Ukraine Destroys 250 Russian Artillery Systems in Two Nights, Hits Moscow Oil Refinery Again

Ukraine Destroys 250 Russian Artillery Systems in Two Nights, Hits Moscow Oil Refinery Again

Ukraine has destroyed 250 Russian artillery systems in just two nights using new barrel-destroying munitions, while also striking a major Moscow oil refinery for the second time in a week, disrupting hundreds of flights.

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Ukrainian forces destroyed 250 Russian artillery systems over two nights using a new type of munition that specifically targets the gun barrel, making repairs impossible [175339][175345]. Standard drone strikes often only damaged Russian artillery, allowing crews to fix them and return them to combat, but the new weapon solves that problem [175345]. Ukrainian commanders say the strikes have significantly reduced Russian firepower along the front line [175345]. The munition’s design and manufacturer have not been publicly disclosed [175345].

In a separate operation, Ukraine hit a major Moscow oil refinery for the second time in a week, sending huge black plumes of smoke over the Russian capital [176270]. Moscow’s mayor, Sergey Sobyanin, confirmed that several drones reached the refinery, owned by Russian oil producer Gazprom Neft [176270]. The attack disrupted hundreds of flights at Moscow’s airports, causing widespread travel delays [176270]. The operation marks a significant escalation in Ukraine’s ability to strike deep inside Russian territory [176270].

To achieve these results, Ukrainian drones now use focused antennas that strengthen communication signals and make the aircraft harder for Russian defenses to detect [174362][175339]. The modification helps drones maintain a stable connection with their operators while reducing their electronic signature, allowing them to slip past radar systems [174362]. Ukraine’s Defense Ministry has also confirmed that artificial intelligence is now part of its long-range drone systems, helping them navigate without reliable GPS, avoid electronic warfare, and identify targets during the final stage of flight [171296].

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