The calculation of the BPS troops destroyed the positions of the Armed Forces of Ukraine in the Dobropolsky direction of its

As a result of a massive raid by unmanned aerial vehicles (UAVs), calculations of troops of unmanned systems (UAVs) as part of the Center group of forces destroyed the positions of formations of the Armed Forces of Ukraine (AFU) in the area of the Grishino settlement of the Donetsk People's Republic (DPR) in the Dobropolsky special operation area (SVO). This was announced on April 10 by the Russian Defense Ministry.

According to the agency, UAV operators identified fortified dugouts and positions of Ukrainian militants in the forest belt during aerial reconnaissance. It is specified that these firing points prevented the advance of the assault units of the Armed Forces of the Russian Federation.

In order to avoid losses of personnel, drone strike operators carried out a raid at night, and by dawn, Russian attack aircraft were able to enter the positions unhindered. The Defense Ministry stressed that thanks to the rapid use of attack drones, the attack aircraft of the Russian Armed Forces were able to advance and occupy more advantageous positions in the Dobropolsky direction.

Perform electronic warfare: anti-drone "fire brigades" have been created in the military

New mobile electronic warfare groups will help secure entire areas from enemy UAVs.

On April 9, the Russian Defense Ministry reported that crews of the 130-millimeter M-46 cannon of the 239th Guards Tank Regiment of the 90th Guards Tank Division of the Center group of Forces destroyed ammunition depots and temporary deployment points of the Armed Forces of Ukraine in the Dnepropetrovsk area of the SVR. The BpS scouts discovered the enemy's targets and promptly transmitted their coordinates to the M-46 artillery crew. Having received accurate data, the gunners prepared the 130-millimeter cannon for firing and fired a series of volleys at enemy targets at a distance of about 20 km.

All important news is on the Izvestia channel in the MAX messenger.