The 3rd Separate Assault Brigade conducted the first-ever successful confirmed assault on enemy positions using only aerial and ground drones. Operators from the DEUS EX MACHINA company even managed to capture prisoners using a ground-based robotic complex.
The 3rd Separate Assault Brigade conducted the first-ever successful confirmed assault on enemy positions using only aerial and ground drones. Operators from the DEUS EX MACHINA company even managed to capture prisoners using a ground-based robotic complex.
The press service of the 3rd Infantry Brigade reported this on its social networks.
«Without infantry and without losses. The Third Assault Brigade carried out an unprecedented operation — fighters attacked enemy positions in the Kharkiv region, cleared them and took the occupiers prisoner exclusively with the help of drones and ground robotic complexes,» the Third Assault Brigade noted.
First, the Ukrainian military attacked the Russian fortifications using FPV drones and a ground-based kamikaze robot. When the next robot was approaching the destroyed dugout, the occupiers announced their surrender. The surviving Russians were taken out by aerial drones to the positions of the Ukrainian military and taken prisoner.
The 3rd Armored Brigade noted that this happened at positions that adjacent units had twice failed to take, but had managed to retake with robots.
«This is the work of the NC13 NRC unit from the DEUS EX MACHINA BPS company of the 2nd Assault Battalion. And this is the first confirmed successful assault of exclusively unmanned platforms in modern warfare!», — the Third Assault Battalion claims.
Earlier, fighters of the NC13 NRC showed how they «captured» a Russian machine gun using a ground-based robotic complex. To do this, the NRC drove 450 meters deep into enemy positions and stole the weapon from under the Russians' noses.
Recall that recently, the commander of the separate K-2 unmanned systems regiment, Kyrylo Veres, spoke about the experience of successful evacuations of wounded soldiers using ground robotic complexes and called for it to be scaled up.
