Type: | Radar |
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Usage: | Drone Decoys |
Installation Mode: | Portable |
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Drone(UAV/UAS) navigation decoys defensive base stations is specially developed to deal with various security threats brought by "black flying" drones. Navigation system, so as to realize the interception control of the Drone(UAV/UAS) that needs to use the navigation system for flight control, so that it cannot fly into the protected area and ensure the low-altitude safety of the area.
By regenerating satellite navigation deception signals of no less than two frequencies, the satellite navigation coordinate information received by the UAV using satellite navigation and positioning is deceptively interfered, and the no-fly zone projection or area denial function is realized.
No-fly zone projection: By radiating false no-fly zones (such as nearby airports), the location deception of "black flying" drones can be realized, making them mistakenly think that they have entered the no-fly zone and make a forced landing or return.1. Wide range of application: It is effective for all drones that require auxiliary control of navigation signals (civil frequency bands).
2. Low radiation power: 10dBm (10mw), in line with the national radio management conditions and the Ministry of Industry and Information Technology's "Technical Requirements for Micropower (Short Distance) Radio Equipment", no harm to the human body
3. Adjustable protection range: adjustable power, no blind zone protection, can easily deal with cluster saturation attacks
Item | Performance parameters |
Working way | Digital decoding analysis |
Monitoring direction | Omnidirectional |
Detection distance | Not less than 500m, not more than 1000m |
Horizontal detection angle | 360° |
detection band | 2.4G, 5.8G |
Detection time | 6s |
Working frequency | 1573.8~1576.1MHz, 1559.6~1562.3MHz, 1599.7~1600.5MHz |
Signal transmit power | Not more than 10dBm |
Decoy response time | 15s |
Effective decoy angle | Horizontal: 360°, Vertical: 90° |
Continuous working time | 24 hours a day |
Signal transmit power | ≤10mW |
continuous launch time | ≥24 h |
weight | not more than 20kg |
Power consumption | not more than 30w |
power supply | The device can be powered by the mains or by the lithium battery of the device, support 110V-220V, and the self-contained battery can supply power for not less than 12 hours |
Boot time | no more than 5 minutes |
Operating temperature | Operating temperature |
Complies with explosion-proof requirements | |
Optional small radio detection equipment to guide and deceive the system to prevent the impact on the surrounding base stations and other satellite timing equipment |