Drone Killer

The use of drones has proliferated in recent years due to their low price and accessibility. Besides their application in search and rescue and surveillance by law enforcement agencies and the military, they are also being widely used for commercial, hobby and even terrorism purposes. Because of their compact size and the ability to fly at high altitudes, drones are very difficult targets to shoot down and with conventional means such as small firearms and rifles.

The use of firearms to top these threats can be dangerous to the public health and safety, especially during crowded public gatherings such as concerts, sporting events and other organisations. Drone Killer applies high speed electromagnetic interference to disrupt communication between the drone and its control unit resulting in the drones malfunction.

With the ability to function silently and immediately without negative consequences to human health, public safety and the environment, Drone Killer provides the most effective solution to combatting rogue drones.

Drones use 3 different frequencies for command and control, video transmission and GPS navigation connections. A large portion of current drones (%99) use the 2.4 GHz and 5.8 GHz frequencies band for video transfer and remote control. The 1.5 Ghz frequencies band is used to communicate with the Global Positioning System to facilitate flying.

The Drone Killer electromagnetic pulse gun applies high power electromagnetic warfare in 1.5 GHz, 2.4 GHz and 5.8 GHz frequencies are beamed as a concentrated spot using directed RF antennas that maximise signal.

Drones jammed by Drone Killer lose their connection with the remote control and enter a failsafe mode that requires them to “Return to Home”. Drone Killer also applies high intensity electromagnetic pulse attack against drones GPS communication and severing it so that the return home function is disabled. The Drone that has been incapacitated is forced to land at that spot and turn off its motors enabling the capture and recovery of the drone.