Modern defense missions increasingly unfold in environments where GPS and reliable communications cannot be counted on. From underground tunnels to heavily jammed urban battlefields, adversaries are investing heavily in electronic warfare that strips warfighters of the navigation and situational awareness they rely on. These conditions are not hypothetical -- they’re the reality of future conflict.
Traditional uncrewed systems falter in these scenarios. Without continuous operator input or a reliable satellite link, drones and ground vehicles become liabilities instead of assets. The defense community needs platforms that can think and adapt on their own. That’s where Range comes in.
At the heart of Range’s solution is a battle-tested Level 4B autonomy stack. Unlike waypoint-based or teleoperated systems, Range autonomy allows air, ground, and maritime robots to perceive, interpret, and navigate independently -- even in GPS- and comms-denied conditions. Operators can set high-level mission objectives, and the autonomy takes care of the rest.
This shift is not about removing humans from the loop -- it’s about empowering warfighters to focus on mission decisions while their systems handle the complexity of navigation, mapping, and local perception.
Range autonomy is already enabling a new class of defense operations:
Range is not untested R&D. Our autonomy stack has been refined through 300+ field deployments in some of the harshest industrial environments imaginable: subterranean mines, collapsed shafts, GPS-denied warehouses, and more. That foundation ensures reliability when it matters most -- on the battlefield.
As defense integrators and OEMs push toward uncrewed systems that can operate at the tactical edge, Range is delivering autonomy that is secure, modular, and ready to integrate.
Interested in integrating Range autonomy into your platforms? Contact our team to learn how we can accelerate your roadmap and deliver mission-ready autonomy for the most challenging environments.