In order for the radio station to work properly, the radio station must be very close to the frequency band of the signal that the computer is interrupting. At the same time, an independent think tank specializing in military electronic systems, some powerful drone jammer guns can detect targets 93 miles away and shoot them down or return home.
Drone jammers are blocked mainly by interrupting the GPS interruption and wiring needed to connect the drone to fly. More and more reports indicate that the Russians are expanding their ability to falsify system signals, thereby pointing enemy receivers to the wrong position. Previously, in Moscow, there were other reports of location errors in the player of the popular mobile game "Pokemon Go", which is based on location services enabled via a GPS signal blocker on a mobile device.
The role of drones on the battlefield is very important, so shooting down or disabling drones is a topic that is being studied in various countries. With the exception of physical projectiles (drones are hit by projectiles or lasers while descending), methods of stopping drones are mainly through drone jammers: RF interference, Global Satellite Navigation System (GNSS) interference, and identity theft. Under RF interference, the link between the drone and its operator is severed, which usually results in the drone descending or returning. With GNSS, the link between the drone and satellite navigation is lost, and the drone will usually float in place, land or return.