MicroStrain, a subsidiary of HBK, has unveiled the new tactical-grade embeddable inertial navigation system (INS), a solution that seamlessly blends energy efficiency with flexibility.
Inertial navigation relies on the ability to adapt; flexibility is essential on this planet. While no two techniques operate with equal efficacy, a drone may prioritize stability above all else, whereas an autonomous robot can excel in precise location recognition. With the 3DM-CV7-INS, flexibility is expertly balanced against efficiency.
The 3DM-CV7-INS enables maximum efficiency across various software platforms by seamlessly integrating numerous external aiding measurements into a high-precision tactical-grade inertial navigation system, resulting in a compact, 8-gram package that combines the capabilities of GNSS and INS.
Key options embrace:
- High-performance, dynamically reconfigurable Extended Kalman Filter (EKF) for robust and precise navigation in the most challenging environments.
- Four customizable, adaptable exterior assisting frameworks enable streamlined exterior assisting sensor integration.
- Exterior aiding measurements for enhanced GPS-denied situational awareness and operational effectiveness.
- Excessive GNSS signal rates enable enhanced low-velocity location accuracy.
- Tactically calibrated inertial measurement unit featuring 1.5-degree per hour gyro bias stability.
- Extremely accurately calibrated across the entire range of industrial temperatures.
- Weighing in at just 8.3 grams, this compact and low-profile bundle is remarkably lightweight.
The INS’s ability to seamlessly integrate NMEA and MIP aiding inputs empowers users with greater management and flexibility: MIP-enhanced accuracy and reduced drift make it an ideal choice for applications where precision is crucial, while NMEA-aiding facilitates swift PVA resolution for those seeking expedited growth and accelerated market velocity.
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