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A customer from Türkiye recently visited Blue Equator for the final acceptance of a customized inertial testing system. From design optimization to final verification, our engineering team ensured the system met the customer’s specific testing needs.

Inertial systems can behave differently when temperature and motion change simultaneously. This article explores the importance of combined thermal and motion testing for IMUs, INS, and inertial sensors, and how integrated test platforms can help engineers characterize drift, validate algorithms, and evaluate system performance under realistic operating conditions.

Explore how SIL, HIL, and precision motion simulation can support repeatable automotive IMU validation before vehicle integration.

BE-INS3-23B06 Three-Axis Rate Table is a high-precision motion simulation platform for IMU and INS testing. It enables accurate sensor characterization, calibration, and validation, helping engineers improve navigation system reliability.

The BE-INS3-26B07 High-Precision Turntable provides accurate motion simulation and real-time data acquisition for sensor calibration and performance testing in oil and gas exploration, supporting position, speed, and tracking control modes with flexible communication interfaces for seamless lab integration.

Combining ±0.01° accuracy, 360° pan, ±100° tilt, and 0.1–100°/s adjustable speed, the BE-INS2-23D03 PTZ rate table enables UAV sensor calibration, aerospace MEMS validation, and navigation testing. The 18.5kg system with 4kg payload supports diverse flight sensors and gyroscopes, delivering reliable, repeatable results for R&D, production, and field deployment.

Combining ≤±5″ accuracy, ≤±3″ repeatability, and 30kg payload on a φ400mm platform, the BE-INS3-23C23 triaxial test stand enables INS alignment, gyro calibration, and MEMS verification. Featuring independent three-axis control with 360° rotation and a 0.001–800°/s rate range, the system supports complex calibration trajectories including coordinated triaxial motion and multi-position tumbling for demanding R&D and production environments.