Fixed detection and counter-drone equipment with real-time data

This fixed drone detection and countermeasure system possesses powerful electromagnetic interference capabilities, intercepting incoming drones within milliseconds. Through directional or omnidirectional jamming, the system precisely severs the data link between the drone and its remote controller and navigation satellites, causing it to immediately lose control, make an emergency landing, or return to base. Simultaneously, the system supports multi-band output, covering mainstream drone models and communication protocols on the market, achieving long-range, high-success-rate countermeasures and providing a robust airspace protection barrier for critical areas.

This equipment can be deeply integrated with acoustic recognition, radar detection, radio detection, and jamming/decoy systems to achieve a closed-loop operation from detection and positioning to intelligent judgment and automatic countermeasure. The system supports open API protocols, ensuring compatibility with existing security networks. It enables an automated defense mode for drones, involving "identification → tracking → interference → expulsion," making security protection more intelligent, multi-layered, and systematic.

The equipment utilizes industrial-grade weather-resistant materials, achieving an IP66 dust and water resistance rating, suitable for complex climatic conditions such as high temperatures, extreme cold, rain, snow, and sandstorms. It also features shock and lightning protection mechanisms, ensuring stable and reliable mission execution capabilities under high-frequency operation, extreme weather, and long-term outdoor deployment, reducing maintenance costs.

This system effectively blocks illegal filming, privacy breaches, airspace intrusion, public safety threats, and terrorist attack risks caused by drones, providing a stable and reliable airspace barrier for airports, government agencies, energy facilities, border areas, prisons, and commercial settings. Deploying this system significantly improves regional security levels, reduces potential risks, and achieves long-term, reliable, and controllable low-altitude security management.