Mobile anti-drone signal detection and strike system (suitcase type)

The mobile anti-drone signal detection and strike system (luggage type) adopts a high-strength, integrated luggage design, combining signal detection, analysis and processing, jamming, and power supply modules within a compact body. The device boasts a discreet appearance and robust structure, equipped with wear-resistant wheels and a telescopic handle, easily adapting to various scenarios such as urban roads, park patrols, airport security, and temporary operations. Its reasonable weight allows for easy transport, deployment, and operation by a single person without additional auxiliary equipment, significantly improving deployment efficiency.

The system supports the detection and identification of communication signals from mainstream civilian and industrial UAVs, covering multiple commonly used wireless communication frequency bands. Through advanced spectrum analysis algorithms and protocol feature recognition technology, it can quickly detect UAV remote control links, image transmission links, and related wireless signals, and classify and identify targets. The device can simultaneously monitor multiple target signals, effectively improving UAV detection capabilities in complex electromagnetic environments and providing reliable data for subsequent handling.

The system features real-time data transmission, synchronously transmitting detection results, target status, spectrum information, and alarm data to the command platform or monitoring center. Upon detecting a suspicious UAV target, the system automatically triggers audible and visual alarms, interface pop-up alarms, and remote alarm notifications, helping personnel to grasp airspace dynamics immediately. It also supports historical data recording and event tracing for easy subsequent analysis and management.

The device adopts a highly integrated design and a rapid startup architecture, entering working status immediately upon power-on, without complex configuration or long warm-up times. The user interface is simple and intuitive, and users can become proficient in using it after a short training. In the face of sudden low-altitude safety incidents, the system can quickly complete deployment, detection, and response, effectively shortening the response time and improving on-site security and emergency protection capabilities.