Long-duration broadcast-type drone signal remote identification base station

I. Portable, Low Power Consumption, and Strong Long-Range Coverage

The device features a lightweight and portable design, making it small and lightweight for rapid deployment on building rooftops, temporary security areas, transportation hubs, and large event venues. Internally, the system employs a low-power hardware architecture and intelligent energy-saving algorithms, enabling stable operation over extended periods and suitable for continuous 24/7 monitoring tasks. Furthermore, the device possesses long-range drone signal reception and identification capabilities, achieving stable coverage over a wide area, effectively improving low-altitude surveillance efficiency and providing reliable support for urban security, park inspections, and key area control.

II. Product Parameter Configuration

III. Multiple Communication Methods, Flexible Networking Support

This remote identification base station supports multiple communication methods, including 4G, 5G, wired networks, and wireless transmission, allowing for flexible selection of communication links based on different application environments. The equipment supports multi-base station networking and collaborative operation, enabling rapid construction of regional low-altitude surveillance networks for data sharing and unified management. Through platform-based access, the system can integrate with existing security platforms, smart city platforms, and low-altitude surveillance systems, meeting the needs of large-scale deployment in complex scenarios. Simultaneously, the equipment possesses stable data transmission capabilities and strong network adaptability, maintaining efficient and stable operation even in complex environments.

IV. Precise Location of Drones and Pilots

The Long-duration broadcast-type drone signal remote identification base station possesses high-precision drone identification and positioning capabilities, capable of acquiring key data such as drone identity information, flight trajectory, speed, altitude, and direction in real time. Through advanced signal analysis and positioning algorithms, the system can accurately locate the drone's position and simultaneously pinpoint the pilot's location, providing effective evidence for low-altitude safety supervision. The equipment supports real-time trajectory tracking and historical data playback, helping managers quickly analyze flight behavior and improve the efficiency of handling abnormal targets. It has significant application value in security and illegal flight supervision in key areas.

V. Comprehensive Monitoring of All Targets within the Monitoring Radius

This equipment can continuously monitor and uniformly manage all broadcast-type drone targets within the monitoring radius, achieving all-weather, multi-target, and dynamic low-altitude supervision. The system can automatically identify drone targets entering the area and provide real-time warnings for abnormal flight behavior, including intrusion into no-fly zones, low-altitude loitering, and illegal flight. Through the intelligent monitoring platform, managers can intuitively view the status of all targets within the area, achieving unified scheduling and rapid response. The equipment is suitable for various application scenarios such as airports, government agencies, energy facilities, large-scale event venues, and key urban areas, and can effectively improve low-altitude safety control capabilities.