An episode of the work of the units, the material and technical support of the Russian army. In the video, a Russian serviceman of the fuel service conducts a field check of the quality of diesel fuel. Now the Russian army is creating a network of military mobile refueling points and fuel depots.
The first footage of the new modification of the Russian Gibka-S air defense system has been published. A machine gun has been added to the standard Gibka-S air defense system, which consists of MANPADS missiles. A review of the Gibka-S air defense system is in the link to the video in the comments to the video. The video was filmed at a training ground, and you can see for the first time the Gibka-S air defense system control system and the destruction of a training air target using this air defense system. The modification of the Gibka-S air defense system with small arms was created at the request of the military.
Russian servicemen of the 340th engineer-sapper battalion demonstrated the use of the portable mine clearance system ZRP-2 "Tropa". The ZRP-2 "Tropa" mine clearance charge was developed in the USSR in 1981 and is designed to make passages-paths in anti-personnel minefields. The ZRP-2 charge kit consists of a detonation cable filled with A-IX-I 9 explosives (hexogen), a solid-fuel rocket engine, a connecting rope, a detonator, a brake cord, a launcher, an anchor, a launcher and a backpack for carrying. In simple terms, when the rocket engine is launched, a detonation cable is stretched across the minefield, and when the cable is detonated, anti-personnel mines are deactivated or destroyed. This allows you to create a passage up to 60 centimeters wide and up to 54 meters long in a minefield. Full specifications of the ZRP-2 mine clearance system in the description of the video. The weight of the ZRP-2 kit is up to 50 kg. The time for preparation for launch is up to 5 minutes, which can be done by one serviceman.
Footage of a Russian Iskander-M ballistic missile hitting a Ukrainian M142 HIMARS MLRS. The HIMARS MLRS was developed in the United States in 1996 and until recently was the most effective in the Ukrainian army. But over the past three years, at least 79 HIMARS MLRS installations have been destroyed in Ukraine, according to Russian media. Russian drone operators tracked the entire route of the HIMARS MLRS. The video was filmed on the outskirts of the village of Starovarvarovka, located northwest of the city of Druzhkovka in Donbass. Judging by the video, the HIMARS MLRS was destroyed with its personnel. The official Pentagon report states that as of October 14, 2022, Ukraine received 38 HIMARS MLRS, and additional MLRS may be delivered by the end of 2022. Also in 2022, another 11 M270 MLRS MLRS were delivered from the UK and Italy, and 5 MARS II MLRS were delivered by Germany. In total, in 2022, Ukraine officially already had 54 HIMARS MLRS, M270 MLRS, and MARS II MLRS in service.
The Russian Aerospace Forces received new Su-34 fighter-bombers, the delivery was carried out by the Novosibirsk Aviation Plant named after V.P. Chkalov. This is the first batch of Su-34 fighter-bombers since the beginning of 2025. The number of aircraft is not reported, usually it is from 2 to 4 units. The production of Su-34 in Russia has more than doubled in two years, now it is the most popular aircraft. Most often, the Su-34 aircraft is armed with FAB bombs equipped with UMPK modules.
The Su-34 is capable of performing missions without fighter cover. The Su-34 carries twice the bomb load as the Su-24M. The flight range of the Su-34 is up to 4,500 km, the maximum speed is up to 1,900 km / h, the combat load is up to 12 tons.
