Inertial Labs has unveiled its new TAG-307 and TAG-207 gyroscopes, designed for three-axis and two-axis stabilization applications.
The new gyroscopes are ideal for Guidance & Navigation systems, Electro-Optical Systems, Gimbals, Line-Of-Site, and Pan & Tilt Platforms, delivering enhanced stabilization and pointing accuracy.
Built to withstand the most demanding conditions, the TAG-307 and TAG-207 gyroscopes fully comply with MIL-STD-810 standards for ground mobile use, capable of enduring extreme shock and vibration.
The TAG-307 and TAG-207 gyroscopes are built with tactical-grade MEMS technology, providing high-performance in a compact, low-power design. The latest gyroscopes are robust, reliable, and consistently perform in all environments.
Their digitized interfaces (RS-422/RS-232) and built-in test (BIT) functionalities enhance operational readiness, while the absence of moving parts reduces maintenance needs and increases durability.
Each unit is factory-calibrated over its operational temperature range, ensuring low nonorthogonality and misalignment between sensitive elements.
Additionally, every gyroscope is subjected to stringent QA/QC testing and comes with individual Calibration and Acceptance Test Certificates.
The TAG-307 and TAG-207 gyroscopes offer several other key advantages, including:
- Low noise for precise signal processing
- Low latency for real-time responsiveness
- Wide bandwidth
- High data rate for broad frequency support and fast data acquisition
- Low bias drift and low VRE (Vibration Rectification Error) for maintained accuracy over time and motion
- High MTBF (Mean Time Between Failures) for long-term reliability
- An affordable price point that offers high-value performance
Jamie Marraccini, CEO of Inertial Labs, stated, “Inertial Labs’ TAG-307 and TAG-207 gyroscopes are designed to meet the growing demand for reliable and affordable stabilization solutions in harsh environments. Our gyroscopes provide superior performance, making them an ideal choice for a wide range of guidance and stabilization applications.”
