Ukraine - Russia Conflict

Footage of the attack of the Russian FPV drone "Prince Vandal Novgorodsky" on the Ukrainian tank "Leopard-2A6" of German production. The drone is controlled by the fiber-optic system "Groza-Leska", which allows it to remain invulnerable to electronic warfare. The consequences of the drone's strike on the tank are not shown, the tank itself has a protective canopy, the so-called barbecue, made of mesh. The FPV drone "Vandal" can carry a payload of 3.5 kg. The drone is controlled by a fiber-optic cable at a range of up to 20 km. The video was filmed in the Kursk region of Russia.

 
Ukraine says struck Russian ammo depot with drones
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994,500 men conscripted, this does not include recruits/volunteers, or PMCs, or foreign mercenaries.

 
10% inflation, 19% interest rates but ruble falling again. This means Russia is printing money rather than borrowing it into existence. It's worth noting that Russia raised interest rates from 18% to 19% only 2 weeks ago and raised it from 16% to 18% in July.

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You can't be doing that counting shit around here yo! Why? Why you might ask? 🤡 :ROFLMAO: @randomradio, @Rajput Lion, @RASALGHUL, @Innominate, @Picdelamirand-oil


Maybe you'd have more children if you stopped killing all the sperm donors.
 
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Footage has been published of a Russian Su-34 fighter bomber attack, presumably with an ODAB-1500 vacuum bomb. The video was filmed in Vovchansk, Kharkiv Oblast, Ukraine. There is no official ODAB-1500 bomb, but the presence of the bomb was confirmed by Colonel General Alexei Kim in March 2024, reporting at a meeting to Russian Defense Minister Sergei Shoigu on the use of such an aerial bomb. It is possible that the ODAB-1500 bomb was created in Russia in the 2000s. The first ODAB-500 bombs were produced in the 1970s by the Bazalt Federal State Unitary Enterprise, a development of the GSKB-47 design bureau. The ODAB-1500 aerial bomb is activated sequentially during combat use: first, the active substance is sprayed, and then it oxidizes in the air with ignition and subsequent detonation. Based on the data on ODAB-500, the radius of destruction of the thermobaric charge of the ODAB-1500 bomb is not less than 500 meters, with a pressure of 120 atmospheres at the epicenter of the explosion. The damaging factor of the ODAB-1500 bomb is thermal radiation and a jump in atmospheric pressure. A large area of destruction allows to reduce the cost of the ammunition by reducing the requirements for accuracy of impact.