Technology

"Reb Moster": As the Armed Forces captured a weird Russian tank and which devices found (video)

The study of Reb means from a bizarre tank of the Russians was preceded by a three -day surgery for its admiration. Its participants were presented for awards. The military from the special purpose team of the National Guard of Ukraine "Azov" seized a Russian tank with many means of radio electronic wrestling, which was reported earlier. The devices have studied and told about them in their Telegram channel Ukrainian military and radio expert Sergey Beskrestnov with the call sign "Flash".

According to the expert, the basic remedy consists of six antennas and six modules: two antennas of 800 MHz, 900 MHz and 2. 4 GHz, two modules for 50 watts. Used patch antennas are directed with a 60-70 ° diagram. "Therefore, there were three on the tank on all sides," he said. Used RBs without active cooling, so the design had radiators. The origin of obstacles are Chinese, they have a power from the source 28 V. Sergei Beskrestnov evaluated the possibilities of the entire set of installed remedies.

They are able to suppress the radio channel Mavic for 500-800 meters, and ELRS UAVs-50-150 meters from the tank. Since drones could be expected in other ranges, the Russians added frequency to the base device. This is also done with patch antenna and Chinese modules. Laser -cut tin antennas have a minimum cost. The additional device operates in 700 MHz and 5. 8 GHz ranges and has a cube. Beskrestnov not commented on all the features of the device, but did not name it.

Only the military will receive complete information. "I will not publicly voice my opinion and some nuances about this product. Because I do not want to give the enemy hips for its improvement. In his Telegram-channel "Officer+" Lieutenant of the Armed Forces with the call sign "Alex" told about the attachment of the system of RBs to the tank and the history of his admiration from the words of the participant.

According to the military, such a design with fixed reb means is quite unstable during rapid movement and maneuvers. He also noted the imperfection of the system itself. This tank participated in the storming of Russian invaders under the settlement of Tern. He rode at the beginning of the armored vehicles and immediately drowned four UAVs of the Armed Forces. Then the Ukrainian soldiers were able to find a weak place in radio interruptions and pound it.

"Alex" states that the tank was essentially not coped with the protection of the column - he just managed to drive a little further from others until he was disposed of. The lieutenant says that this is not the first case of the use of such protective structures on the tank. Near the thin to the Avdeevsky direction, the Russians used two tanks with similar kits of the HR.

Then one of them was traveling in his head and the other in the tail of the column - so they formed a dome that could protect the entire column. But it was still destroyed. According to an unnamed participant in the tank, he "lived" a little longer than the rest of the column and stopped after damage to the FPV-arable fire system. The wire was also wound on the chassis, which led to its collision with BMP and stop. Immediately afterwards, the Russians left the tank.

The admiration of the tank, along with its equipment, has become a longer work. Azov tankers repaired his noses, 400 m from the positions of the Russians. I had to unlock access to the mechanic-driver from the hatch above the hatch, change heavy batteries and cylinders of the two, not three. They also cut and pulled the wire, which was replaced - there was a mine under the tank.

The operation lasted three days, during which time the Russian soldiers tried to storm the tank on motorcycles, but were destroyed. On the third night, the tank was unlocked, but there were adventures. Due to the poor visibility, the tank got into a large funnel from a managed airbag. Mehvod lost consciousness, but later was able to remove the tank from the trap on his own. The trophy is a model T-72B3M of the sample 2022, with a thermal imaging sight 1PN96MT-02.