Russian Military News, Reports, Data, etc.
- Thread starter tphuang
- Start date
Got to hand it to the animator. Beautifully recreated 3D models with such detail and animation, spent on a machine that has killed so many. The Russians technically refer to it as a flamethrower, but in my mind, TOS should rightfully refer to "TOAST", which is what happens to those on the business side of it.
While the TOS-1A has been superceded by the longer ranged and wheeled TOS-2, many examples continue to serve. Much of what's described on the video will apply to the upcoming TOS-3, which combines the chassis of the TOS-1 with the rocket launcher of the TOS-2.
While the TOS-1A has been superceded by the longer ranged and wheeled TOS-2, many examples continue to serve. Much of what's described on the video will apply to the upcoming TOS-3, which combines the chassis of the TOS-1 with the rocket launcher of the TOS-2.
Rare footage of Russian pilots training on the simulator complex of the Russian Tu-22M3 bomber. Officially it is reported about the Tu-22M3 simulator, but the cockpit is similar to the Tu-160, perhaps the simulator is universal. Pilots and navigators of the Russian long-range aviation practice tasks in emergency situations on the simulator complex of the Tu-22M3 aircraft. During the training, the pilots conducted training in adverse weather conditions, zero visibility, with various failures of onboard radio-electronic equipment, such as engine failure or loss of radio communication. In addition, while working on the simulators, the pilots practiced the tactical destruction of command posts, combat equipment and fire suppression of advancing forces of the imaginary enemy
The Russian coastal detachment "Tiger" received new T-80BVM tanks. The servicemen demonstrated one of the tanks. Russian T-80BVM tanks are equipped with a set of thermal and radar visibility reduction "Nakidka". Additional protection against drones is installed on the turret and engine-transmission compartment of the tank. The tank is also protected from drones by electronic warfare systems.
Rare footage of the Russian BTR-MRU-D air defense reconnaissance and control vehicle, based on the BTR-MDM Rakushka. The MRU-D is used by the Russian Airborne Forces and is equipped with the MRU-D (9S932-2) air defense reconnaissance and control module with the 1L122-1 Garmon radar. In this case, the MRU-D works together with the Russian Strela-10 air defense missile system. The MRU-D radar was first shown in 2018 and is designed to detect air targets at low and medium altitudes. The MRU-D air defense module operators transmit data via secure communication channels for target designation by the Strela-10MN air defense missile system or by crews with the Verba MANPADS. The MRU-D radar is capable of detecting targets at a range of up to 40 km, at target flight speeds of up to 700 m/s and flight altitudes of up to 10 km. The MRU-D radar can track up to 100 targets simultaneously. The radar is ready for operation for 5 minutes, and is controlled by two operators. Information about the BTR-MDM is available on the channel.
ZALA has presented a new compact launcher for the Russian drone "Lancet-51", officially called "Product 51". The new design of the launcher for the drone "Lancet" is a compact and lightweight device that the drone operator can carry manually. This allows the drone to be launched at a significant distance from the location of the ground control station. To prepare the launcher for the drone launch, one person and no more than 1 minute of time are enough. Disassembling the launcher after launch is not required. Thus, ZALA developers have simplified and made the process of launching the Lancet loitering munition faster and safer.
Some detail on the new version of the 2S43 Malva which now appears to be using the Hyacinth-B cannon instead of the MSTA-B gun. While the caliber length is identical, the Hyacinth-B gun uses a significantly heavier powder charge.
"Russian 152-mm self-propelled gun based on the wheeled chassis of the Bryansk Automobile Plant
The BAZ-6910-027 Voshchina all-wheel drive vehicle with an 8×8 wheel arrangement already serves as the basis for the Malva self-propelled howitzer. It is manufactured using the artillery part of the towed howitzer 2A65 "Msta-B".
In a new installation applied artillery part of the 2A36 Hyacinth-B towed gun.
With an identical caliber of 152 mm and the same barrel length of 47 calibers, they differ in the volume of the charging chamber. For 2A65 it is 16 liters, and for 2A36 – it is 27 liters.
Using a higher power charge provides increased firing range of artillery shells, including Krasnopol-D guided ammunition, at a distance of up to 50 km."
"Russian 152-mm self-propelled gun based on the wheeled chassis of the Bryansk Automobile Plant
The BAZ-6910-027 Voshchina all-wheel drive vehicle with an 8×8 wheel arrangement already serves as the basis for the Malva self-propelled howitzer. It is manufactured using the artillery part of the towed howitzer 2A65 "Msta-B".
In a new installation applied artillery part of the 2A36 Hyacinth-B towed gun.
With an identical caliber of 152 mm and the same barrel length of 47 calibers, they differ in the volume of the charging chamber. For 2A65 it is 16 liters, and for 2A36 – it is 27 liters.
Using a higher power charge provides increased firing range of artillery shells, including Krasnopol-D guided ammunition, at a distance of up to 50 km."
The Russian company "IRIT" from Ryazan presented the FPV drone "Ryazan", the company made a very detailed review of the drone. Even the operating frequencies of the drone are indicated. But the publication of frequencies is not critical, the drone is controlled via the "Fan" channel, with a random frequency tuning mode. The drone uses many components of Russian production. The body of the drone "Ryazan" consists of plastic, fiberglass and metal, which reduce the effective reflective surface of the drone to 0.05. The drone has a remote detonation function, it can also be used to drop ammunition, reconnaissance, it is equipped with a thermal imager. The drone has a brushless electric motor, power is provided by a battery with a capacity of 18,000 mAh. The drone's carrying capacity is up to 7 kg. The drone's flight duration is up to 20 minutes, at an altitude of up to 4 km at a speed of up to 100 km / h. Flight range is up to 15 km. The price of the Ryazan drone is still unknown.
