Passive RF drone detection identifies, classifies and geolocates UAS, including the ground control station, without transmitting signals. Unable to be detected or located through conventional means, it provides persistent, low-signature awareness and valuable signal intelligence across fixed, mobile and maritime environments. Integrated into a layered C-UAS architecture, it forms a foundational detection layer for modern counter-drone operations

The threat spectrum is no longer predictable. Adversaries use frequency hopping and software-defined radio to operate in gaps that narrowband systems can't see. Here's what ultra-wideband drone detection changes.

Modern drone threats have made the distinction between forward and rear operating areas obsolete. Persistent and passive ultra-wideband RF detection identifies drone presence from power-on, delivers line of bearing without a pre-loaded signal library, and provides the earliest actionable indicator in a layered C-UAS architecture. Periodic monitoring creates exploitable gaps. Persistent monitoring eliminates them.