Each jammer has its own specific frequency

Signal jammers are also called signal blockers. They are devices that block radio communication signals. The ground pilot remotely controls the unmanned aircraft (UAV). Therefore, blocking radio signals makes the drone useless. According to your programming, whether the drone will drop to the ground or land. The blockade "has a considerable impact" on the United Nations surveillance drones, which were suspended for several days after collecting intelligence from the air. US military officials did not mention whether the latest interference caused the drone to crash, citing operational safety.

However, the source told the National Broadcasting Corporation (NBC) that Russia’s advanced Drone jammer equipment was developed by its military and proved to be effective even for some encrypted signals and anti-jamming receivers. It is introducing DroneGun, a GPS signal blocker that can disable drone signals (including GPS and GLONASS positioning) for up to 1.2 miles. Like most competitors, it does not destroy the target drone, but simply forces the vehicle to land or return to the starting point. The anti-drug team can not only withdraw the threat from a safe distance, but also find their pilots.

Currently, most jammer-shop.com interceptors use a wider range of interference signals, while BEAM is configured to detect a single specific frequency used by attacking drones. This solution is particularly suitable for urban or densely populated combat area. Humphreys said that after the Crimea invasion four years ago, American analysts first captured Russian military drones in eastern Ukraine. He said that the barrier was initially detected as a weak signal from space, bouncing off the surface of the earth. The blockaders “had a considerable impact” on the United Nations reconnaissance drones that tried to monitor the area. The fleet was grounded for several days and the intelligence gathered from the air was stopped. The working principle of the UAV jammer is to direct the radio Power to the UAV, thereby interrupting the remote control link between the UAV and the operator. The jammer operates in the common industrial, scientific, and medical (ISM) frequency bands. 2.4 GHz is part of the ISM band and is one of the most common drone control frequencies.