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Ukrainian FPV Drone Takes on Russian Recon Drone with AI Evasion Tactics, Video
Recent reports indicate that Russian reconnaissance drones are now equipped with evasive maneuvering capabilities to avoid Ukrainian intercepting drones. A video shared by Sergei Sternenko illustrates a recent engagement where a Russian Zala 421 drone attempted to evade an approaching Ukrainian FPV drone but ultimately failed.
The unit from the 11th Brigade of the National Guard of Ukraine effectively neutralized the target.
During the engagement, the Zala 421 executed a sharp roll to the side as the FPV drone closed in, demonstrating its programmed evasion tactics. While the precise operational principles of these drones remain unverified, there is speculation that they may be fitted with rear-facing cameras capable of detecting threats. This system could potentially initiate pre-programmed evasive maneuvers upon detection of an approaching drone.
The repetitive nature of the Zala drone’s evasive actions suggests a degree of automation. However, there were no visible indicators of a rear camera on the target drone, leading to the hypothesis that evasion may be triggered by the proximity of radio signal emissions from intercepting drones.
In recent weeks, it has been reported that Russian drone operators have been experimenting with equipping their drones with countermeasures against Ukrainian FPV interceptors. These modifications may include signal analyzers designed to detect the approach of FPV drones, which continuously transmit video signals. Upon detection, the drone could temporarily activate a radio jamming module aimed at disrupting guidance systems.
Despite these advancements, the Ukrainian Defense Forces continue to implement active countermeasures against Russian reconnaissance drones, resulting in significant losses for the enemy. These efforts have reportedly accounted for hundreds of destroyed Russian drones, severely impacting the situational awareness of Russian command and limiting the effectiveness of missile and artillery systems that rely on drone coordination.