What is a Counter UAV System?
Anti-UAV technology in various countries is divided into three main categories. First, interference blocking class, mainly through signal interference, acoustic interference and other technologies to achieve. The second is the direct destruction of the class, including the use of laser weapons, the use of drones to counter drones and so on. Third, the monitoring and control class, mainly through the hijacking of radio control and other means to achieve.
Application scenario: Disaster Responders, Airports, Correctional Facilities, Stadiums, Arenas and public Events, the business and Data Centers and Private Individuals.
WAYS TO INTERCEPT A DRONE
1. Radio frequency jamming
Disrupts the radio frequency link between the drone and its operator by generating large volumes of RF output. Once the RF link is severed, a drone will either descend to the ground or return home.
2. GNSS jamming
Disrupts the drone's satellite link, such as to a GPS (global positioning system) or GLONASS (global navigation satellite system). Once the navigation direction is lost, a drone will hover, land or return home.
3. Spoofing
The drone's communications link is hijacked to take control of it.
4. Laser
Destroys vital parts of the drone, causing it to crash to the ground.
5. Nets
Entangles the targeted drone and/or its rotors.
6. Projectile
Ammunition - regular or custom-designed - is used to break or destroy an incoming unmanned aircraft.
7. Combined interdiction elements
Uses several C-UAS (counter-unmanned aircraft systems) together - most commonly, RF and GNSS jamming systems that work in tandem.
8. Falcon capture
Eagles and other raptors are being used in drone operations. Through training, the eagle will use the drone as a prey, and the claws can catch the center of the drone and avoid the damage of the blade.
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