Currently, in combination with GPS and inertial navigation technology, drones are equipped with GPS receivers, making it imperative for drones to know their exact location during the filming process. Once the GPS receiver on the drone is subjected to electromagnetic interference from the drone, the drone can only rely on the inertial guidance of the gyroscope and cannot obtain accurate positioning information. Without accurate GPS data transmission, information obtained by relying on photography would be meaningless and current aircraft would be considered flying cameras at best. Drones need to be guided by communication signals. Once there is no signal guidance, they can not navigate freely in the sky, which also means that they can not play too many roles in the field.
UAV electromagnetic drone jammer technology can be widely used in key military areas, administrative agencies, prisons, and other key areas, and can achieve 24-day and night uninterrupted protection. The technology is designed to interfere with the remote control circuitry of unidentified drones, and to interfere with the guidance components of "black-flying" drones using guidance signals to suppress "black-flying" drones. For reverse remote control signals. With the use of UAV electromagnetic jamming technology, the coverage area can be controlled within a certain range, and in the case of licensed UAVs, the transmission area can be used to enhance their navigation signals.
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Posted
Nov 08 2022, 06:30 PM
by
perfectjammer