UAV Military Backpack Jammer
Backpack-type drone drive away equipment, which is mainly used for compulsory control of drones or flying models in flight, and cuts off the connection
between the drone and the remote control at a long distance. The interceptor can be used to force the drone Landing or forced return to ensure the
safety of the low-altitude airspace in the area.
Incidents of injury and damage to people by "black flying" drones occur from time to time. In the second half of 2016 alone, there were hundreds of
accidents, such as forced suspension of flights, crashes and injuries from large-scale events. Recently, there have been flight accidents in Canada and
Ningbo Hefei high-speed wounding. It can be seen that Hefei drones hide a lot of safety risks. Faced with the gap in the supervision of black drones,
only strong countermeasures can be taken to ensure air safety.
As an excellent supplier of security equipment, our company independently develops UAV jammers, which can shield all GNSS satellite positioning signals,
including: GPS/Beidou/Glonass/Galileo; at the same time The ISM 2.4G and ISM 5.8G frequency bands commonly used by humans and machines are used for
interference shielding, forcing drones to remotely control, image transmission and positioning, and signal interruption to achieve the effect of forced
landing/return/hover. Texin Telecom independently researches and develops UAV jammers with powerful functions and long interference distances, which can
reach 1-5 kilometers (depending on different use environments).
Our company performs interference shielding on GPS satellite positioning signals. At the same time, it can shield the 2.4G and 5.8G frequency bands
commonly used by drones, forcing drones to remote control, image transmission positioning, and signal interruption to reach forced landing/return/hover
uncontrollable The effect of.
The test method can adopt the following two methods to test:
1. The maximum control distance of actual wide-area field test (if space test conditions are available)
Actual test interceptor's actual maximum control distance for target drone
2. Maximum control distance of equivalent test
The equivalent calculation formula for the maximum control distance of the interceptor: the theoretical maximum distance of the UAV remote control (the
actual control distance of the interceptor on-site test/the actual remote control distance of the UAV)
3. Unmanned aerial vehicle remote control failure, unable to locate (GPS/Beidou/GLONASS), image transmission failure.