Russian forces enhance reconnaissance UAVs with electronic warfare against anti-aircraft drones
Russian Armed Forces have started installing electronic warfare equipment on its reconnaissance UAVs (unmanned aerial vehicles – i.e. drones) to protect them from Ukrainian anti-aircraft drones.
The innovation highlights the rapidly evolving nature of modern warfare, where electronic countermeasures are becoming as crucial as traditional weaponry. As both sides continue to adapt their strategies, this new capability could shift the balance of aerial reconnaissance and combat, underscoring the critical role of technological advancement in determining military superiority.
As reported by Defense Express, news about this possible direction of development for Russian drones circulated on social media starting since September of this year.
The cases of Russian forces using such means were reported by Serhii “Flash” Beskrestnov on Telegram, who also described the principle of operation of the rather small device.
According to Beskrestnov, the device consists of a scanner that captures the video signal from an anti-aircraft drone and is programmed to jam its frequency when the interceptor approaches. That is, the entire electronic warfare system is based solely on suppressing the “picture” rather than controlling it and is activated for 60 seconds, although it can be activated repeatedly.
Electronic warfare equipment that can interfere with the video channels of the opposing side have been used on multiple occasions during the Russo-Ukrainian War. Russian Armed Forces already have a similar piece of electronic warfare in their arsenal, which is called “Shtora”. The Russian Federation also boasted of systems that simply put their video on the image transmission channel.
Interference in electronic warfare
Beskrestnov explains that many drone operators have experienced interference by Russian electronic warfare. This interference is commonly described as a “curtain” because it covers the receiving image on the monitor of the drone operator, thereby resulting in the failure of video synchronization of the drone back to its operator.
Firstly, the interference is placed after manually checking the unit’s inscription on the menu, since the opposing operator does not know who is flying on this video frequency. Second, the drone’s flight location and battery charge are visually assessed from the image and a decision is made on how long to place the interference.
It is not clear to what extent such electronic warfare equipment has become widespread in the Russian Armed Forces. In addition, Ukrainian forces have analyzed these new developments and are developing their own countermeasures.
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