A rare tracked artillery tractor ATS-59G was spotted in units of the Russian army. The military tractor ATS-59G is used by specialists of the fuel and lubricants service. It is worth noting that the Ukrainian army also uses artillery tractors ATS-59G as assault combat vehicles, one of which was recently spotted. The ATS-59 was developed in the USSR in the Special Design Bureau of the Kurgan Machine-Building Plant in 1959, it was produced until 1967, in 1969 it was modernized to the ATS-59G version. The military tractor ATS-59G was used by Bulgaria and Finland, in Egypt, on its basis, they make the Raad 200 MLRS, a review is on the channel. The tractor can now be freely purchased in Russia, its price is from 1.5 to 2.5 million rubles. The fuel consumption of the ATS-59G is colossal, up to 160 liters per 100 km. The tractor is equipped with a 12-cylinder A-650G engine with a volume of 38.88 liters and a power of 300 hp. The mass of the tractor is 13.5 tons, it can carry up to 5 tons of cargo. Cruising range with additional tanks is up to 500 km, speed up to 45 km / h. The tractor can accommodate up to 18 people.
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New batch of Su-35S delivered to VKS:
Newly released videos shows that Arena-M is indeed capable of intercepting top attack missiles
Rosoboronexport has published a new episode of testing the Russian active protection system Arena-M on T-72B3M tanks. Initially, the Arena-M active protection system could only destroy horizontally flying ATGMs. But in the new footage, the upper part of the video, the Arena-M active protection system now protects the tank from ATGMs flying into the upper hemisphere of the tank. It is not yet known whether the Arena-M active protection system will be able to destroy FPV drones. It is worth noting that currently no active protection system for tanks, including the popular Israeli Trophy active protection, can protect a tank from FPV drones. The Arena-M active protection system has begun to be installed on Russian tanks; the first T-72 tanks have already been spotted in combat units. Earlier, the T-90MS Proryv tank with Arena-M active protection system was also shown at the test site.
Footage of a Russian Il-38N anti-submarine aircraft flying near the US Navy aircraft carrier Carl Vinson (CVN-70). The Il-38N is escorted by American F-35C Lightning II fighters and an F/A-18 Super Hornet fighter-bomber. The videos were taken from the Il-38N and the aircraft carrier. In 2020, a Russian Il-38 aircraft flew undetected at an extremely low altitude, 30 km away from the US Navy aircraft carrier George Washington (CVN-73). It is worth noting that it is difficult for fighters to escort the Il-38N aircraft due to its low flight speed. Fighters are forced to fly at minimum speed. The Il-38 was created in the USSR in the 1970s and then modernized
Pantsir now confirmed to deal with ballistic missiles at high altitude. It was earlier mentioned in Skynews and RT Arabic comprehensive upgrade.
the one with track has no gun. it has to move fast. there is Pantsir covered inside the trees. alot of skills and stamina for crew to be covered inside the trees all day. only one systems comes out at time. i have read 16 missile launches in one minute from a launcher. two types of missiles.
the one with track has no gun. it has to move fast. there is Pantsir covered inside the trees. alot of skills and stamina for crew to be covered inside the trees all day. only one systems comes out at time. i have read 16 missile launches in one minute from a launcher. two types of missiles.
Everyone is used to remote work, but controlling drones in this way is still a novelty. The Tula manufacturer of FPV drones "Ovod", information about drones is on the channel, showed remote control of an FPV drone at a distance of 800 km. The drone operator was in Tula, the FPV drone was in Mariupol. The video shows the use of the drone at the training ground. The developers reported that controlling the drone at such a distance became possible thanks to the "Orbita" system, which was created in Tula. Technical details have not yet been disclosed. Thus, controlling an FPV drone, for example, from an office, will soon become a very real practice. Probably in the near future, remote command centers with drone operators will already be created.