Products Description
The RID remote identification station consists of multiple radio receiving channels, used to receive remote identification signals broadcasted by drones, in compliance with international standard protocols, and achieve remote identification and information analysis of drones. The device has a built-in high-performance signal processing unit, which can analyze key data such as identity, location, flight trajectory, and takeoff point in real-time, supporting real-time data transmission and centralized control.
Product pictures
Product features
Multi-protocol compatibility: Complies with national standards and international mainstream RID standards, with strong adaptability.
Real-time identification: Quickly analyze drone broadcast information and display real-time recognition results.
Remote monitoring: Supports remote data transmission and centralized management and control.
Easy to integrate: Provide standard interfaces for easy linkage with other security devices.
Data traceability: Supports the recording and traceability of drone flight data to meet the supervision requirements of low-altitude flight activities in cities.
Fast deployment: Supports fixed installation and vehicle-mounted deployment, adapting to different scenarios.
24/7 All-weather work: IP66 protection level, suitable for outdoor harsh environments, ensuring stable operation
| Product parameters | |
| RID detection distance | Urban environment 3km suburban 5km |
| response time | < 5 seconds |
| Receiving protocol | National standard GB 42590-2023, European Union ASD-Stand-Din EN 4709-002, American ASTM Remote ID Standard ASTM F3411-22a-RID-B/F3586-22 |
| detection error | <5 m |
| data connection | Supports real-time data transmission (Ethernet, 4G/5G optional) |
| working temperature | -30℃~55℃ |
| Protection level | IP66 |
| Power supply mode | AC 220 V/DC 12-24 V/Vehicle power supply (optional) |
Application scenarios
The RID remote identification station is a passive RID signal reception and analysis device, which can receive remote identification signals broadcast by compliant drones, analyze core data such as device identity, real-time latitude and longitude, altitude, and operator position, and achieve low-altitude airspace situational awareness with zero radiation in all weather conditions. Adapt to multi-industry security control scenarios
1
Airport clearance security control
In compliance with FAA and EASA international airspace management regulations, it scans 2.4G Bluetooth and WiFi open drone remote identification (ODID) signals around the clock, identifies drones entering the airport's airspace in advance, provides warnings to air traffic control departments, and avoids the risk of collision between drones and civil aircraft.
2
Key infrastructure security protection
Covering core locations such as power plants, oil and gas stations, water conservancy hubs, big data centers, and large industrial parks, automatically analyzing the identity information of surrounding drones and continuously tracking flight trajectories. When unidentified drones are stranded or hovering in sensitive areas, timely alerts are issued to help enterprises establish standardized low-altitude security systems.
3
Sports venues, exhibitions, and large-scale event security
For events, international exhibitions, and large-scale gatherings, all compliant drones in the airspace are fully deployed, recording equipment information and flight trajectories, preventing illegal aerial photography, disrupting the order of activities, and ensuring the smooth conduct of large-scale public events.
4
Prison and closed control area security
It is deployed on the periphery of the closed restricted area to capture real-time RID broadcast signals from foreign drones, quickly determine the source and flight intention of the drones, prevent unauthorized delivery, secret photography, and crossing boundaries of drones, and build a solid low-altitude defense line in the closed area.
5
Urban low-altitude economic supervision platform docking
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6
Daily security of campus, hospital, and large residential area
Lightweight deployment in densely populated areas to detect unauthorized aerial drones, curb illegal high-altitude photography, noise disturbances, and maintain public order and privacy in residential areas and cultural, educational, and medical places.
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