The SKYNET Ultra by DronesVision is a portable handheld anti-drone system designed for security operations. It uses seven directional antenna channels to disrupt drone control, GPS, GNSS, and video signals at ranges of up to 2 km. The system weighs approximately 5.8 kg and provides up to 90 minutes of operation with a replaceable battery. Its ergonomic controls support different counter-drone modes, including forcing a drone to land or return to its launch point.
The SKYNET ADS by DronesVision is a portable anti-drone system designed to disrupt unauthorized drone communications. Its lightweight, ergonomic design makes it suitable for security personnel and military applications. With an operating range of up to 2 km, it can interfere with GPS, video transmission, and control signals. Multiple operating modes, an optical aiming sight, and adjustable crosshairs support different security scenarios.
The SPBATC DR600-A provides full-spectrum drone detection across frequencies from 70 MHz to 6.2 GHz. It can monitor drone positions, speed, flight paths, and remote-controller locations. The system supports analog FPV video capture and offers detection and decoding capabilities of up to 12 km. Multi-terminal alerts enable coordinated responses, while backpack, fixed, and vehicle-mounted configurations allow flexible deployment.
The ADS MK6 is an advanced counter-unmanned aerial system designed to detect and counter unauthorized drones. It combines radar, electro-optical sensors, and radio-frequency detection to identify potential aerial threats. Depending on the operational requirements, the system can support signal jamming and other countermeasures. It is intended for security applications involving sensitive locations, including airports, military facilities, and public venues.
The SPBATC DR200-C provides full-frequency drone detection across the 70 MHz–6 GHz range. Its networked architecture allows one detection unit to connect with multiple countermeasure devices. The system supports expanded frequency coverage for FPV drone defense and captures analog video transmissions between 500 MHz and 6 GHz. Targeted and omnidirectional jamming modes provide flexible responses to different drone threats.
The SPBATC DR100-C series is designed to counter radio-controlled and FPV drones across multiple frequency bands. It supports eight-band frequency coverage, with different operating configurations available. The system can operate in fixed or vehicle-mounted installations and allows manual or automatic frequency-band control. Expandable integration with radar, electro-optical sensors, and navigation-spoofing equipment supports customized counter-drone deployments.
The ADS Station MK2 is a large-scale drone-jamming system designed for broad-area counter-drone operations. Its platform can rotate through 360 degrees and tilt up to 90 degrees. The system supports high-power interference across a frequency range from approximately 60 MHz to 6 GHz, enabling flexible coverage for different operational requirements.
The SPBATC DR300-1 detects mainstream drone models across the 400 MHz–6 GHz frequency range. It is designed to counter radio-frequency-controlled and FPV drones, with an interference range of up to 2 km. Its integrated and scalable design supports mobile deployment and compatibility with additional equipment, including navigation-spoofing devices. The aviation-aluminum construction is designed for demanding environmental conditions.
The SPBATC DR400-D provides full-band detection across 70 MHz–6.2 GHz, including analog FPV video frequencies from 500 MHz to 6 GHz. Its video-capture capability helps operators examine a drone's first-person-view transmission and monitor intrusion activity. Captured video can be stored for review. The system also supports coordinated operation between host and auxiliary devices and offers flexible carrying options.
The AD-RG Series features a KU-band pulse radar unit designed for large-area surveillance. Its capabilities include two-dimensional phased-array technology combined with three-dimensional radar functionality. The system is designed to support electromagnetic-interference mitigation and accurate target positioning, with a maximum detection range of up to 8 km.