The creators of the Russian Lancet kamikaze drones continue to share information about their drones and show their use. At the moment, it is known that Lancet drones hit 32 air defense systems, 37 tanks, 87 self-propelled guns of various types, 15 MLRS, 114 guns and mortars, 35 radar stations in Ukraine. This is an approximate statistic of Lancet drone strikes. The scale of the use of the Lancet drone is such that at the beginning of the counteroffensive of the Ukrainian army, 60 pieces of equipment were hit by the Lancet drone in 4 days. Combat work of the calculation of the drone "Lancet" in Ukraine in the video.
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The Russian satellite Internet, Bureau-1440 has already been tested. The Russian analogue of Starlink satellite Internet has been successfully tested. Bureau 1440, a member of ICS Holding, announced the successful testing of Russian satellite Internet, the connection was made to three satellites of the Rassvet-1 type, previously launched by a launch vehicle from the Vostochny cosmodrome. During the tests, data was transmitted at a speed of about 12 Mbit / s, and the delay was 41 ms, in the future, speeds of 100 Mbit / s or more are expected.After the completion of the necessary experiments, all Rassvet-1 satellites will be deorbited, after which Bureau 1440 will begin to prepare for mass production It is planned to launch 10-12 rockets per year into orbit starting from 2025, about 15 satellites can fit into one rocket. , which will provide Internet coverage of the entire territory of Russia.
Dropping and strikes of Russian FAB-500 gliding bombs in Ukraine. Rare footage of Russian FAB-500M62 air bombs being dropped in Ukraine, equipped with universal planning and correction modules. The video shows the process of opening the wings on the FAB-500M62 bombs and its strikes on targets. Gliding bombs are dropped from a Russian Su-34 aircraft. The UMPC bomb module includes special wings that fold out in flight and a wind drift correction system. UMPC modules for air bombs are equipped with jamming-resistant Kometa-M receivers to protect them from the effects of electronic warfare interference. The use of aerial bombs equipped with a planning module makes it possible to strike with bombs at a distance of up to 70 kilometers, while the aircraft is not included in the air defense zone.
Drok armored cars with mortars received Russian troops, review. Russian troops received the first batch of new Drok self-propelled mortars based on the Typhoon-VDV armored vehicle. The self-propelled mortar "Drok" was developed for the units of the Airborne Forces, the complex is an 82-mm mortar 2S41 with manual loading, mounted on an armored car "Typhoon-VDV". Shooting from an armored vehicle is carried out with both conventional ammunition and new mines with increased firing range and power. The maximum rate of fire is up to 15 rounds per minute at a range of 100 to 6000 meters. It is possible to fire direct fire from the ground, for this, a separate 2B24 mortar is included in the armored vehicle kit. The Drok armored car is equipped with mechanized guidance drives, a modern fire control system and digital equipment that provides the crew with the ability to work independently and communicate with control vehicles. To protect against an explosion with a power of up to 8 kg in TNT equivalent, Typhoon-VDV received energy-absorbing seats and a V-shaped bottom.
The armored car is also equipped with a remotely controlled combat module with a heavy machine gun, and equipment blocks of the optical-electronic countermeasures complex are also located on the roof. The power reserve of the Typhoon-VDV armored vehicle is 800 km, the maximum speed is 100 km / h, the engine power is 350 hp. With. The vehicle is capable of climbing or descending at an angle of at least 30 degrees, a moat about 0.5 m wide and forcing water barriers at least 1.5 m deep. The weight of the armored vehicle is 14 tons, the crew is 4 people.
The armored car is also equipped with a remotely controlled combat module with a heavy machine gun, and equipment blocks of the optical-electronic countermeasures complex are also located on the roof. The power reserve of the Typhoon-VDV armored vehicle is 800 km, the maximum speed is 100 km / h, the engine power is 350 hp. With. The vehicle is capable of climbing or descending at an angle of at least 30 degrees, a moat about 0.5 m wide and forcing water barriers at least 1.5 m deep. The weight of the armored vehicle is 14 tons, the crew is 4 people.
