Mobile anti-drone detection and strike system in a suitcase

This portable, suitcase-style anti-drone system boasts high-precision target location capabilities. The system can simultaneously detect and locate both the drone and its operator in real time. Through the fusion of advanced radar, radio frequency identification (RFID), and optical sensing technologies, it can quickly pinpoint the drone's flight path and track the location of its control signal source, providing accurate information for subsequent interception. Whether in complex urban environments or open fields, the system can effectively identify low-altitude, slow-moving aircraft and their operators, allowing for timely countermeasures before a drone threat occurs.

This system achieves a high degree of integration between detection and strike. Through a real-time data processing platform, it can automatically calculate the optimal jamming or suppression strategy and immediately initiate interception measures upon detecting a drone target. This integrated design significantly shortens reaction time and improves operational efficiency. The system is also equipped with intelligent control software that can automatically adjust the jamming intensity and mode based on the drone's type, flight speed, and trajectory, making strikes more precise, safe, and effective.

This portable anti-drone system supports independent standalone operation and can also form a multi-point collaborative defense through networking. Standalone mode is suitable for rapid deployment in a single scenario, while networked mode enables multi-device collaborative monitoring and jamming in scenarios such as large-scale events, border patrols, and protection of critical facilities, forming a defense system with wider coverage and faster response. Data sharing and command synchronization between networks ensure maximum overall operational efficiency.

The system features seven built-in interception modes, covering mainstream consumer drones on the market, including commonly used frequency bands such as 2.4GHz and 5.8GHz, as well as special control signal frequency bands such as 433MHz and 900MHz. This multi-band coverage ensures effective interference against various types of drones, whether civilian aerial photography drones or remote-controlled racing drones, allowing for rapid lock-on and disruption of their flight control. This feature significantly enhances the system's versatility and reliability, making it an important piece of mobile, intelligent anti-drone equipment.