Drone low-altitude position defense system

Low-altitude UAV defense system

The low-altitude UAV defense system is designed to strictly control and prevent the illegal use of UAVs and eliminate potential safety hazards. Its main goal is to quickly detect, identify and track UAVs and cut off the connection between UAVs and their remote controls from a long distance. The system can force UAVs to land or return to ensure the safety of low-altitude airspace and restricted areas. By activating the countermeasure device module after detecting the UAV, the system forces the UAV to return or force landing to prevent it from entering the critical defense area. Best-selling Drone Jammer, WIFI jammers and GPS jammers in Europe and America.

System features:

1. Technical advantages: The system uses CRPC radio protocol analysis technology to accurately interpret UAV flight control signals. It provides reliable warnings based on UAV signal characteristics without false alarms or omissions. This technology ensures effective counter-terrorism measures and is superior to traditional radar and spectrum-based systems.
2. Unmanned: The system operates autonomously, conducts all-weather defense reconnaissance, records strike events in real time, and can simultaneously detect and disperse multiple UAVs of different frequency bands and models.
3. Early warning: The system can effectively detect and disperse drones at a distance of not less than 3 kilometers. It has a wide coverage area and is not easy to be hidden or disguised. It prevents drones from taking off by detecting and identifying drone remote controls within the range.
4. Accurate positioning: The system uses radar scanning to accurately determine the location of illegal drones in the air.
5. Identification of friend or foe: Through software radio reverse engineering and protocol analysis, the system can accurately identify drone models and device identification codes, and distinguish between drones of the same brand and model, as well as different types of drones. The system uses black and white list management and has the function of “identification of friend or foe”.
6. Passive monitoring: The system uses an omnidirectional receiving antenna to monitor the radio environment in the defense zone in real time. In the monitoring state, the system only receives electromagnetic signals and does not actively transmit, avoiding dead angles, radiation, and interference.

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