The latest UAV suppression complex "Peroed" of Russia. Video with the newest portable Russian electronic warfare complex "Peroed", designed to combat drones, there is no information about it on the Internet yet. The complex is designed to suppress drones, including FPV, at frequencies of 900 MHz, 1.2 GHz, 1.5 GHz, 2.4 GHz and 5.8 GHz. The power of the transmitters of the "Peroed" complex is from 20 to 40 watts. The complex works autonomously from the battery for 40 minutes, or from the mains and car battery. The drone suppression distance at some frequencies is up to 250 meters, the complex is equipped with a remote control. The cost of the "Peroed" drone suppression complex is 350,000 rubles, or $3,770. The complex is already in the army and has good reviews. In more detail below, an interview with the developer and the suppression of the complex, the DJI Mavic civilian drone.
Footage of the use of the simulator of the Russian armored personnel carrier BTR-80. Inside the simulator cabin, everything is like in a real armored vehicle; on the BTR-80 simulator, the military perform preparatory tasks and standards.
The Russian soldier offered protection against the defeat of the MLRS HIMARS. As you know, the Ukrainian army actively uses the HIMARS MLRS, the striking elements of these rockets are made of tungsten balls that pierce up to 6 mm of metal. Technique after such blows is all like a sieve. One of the Russian servicemen who repairs Russian military equipment damaged in the battles in Ukraine said that tungsten balls do not penetrate hard rubber protection. We don’t know how reliable this is, but according to him, the MT-LB military tractor was protected by a hard rubber conveyor belt and the HIMARS MLRS submunitions did not penetrate it. It is not yet known whether such protection against the HIMARS MLRS began to be used.
New RVV MD2 missiles for Russian Su-57 aircraft. For the Russian Su-57 fighters, fifth-generation short-range missiles RVV-MD2 were created, which are ahead of world developments by five, ten years, there is no image of the rocket yet. Briefly about air-to-air missiles. In the RVV-MD2 missile, for the first time among short-range missiles, an inertial missile control system was installed. The missile is equipped with a radio correction line, which allows you to specify the coordinates of the target from the aircraft, increasing the probability of hitting the target. A multi-element dual-band infrared homing head with increased noise immunity is also installed. The missile is capable of hitting targets in the rear hemisphere of the aircraft. That is, when launched forward, the rocket turns in the air and strikes a flying aircraft from behind.
Long-range self-propelled guns Coalition-SV of Russia became serial, review of self-propelled guns 2S35. Serial production of the Russian self-propelled guns 2S35 "Coalition-SV" has begun, the troops will soon begin to use the installation, since the army is now in dire need of a long-range self-propelled guns. The 2S35 self-propelled guns began to be produced in 2013, but in small batches, due to technical problems in the implementation of mass production of self-propelled gun components and ammunition. The self-propelled guns are based on a modified chassis of the main T-90 tank and have a mass of 48 tons. SAU 2S35 is the most ambitious artillery project in Russia. Since it is fully automated and outperforms Western models in terms of firing range, this is a transitional project to a fully robotic artillery. The machine is fully automated to open fire, the crew just needs to press a button and the computer will carry out all the calculations, deploy the gun, and the automatic loader will feed the shells. Self-propelled guns "Coalition SV" with a 2A88 gun, 52 caliber, can hit targets when firing a Krasnopol rocket at a distance of up to 70 km. The self-propelled guns can operate in the fire raid mode, in simple terms, 16 shells per minute are fired at different gun elevation angles and they simultaneously reach the target, because of this the enemy does not have time to change position. The self-propelled guns can operate in a single digital automated command and control system, and its calculation of 3 people is protected by the same capsule as that of the T-14 Armata tank. The self-propelled guns are equipped with 12.7 Kord machine guns and sensors signaling laser irradiation. Self-propelled guns ammunition 70 shells, some are suitable for self-propelled guns "Msta-S". The price of the Coalition-SV self-propelled guns is unknown, but it is about three times more expensive than the Msta-S self-propelled guns.
