cpd-nsdc-drones-hit-two-important-objects-of-the-russian-military-industrial-complex

CCD NSDC: drones hit two important objects of Russia's military-industrial complex

 • 4498 переглядiв

Two important objects of Russia's military-industrial complex in two Russian regions were hit by drones overnight, said Andriy Kovalenko, head of the Center for Countering Disinformation of the National Security and Defense Council, on Telegram, writes UNN.

Drones hit two important objects of Russia's military-industrial complex tonight

- wrote Kovalenko, head of the NSDC's Center for Countering Disinformation.

He indicated that it refers to:

  • Nevinnomyssk Azot plant in Stavropol Krai - a producer of chemical raw materials for explosives, including nitric acid and ammonium nitrate. It is a key supplier for the production of ammunition, including artillery shells, aerial bombs, and MLRS;
    • Kotovsk Powder Plant in Tambov Oblast - one of the oldest and strategically important enterprises of the Russian military-industrial complex. It specializes in the production of a wide range of powders - for small arms, artillery, MLRS, aviation and missile systems. Its products are used by dozens of defense enterprises. In fact, without Kotovsk, neither "Grad" nor "Smerch" can fire.

      "Russia must cease fire. And as long as it doesn't, this is what the objects of the Russian military-industrial complex look like," commented Andriy Yermak, head of the President's Office, publishing a video on Telegram.

      Popular
      "Dancing with the Stars": winners announced

       • 16141 переглядiв

      Attack on Odesa region on New Year's Eve: enemy struck energy infrastructure

       • 6168 переглядiв

      On New Year's Eve, the enemy attacks with Shaheds: several explosions heard in Odesa

       • 5674 переглядiв

      Attack on Zaporizhzhia: number of wounded increased to five

       • 5100 переглядiв

      Trump shared NYT article about Putin's bluff as main obstacle to peace

       • 10759 переглядiв

      News by theme