INS2-22D05 Single-Axis High-Precision Rate Table: a compact, robust motion reference platform engineered for IMU screening, gyroscope calibration and low-to-medium dynamic inertial sensor validation.
Many R&D laboratories and production test lines require reliable single-axis dynamic testing without the footprint and investment of multi-axis turntables. The BE-INS2-22D05 delivers continuous 360° unlimited rotation, supporting comprehensive single-axis test workflows: constant rate testing, rate sweeping, multi-position static tumble and reciprocating motion profiles. It serves as an ideal entry-level to mid-tier calibration platform, efficiently characterizing gyro bias, scale factor error and repeatability performance for inertial sensors.
In inertial sensor testing, angular positioning errors directly affect the accuracy of error coefficient identification. The BE-INS2-22D05 achieves shaft rotation accuracy ≤±20″ and angular position repeatability ≤±20″, with angular position accuracy controlled within ≤±45″. Such stable angular performance supports precise static position tests and low-speed dynamic characterization, capturing subtle sensor error terms that define long-term navigation drift performance.
The unit covers a wide angular rate range from ±0.01°/s up to ±400°/s, paired with a maximum angular acceleration of 100°/s². This broad dynamic envelope accommodates both ultra-low-speed static drift testing and medium-dynamic rotation evaluation, fully covering common test conditions for consumer-grade, industrial and tactical-level inertial sensors.
Designed as an all-in-one enclosed rotary unit, the BE-INS2-22D05 has an overall table weight of approximately 20 kg. Its compact form factor enables easy relocation and installation inside laboratories, environmental chambers and automated test stations. The circular precision mounting table supports flexible fixture layout, adapting to diverse IMU, gyroscope and accelerometer mounting requirements.
Built to align with modern laboratory automation trends, the BE-INS2-22D05 supports external computer command control, automatic sequence execution and synchronous data collection. It can be embedded within semi-automated or fully automated test benches, helping engineering teams standardize calibration procedures, reduce manual operation errors and build traceable sensor testing workflows. From university research labs to medium-volume production screening lines, this single-axis rate table delivers consistent, repeatable motion reference to accelerate inertial sensor product iteration.
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