Hunter V
SVH100
Hunter V leverages software-defined radio (SDR) technology to disrupt drones’ remote control signal reception, creating a protective shield against FPV threats. It features flexible software configuration and expandable hardware frequency modules, significantly enhancing jamming effectiveness and sustained countermeasure capability.
Sentry V
SST130
Sentry V is an integrated anti-drone combat platform mounted on specialized vehicles. It combines radar, radio frequency, and electro-optical detection with countermeasure capabilities, offering rapid response, mobile strike, and mission-following functions. Designed for complex terrain and dynamic scenarios, it is ideal for securing energy hubs, remote outposts, and emergency deployments—delivering immediate defense upon arrival.
Tracer V
STP121
Tracer V is a vehicle-mounted RF detection system designed for mobile deployment, capable of providing multi-type drone detection and early warning within a hemispherical coverage area of a 3 km radius and up to 500 meters in altitude. By decoding drone broadcast protocols, Tracer V can extract critical telemetry and identification data from mainstream commercial drones—including brand, model, serial number (SN), geolocation, altitude, and flight velocity—while also locating the operator's position. This enables comprehensive situational awareness and supports regulatory enforcement in complex urban or mobile scenarios. In addition to protocol decoding, Tracer V leverages advanced RF spectrum sensing to receive, analyze, and process transmission signals from a wide variety of drone platforms. By passively monitoring drone data-link characteristics, the system can detect and classify drone presence in real time—without emitting active signals or interfering with protected or mission-critical RF communications in the vicinity.
Tracer Air
STA100
Tracer Air is designed to address the challenge of locating drone operators in scenarios without broadcast protocols (such as Drone ID or Remote ID). The operator localization solution involves mounting a high-precision radio direction-finding system on a drone to perform both horizontal and vertical direction-finding of signal sources in the air—such as drone remote controllers and radio jamming devices. The system identifies the potential area of the signal source and displays it on a map. By continuously closing in on the target, it enables precise positioning and visual lock-on.
