Enhancing Autonomous Navigation: KVH’s GEO-FOG 3D Dual INS in Action
KVH Industries has unveiled a thorough case study detailing the implementation of its GEO-FOG 3D dual Inertial Navigation System (INS) in facilitating autonomous navigation for QinetiQ’s Titan Unmanned Ground Vehicle (UGV). The Titan platform is designed for versatility, supporting various missions such as reconnaissance and logistics for ground troops, including tasks like surveillance and transporting essential gear.
For an in-depth exploration, access the complete case study on KVH’s official website.
Key Insights from the Case Study
- The complexities involved in achieving precise and consistent positioning, heading, and attitude for UGVs.
- The rigorous standards set by QinetiQ, demanding accuracy within sub-1 degree for heading, pitch, and roll.
- How KVH’s GEO-FOG 3D Dual INS effectively addressed the navigation hurdles faced by Titan.
The Importance of Precision in Autonomous Systems
Accurate and reliable determination of position, heading, and attitude across diverse environments is vital for the functionality of autonomous systems. This capability is not only essential for operational efficiency but can also be critical in military scenarios, perhaps saving lives. To delve deeper into the findings, download the full case study from KVH’s website.
