Fixed Drone Signal Sector Directional/Omnidirectional Countermeasure Equipment

The system employs an omnidirectional 360° spatial coverage antenna array and a wideband RF receiver architecture, enabling continuous scanning and real-time capture of drone remote control and image transmission signals within the surrounding airspace. It features millisecond-level signal refresh capability, achieving low-latency identification and stable tracking in complex electromagnetic environments. This provides all-weather, blind-spot-free drone signal monitoring and alarm linkage capabilities, making it suitable for security and airspace control scenarios in key areas.

The device supports intelligent identification and decoding analysis of mainstream UAV communication frequency bands, including 2.4GHz, 5.8GHz, and 433MHz and 900MHz remote control and image transmission link bands. It also has protocol feature library matching capabilities, enabling rapid classification and identification of different brands and models of UAVs, achieving accurate signal source classification and threat level assessment, and improving target identification efficiency and accuracy in complex environments.

The system has a built-in large-capacity log storage module, enabling time-axis retrospective analysis of historical drone signals. It supports trajectory reconstruction, signal strength change analysis, and hotspot area statistics. Users can quickly search and filter data through a visual interface, and the system supports data export and report generation, providing data support for subsequent security decisions, event tracing, and airspace behavior analysis.

The equipment adopts an industrial-grade weatherproof outdoor chassis design, meeting IP65 and above protection standards. It is dustproof, waterproof, and corrosion-resistant, adaptable to complex environments such as high humidity, strong winds, and salt spray. An integrated intelligent heat dissipation and temperature control system ensures stable operation under extreme temperature conditions, while a reinforced anti-vibration structural design makes it suitable for long-term unattended outdoor deployment scenarios.