5km wide-area coverage UAV jamming system DC24V anti-remote control jamming

This system is specifically designed to counter remotely controlled drones. Utilizing broadband, high-power electromagnetic interference technology, it effectively blocks the remote control link signals of unauthorized drones, causing them to lose control, return to home, or make an emergency landing. Its DC24V power supply design is suitable for vehicle-mounted, fixed, and portable deployment environments, supporting rapid start-up and 24/7 uninterrupted operation. The system boasts a 5km wide-area coverage capability, enabling the creation of secure isolation zones in critical areas, major events, and sensitive facilities, achieving rapid suppression and precise protection against drone threats.

The system adopts a modular antenna array architecture, allowing users to select directional or omnidirectional jamming modes according to mission requirements. The directional mode is used for long-range precision suppression, enhancing the effectiveness of striking drone threats from specific directions; the omnidirectional mode is suitable for area surveillance and multi-target response, covering a 360° range for wide-area security protection. This design ensures the equipment has high flexibility and adaptability in complex tactical environments.

In addition to providing remote control signal interference, it also supports GPS spoofing and positioning system suppression, enabling a dual attack on the drone's navigation and control system. When a drone attempts to fly using satellite positioning, the spoofing module outputs a false GPS signal, causing it to deviate from its flight path or be forced to land, thereby improving the overall reliability and effectiveness of the defense.

The modular circuit architecture facilitates rapid repair and upgrades. Users can quickly adjust the output power, frequency band modules, and circuit board components according to their needs without complex disassembly, significantly reducing equipment maintenance cycles and costs, and improving the system's sustainable deployment capabilities.