Ukrainian media published a video allegedly showing North Korean soldiers in the Kursk region of Russia. It is unknown who is actually shown in the video, perhaps this is trolling Russian soldiers. It is reported that DPRK soldiers in Russia are taught mine-explosive work and the basics of the Russian language.
Four Ukrainian kamikaze drones attacked the Russian city of Kaspiysk in Dagestan today, the video was published by local eyewitnesses. Some of the ships of the Russian Caspian Flotilla are stationed in Kaspiysk. Presumably, Ukrainian kamikaze drones of the A-22 "Flying Fox" aircraft type were used, the drones are based on the Aeroprakt A-22 aircraft. Some of the drones were shot down with small arms. Judging by the video, one of the drones presumably exploded near the decommissioned Russian missile boat "Stupinets" of Project 12411T, another drone exploded near a small missile ship of Project 21631. Presumably, Russian electronic warfare was operating in the port area, distorting the GPS signal, which is why the drones missed. At the moment, it is unknown whether the ships were damaged or not.
An episode of the assault on a stronghold of the Ukrainian army in the border part of the Kursk region of Russia. A group of Russian soldiers in a BMP-2 advanced to the stronghold and landed troops. The assault on the stronghold was carried out from the flanks, the BMP-2s provided fire support and suppressed the work of the stronghold's firing points. Artillery also worked. The dead soldiers are hidden in the video.
An episode of work and evacuation of a T-64 tank, a Danish mine-clearing vehicle HYDREMA 910 MCV, by the Ukrainian army. The minesweeper was developed by the Croatian company DOK-ING and the Danish Hydrema and has been produced since 1996. The HYDREMA 910 MCV mine-clearing vehicle was used by the United States to clear air bases in Afghanistan, it was well received and 41 units were purchased. The Russian Emergencies Ministry also purchased one vehicle and used it in Chechnya in 2001. It is also used by India, Singapore and other countries. The vehicle can be controlled manually using a joystick or automatically on autopilot. The 18-ton vehicle is designed to defuse anti-tank and anti-personnel mines containing up to 10 kg of explosives. The vehicle's mine-clearing system is equipped with a block with 72 chains and an armored deflector screen to protect against explosions and shrapnel.
Video of the use of the Russian FPV drone "Prince Vandal Novgorodsky" in Ukraine, controlled via fiber optic cable. In the video, the FPV drone "Vandal" pursues and attacks a Ukrainian BMP-2 of Soviet manufacture, they are also used by the Russian army. Note that the driver-mechanic noticed the drone and is trying to take the combat vehicle away. The BMP-2 has a net as protection from drones on top, but the drone attacks the BMP in the stern. As a result of the drone attack, the BMP was destroyed, the fate of the crew is unknown. The video was filmed in the Pokrovsky direction.
The Russian army has begun using captured Ukrainian M2A2 Bradley ODS-SA IFVs of American manufacture in combat. Some of the M2A2 Bradley IFVs have been restored and equipped with additional protection against drones in the form of so-called "barbecues". Currently, only one Russian M2A2 Bradley IFV is known, and there is no data yet on how many there really are. The Russian army uses the M2A2 Bradley IFVs primarily for transport purposes, since there are enough spare parts for them, from captured Ukrainian Bradley IFVs, and ammunition is limited. It is worth noting that the M2A2 IFV demonstrated good survivability during combat in Ukraine, but only when using the BRAT add-on protection. BRAT protection makes the combat vehicle heavier, but provides good protection. In the video, you can see the M2A2 Bradley IFV being hit by two Russian, presumably ATGMs, of an unknown type, despite the damage, the combat vehicle was removed from under fire. It is unknown how much the crew suffered. Below are details on the use of the M2A2 Bradley IFV in the Russian army and impressions of the combat vehicle.
An episode of combat use of the Russian 152-mm self-propelled gun 2S43 "Malva" in the Kursk region of Russia. The self-propelled gun "Malva" is mounted on the chassis BAZ-6910-027 "Voshchina". Judging by the video, the artillery gun used is still 2A64, it is planned to replace it with a longer-range one.