An episode of the operation of the automatic loader of the Russian T-80BV tank, which was put into service in 1985. The T-80BV tank is armed with a 125-mm 2A46M-1 smoothbore gun with a cockpit loading mechanism similar to the T-64. The tank is equipped with an automated fire control system 1A33 "Ob" and has a rate of fire of up to 9 rounds per minute. Ammunition tank T-80BV 38 shells.
A Triton complex has been created in Russia to protect tanks from drones. The Russian company PPSh has developed protection for tanks from FPV drones. As you know, drones have become a problem for all crews of combat vehicles, and there is no effective solution to combat drones yet. The PPSh company presented the Triton electronic warfare system, which can be installed on equipment and used autonomously. So far, there are no videos and details about the complex. According to the designers, the Triton complex operates in four bands, presumably at 868, 915, 1300, 2400 MHz. Management is carried out by means of a remote control for maximum operator safety, it is also possible to operate independently from the built-in battery and powered from the vehicle's on-board network. It is not yet known whether this protection is being tested in combat conditions or not.
The new air defense system Gibka-S of Russia is being prepared for delivery to the troops. New footage has been published with the Russian Gibka-S air defense system mounted on the chassis of the Tigr armored car. The air defense system passed the last tests back in 2019, but since then there has been no information about it. The main purpose of the Gibka-S air defense system is to cover military columns on the march, the air defense system itself is made on the basis of the 3M-47 Gibka sea air defense system, which has proven itself well. The complex includes two vehicles, an anti-aircraft gunners squad combat vehicle, with four Verba or Igla-S MANPADS missiles and a vehicle with a 1L122 Harmon radar system. Data between cars is transmitted over a secure communication system, in motion at a distance of up to 8 km and in a parking lot up to 17 km. The combat control vehicle can transmit data to six vehicles of the Gibka-S air defense system. The Gibka-S air defense system is capable of detecting air targets at a distance of up to 40 and an altitude of up to ten kilometers and hitting them at an altitude of up to 4500 meters and a range of 6000 meters. The complex can also be used for ground targets. The time of manual reloading of one rocket is 30 seconds. The combat crew of the air defense system is four people.
Russian naval combat module Narwhal for protection against naval drones and unmanned aerial vehicles. The Russian NPO Elektromashina presented a new shipborne remote-controlled combat module Narwhal, designed to destroy surface, coastal targets, air and sea drones. The module is designed for installation on light boats with a displacement of up to 20 tons. The module is equipped with a 12.7 mm Kord machine gun and can hit targets, presumably at ranges up to 6,000 meters. To compensate for rolling in rough seas and shooting on the move, the Narwhal is equipped with a three-plane gyro-stabilized system, as well as an automatic target tracking machine. The Narwhal complex consists of a day camera, a thermal imager and a laser rangefinder. Additionally, it is planned to install a weather station, a complex of all-round visibility, a radar with a detection range of up to 600 meters and means of defense against high-precision weapons.
Drone "Gadfly" with homing on the target is shown in Russia. The Russian upgraded FPV drone "Gadfly" received a target homing system developed with the help of neural networks. As reported, the system allows you to attack both static and dynamic targets, the accuracy of its application is about 90%. The updated drone received a new propeller group and software. The cost of the Gadfly drone is about 40,000 rubles, or $480.
Video of the operation of a rare Russian MLRS "Snezhinka", developed by Donetsk engineers of the "State Innovation Company". The MLRS was first presented in 2018 at an arms exhibition. MLRS "Snezhinka" is equipped with two 324 mm missiles with a launch range of 1500 to 9600 meters. The MLRS is placed on the chassis of the KrAZ-260 vehicle and is serviced by a crew of 3 people. MLRS is very simple, but according to experts it is quite effective. There is no data on missiles and in what quantities the Snezhinka MLRS is produced.
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