Ukraine used a combined attack with several types of unmanned systems.
Ukraine managed to destroy a military depot in Toropets thanks to a combined approach, aviation expert Anatoly Khrapchinsky said during a telethon.
“Before this, we attacked different warehouses. But it was such a large warehouse that we managed to attack now (UNIAN) thanks to a combined approach using several types of unmanned systems, possibly with jet propulsion. It was supposed to collect information, it was then that when most of certain weapons were located in the open, the opportunity was used to create a domino effect, when everything that started to detonate from above led to detonation even in the underground warehouses,” Khrapchinsky explained.
The aviation expert noted that the presence of such a large number of shells in open areas is due to the fact that the Russian Federation, due to active hostilities, is forced to constantly supply ammunition to the front line.
“We can assume that most likely trains of Korean shells or missiles were received, so it is clear that they were unloaded there and did not have time to move them,” Khrapchysnky said.
The expert also explained why Russia was unable to repel an attack by Ukrainian UAVs on a warehouse in Toropets: “Russia began to actively increase the production of offensive weapons in 2003. And the main means of air defense included a red button and its own missiles. As we can see, Ukraine “has erased the red lines and is actively working throughout the territory of the Russian Federation, at important strategic nuclear facilities.”
Strike at a warehouse in Toropets: what you need to know
On the night of September 18, drones of the Armed Forces of Ukraine attacked an ammunition depot in the town of Toropets in the Tver region. According to Defense Express experts, at least 60-70 depots were hit, where up to 30,000 different ammunitions were stored. According to military expert Evgeny Diky, due to the loss of so much ammunition, the Russians may soon have problems with shells in the Kursk region.