An episode of the movement of a column and landing of troops of the Russian BMP-2 in Novoivanovka, Kursk region of Russia. The BMP-2 as part of a column consisting of a T-72 tank and five BMP-2s broke through to Ukrainian positions in the settlements of Zeleny Shlyakh and Novoivanovka. The column split into two parts, during the movement of the column one of the tanks was hit by a strike, presumably by a drone, it is not clear from the video how much the tank was damaged. The video shows the landing of troops from the Russian BMP-2 in the village of Novoivanovka and the attack of a Ukrainian grenade launcher from behind a building, as noted in the video. The BMP-2 was attacked twice, the first grenade launcher strike was tangential, the second grenade launcher shot into the ground. The BMP-2 was not damaged and landed troops.
Footage of attacks by Russian kamikaze drones "Lancet-51" on two Ukrainian tanks Leopard 2A4, made in Germany, has been published. The tanks were used by the 33rd separate mechanized brigade of the Ukrainian army, technical information is on the channel. The tanks were attacked in the Kurakhovsky direction, near the settlement "Dachny", possibly the settlement "Dalniy". As a result of the attacks by the "Lancet" drones, both tanks were damaged, the extent of the damage is unclear, it is also unknown what happened to the crews.
Footage of the evacuation of a Ukrainian M1A1 SA Abrams tank, American-made, by two Russian tanks, the model of the tanks is unknown. The M1A1 Abrams tank was previously used by the 47th separate mechanized brigade "Magura" of the Ukrainian army, under what conditions it was lost is unknown, presumably the tank ran over a mine. The weight of the M1A1 SA Abrams tank is about 61 tons, plus additional Soviet dynamic protection. Apparently, the tank could not be evacuated using an ARV, so two tanks were used.
Footage of the strike of the Russian kamikaze drone "Lancet-51" on the Ukrainian light MLRS Sivalka VM-5 in the Kursk region of Russia has been published. The Sivalka VM-5 MLRS is designed to support infantry during offensive operations and is equipped with 12-16 80 mm unguided S-8 aircraft rockets. Initially, the Sivalka VM-5 MLRS was created for special forces of the Main Intelligence Directorate of Ukraine. The firing range of the Sivalka VM-5 MLRS is up to 5 km, it can be installed on any chassis, but is usually placed on pickups.
As a result of the strike by the Lancet drone, the Sivalka VM-5 MLRS was damaged, and personnel were also injured.
Combat use of Russian Kh-101 cruise missiles in Ukraine on November 17. The video shows Kh-101 cruise missile strikes on the Kremenchug hydroelectric power station, on the underwater part of the station and the consequences of the strike on the hydroelectric power station. At the end of the video there is an insert, strikes of Russian Kh-101 missiles on November 17, on the PS 330/110 electrical substation in the city of Rivne.
The Kh-101 missile has a range of up to 5,500 km, and a 400 kg warhead. Some versions of the Kh-101 missiles have an 800 kg warhead, the warhead of the missile was recently increased by reducing the fuel tank. The Kh-102 missile version can be equipped with a 250-kiloton nuclear warhead.
According to media reports, the damage to the Kremenchug hydroelectric power station in Ukraine is serious, including critical disruption of the hydro turbines, destruction of the shandor and local damage to the dam.
After the appearance of the Russian FPV drone "Prince Vandal Novgorodsky", controlled via fiber optic cable, Ukraine also began to equip its units with similar drones. The video shows various Ukrainian models of drones controlled via fiber optic cable, including large agrodrones like "Baba Yaga". The advantages of fiber optic drones are invulnerability to electronic warfare, the ability to fly low above the ground and fly inside shelters. Disadvantages include a smaller combat load of the drone, the need to plan a route and take into account the terrain, shorter flight range, and an experienced operator is also required.
Several models of fiber optic drones have already appeared in Ukraine, one of them is the drone "Khizhak RebOFF" from 3DTech. Now the Ukrainian drone "Khizhak RebOFF" is capable of flying a distance of up to 10 km, with a warhead from 900 grams to 2 kilograms, it is planned to improve the characteristics of the drones. Now it is inferior in characteristics to the Russian drone "Prince Vandal Novgorodsky", its flight range reaches 20 km. Also in Ukraine they use German drones of the company HIGHCAT and other drones. The price of a drone on a fiber optic cable is on average about 500 euros.
Ukrainian media published footage of a strike by Ukrainian Storm Shadow cruise missiles, made in England, on a building in the village of Maryino in the Kursk region of Russia. The strike was carried out on buildings on the territory of the estate of the princes Baryatinsky, it is unknown what is there. According to Ukrainian media, there is a communications bunker under the building. The second version of the media is that there were North Korean soldiers in the bunker. Judging by the video, there is no air defense in the area. Or the air defense is not equipped with radar to detect low-flying targets, this happens quite often. Why is this happening, the length of the front line is about 2000 km, the Russian army does not have enough air defense systems to cover all the facilities in Russia, since there are thousands of them. It is worth noting that no air defense can shoot down 100% of targets. Earlier, it was proposed to create an air defense belt around Ukraine, but it is unknown whether this was implemented. The video was filmed by a Ukrainian drone on November 20 and shortened. Judging by the video, about 10 missiles reached their target. At the end, the results of the missile strike are shown, but it is difficult to understand anything from them.
Ukrainian media reported that Russia used the RS-26 Rubezh intercontinental ballistic missile to strike the Yuzhmash plant in Dnepropetrovsk. This has not been officially confirmed. There is almost no information about the Russian RS-26 Rubezh missile system. The missile's range is about 3,500 km and the missile's weight is about 50 tons. The RS-26 Rubezh missile's warhead presumably has 6 separating warheads. The guidance system is autonomous and inertial. The video shows a truly unusual missile strike on Ukraine. The attack resembles something similar to strikes by separating warheads of an intercontinental ballistic missile. The missile's warhead was uncharged. There are media versions that conventional Iranian or North Korean missiles were used.
The Russian army has started using the new medium-range hypersonic ballistic missile "Oreshnik", Russian President Vladimir Putin announced. Earlier we showed the use of the Oreshnik missile, there is no image of it yet, but you can see, presumably, its flight. It is now known that the Oreshnik missile is solid-fuel and is largely based on the technological solutions of the RS-24 Yars intercontinental missile and the RS-26 Rubezh missile. Some experts believe that the Oreshnik missile is a shortened by one stage, the Yars-M missile system. The Russian Oreshnik missile is equipped with a multiple warhead, with six individual guidance units, presumably each unit has six submunitions, the warheads can maneuver, evading air defense systems. The Oreshnik missile can be equipped with a nuclear warhead, with a charge capacity of about 150 kilotons. The missile develops a speed of up to 12,250 km/h, or 2.5–3 kilometers per second. Depending on the equipment, the expected flight range of the Oreshnik missile is from 2,000 to 5,500 km.
Footage of a Russian Iskander-M missile hitting a Ukrainian MiG-29 fighter jet, made in the Soviet Union, has been published. The video was filmed at the Dnepr military airfield. The strike was carried out by a 9M723-K5 missile equipped with a cluster warhead. The video shows an air burst and the missile's precise hit on the target. Presumably, a missile with a 9E436 optical seeker was used, the probable deviation from the target is then 5-20 meters. As a result of the Iskander-M missile strike, the MiG-29 was destroyed, and ground personnel were reportedly also injured. It is worth noting that there are versions that there was a mock-up of the aircraft at the airfield. The explosion does not look like a cluster missile, but this is what the Ministry of Defense reported. Perhaps this is an unknown type of cluster warhead, they are made by two factories.
High-quality archival footage of precision bombing by four Russian FAB-500 M62 aerial bombs with the UMPK module. This is the highest quality footage to date. The FAB-500 M62 high-explosive aerial bomb was adopted for service in 1962 and was made of cast iron to reduce costs and produce more fragments. The video was shot in the fall, presumably September, near the village of Liptsy in the Kharkiv region. The bombing was carried out by a Russian Su-34 fighter-bomber; a Ukrainian army stronghold was located in the forest belt.
Unique footage of a close explosion of a Ukrainian MGM-140A ATACMS missile with a cluster warhead has been published. The missile is of American manufacture. A local resident witnessed the strike on the Russian airfield in Khalino, Kursk Oblast. The video shows a close explosion of M74 cluster warheads of the MGM-140A ATACMS missile. It is possible that an MGM-140B ATACMS missile with 275 cluster warheads was used. As was officially reported earlier, 7 out of 8 ATACMS missiles were intercepted by the Russian air defense system. For air defense, when working on ballistic targets, this is an excellent result. Despite this, two explosions are visible in the vicinity of the airfield. According to Ukrainian media, the S-400 air defense radar was destroyed, this has not been officially confirmed.
The Ukrainian tank Leopard 2A4, made in Germany, has begun to be used by the Russian army. The Leopard 2A4 was developed in 1985, technical information about it is available on the channel. There are no details about the Leopard 2A4 tank yet, visually the tank is in good condition and looks serviceable. It is unknown how the tank will be used, perhaps one of the Russian military bloggers will soon tell about the tank.
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