Map of Russia's special operations in Ukraine, the advance of Russian troops, militar

An episode of the battle of Russian paratroopers of the 98th Airborne Division in the Chasov Yar area. In the video, the Russian group is moving towards a Ukrainian stronghold with bunkers and a sniper placed there.

 
The Ukrainian Army will receive EFA CEFA self-propelled pontoon bridges made in France. The EFA self-propelled pontoon bridge was developed by Chaudronnerie et Forges d'Alsace and has been in use since 1993. The self-propelled bridge ferry EFA differs from the usual bridge layers that transport pontoon bridges; the EFA can also be used as an amphibious transporter. The single EFA amphibious transporter creates a 34.55 meter long ferry. Two EFA amphibians connected together on a ramp can transport cargo weighing up to 150 tons. In one hour, the EFA amphibian is capable of covering about 10 water crossings with a length of 100 meters. The self-propelled bridge ferry EFA has a 4-person crew and is used by France and the United Arab Emirates.

 
An episode of the battle of the Russian 114th brigade of the 1st Army Corps, which took place near a coal waste heap near the Avdeevka coking plant. The beginning of the fighting near Adeevka. The filming was carried out from a drone by military correspondent Andrei Filatov, who also commented, the ending of the battle was cut out, the waste heap was stormed by tanks and using drones. The video shows a military column moving towards the waste heap. The column consisted of four T-72B3M tanks, two BMP-2 infantry fighting vehicles, a Typhoon armored vehicle, and judging by the video, the new VPK-Ural armored vehicle was used; videos of all the equipment are on the channel. During the assault, one tank was damaged by unknown means, possibly by a drone. Another damaged equipment is also visible in the frame, but its identity could not be determined. You can also see in the video its use by the Ukrainian army. The second part of the fight was published in telegram, link below.

https://t.me/LampaInfo/6685

 
A Russian plane, presumably an A-50U, official media reported about an unknown aircraft, crashed near the Trudovaya Armenia farm in the Kanevsky district of the Krasnodar Territory. The wreckage of the plane was found by local residents. There is no official information about the type of aircraft yet. Ukrainian media reported that the A-50 plane was shot down by Ukrainian air defense, but this is unlikely, since the nearest point of the front line is from 210 to 265 kilometers, and the firing range of the Patriot air defense system is 160 kilometers. It is worth noting that local residents filmed the flight of the plane; the video shows the plane shooting at a heat trap; this is done when the plane detected a missile launch or radar radiation. Also, one of the local residents recorded the launch of an unknown missile during the flight of the plane. It is also possible that a sabotage group equipped with MANPADS penetrated into the Krasnodar region.

 
Footage of the use in Ukraine, by Russian Su-35 aircraft, presumably of Kh-35U missiles. Despite the fact that the Kh-35 missile is considered anti-ship, a modified version of the Kh-35U, equipped with a Gran-K seeker, can also hit ground-based radars at a range of up to 260 kilometers. The missile has a warhead of 145 kilograms and flies at an altitude of 20–50 meters, skirting the earth's surface. The video shows a Kh-35U missile hitting the Ukrainian P-18 all-round radar station, which was put into service in 1970 and designed to detect air targets.

 
A prototype of Afalina maritime drones is shown in Russia. Russia has begun testing a prototype of the Afalina naval kamikaze drone. At the moment, it is known that surface unmanned vehicles are equipped with artificial intelligence, apparently implying communication with neural networks. The unmanned boat will be 3.5 meters long and capable of carrying up to 200 kilograms of explosives over a range of up to 500 kilometers. This is the second type of maritime drone announced by Russia.

 
Footage of the military chronicle of the fighting in Ukraine, the 70th regiment of the 42nd motorized rifle division of the Russian army. In the video, an armored group consisting of two BMP-3s enters Rabotino and lands troops. Reportedly, the landing force was landed at one of the schools in the village, which was alternately occupied by the Ukrainian and Russian armies during the fighting. The BMP-3 was adopted into service in 1987 and is capable of transporting up to 7 troops. Judging by the video, the BMP-3s are not equipped with additional armor. It is not shown in the video, but later the position of the paratroopers was attacked by one drone; in the Ukrainian version of the video this is shown, but the video was made from different frames of unknown videos.

 
The Ukrainian army began to actively use the American M1A1SA Abrams tank, and videos of them began to appear more and more often. One of the M1A1 Abrams tanks was spotted on the streets of Berdychi, in the Avdiivka direction; the footage was taken by an unknown UAV. As you can see in the video, the M1A1SA Abrams tank is not equipped with additional protection against drones, but it is equipped with ARAT dynamic protection, which we previously talked about. The tank moved through the streets of Berdych i alone without escort. According to the latest data, the tank was destroyed by a FPV drone and a grenade launcher.

 
The Russian army successfully tested the S-500 Prometheus air defense system, testing the complex’s ability to shoot down hypersonic targets. Tests of the S-500 air defense system took place on February 22. The S-500 "Prometheus" air defense system hit the R-29RMU2 "Sineva" intercontinental ballistic missile launched by the submarine nuclear-powered missile cruiser "Tula" from the Laptev Sea at the "Chizha" training ground in the Arkhangelsk region. The S-500 air defense system confirmed all its characteristics, including the ability to hit hypersonic weapons. SAM 55Р6М "Triumfator-M" is a fifth-generation anti-aircraft system developed by the Almaz-Antey concern. A special feature of the complex is its ability to operate against a wide range of targets at altitudes up to 200 km and at a range of up to 600 km, target detection range up to 2000 km. The main task of the complex is to intercept cruise and ballistic missiles, but it can also hit low-orbit satellites. The S-500 air defense system must be covered by short- and medium-range air defense. It is also planned to develop a ship version of the promising S-500 air defense systems for Project 23000 Storm aircraft carriers. The complex includes: a combat control point 85Zh6-1, a long-range detection radar 60K6, an antenna post with a phased array radar operating in the X-band and optionally other systems. The air defense system uses 77N6-N, 77N6-N1 and 40N6 missiles. The S-500 air defense system is mounted on a BAZ-69096 chassis with a 10×8 wheel arrangement. The cost of one division of the S-500 air defense system is about 2 billion dollars, this is 4 times more expensive than the S-400 air defense system, but the complex is unique and better than the American THAAD missile defense system worth 3 billion dollars. It is known that the S-500 Prometheus complex will begin to enter the Russian armed forces in 2024, but the number of such systems has not been disclosed.

 
The Ukrainian army began to record the appearance of UFOs over the territory of Ukraine, so far 2 cases of UFO appearances have been recorded. In the first case, a large disc-shaped object is visible in the video, the filming was made by the 406th battalion, the recording was made by a Mavic 3T drone, a DJI representative could not explain this footage. It is reported that air defense did not work against these objects. This video can be attributed to interference, but soldiers observing UFOs do not consider it interference.

 
The Ukrainian army began to use ground-based kamikaze drones. Everyone in Ukraine is already accustomed to the use of flying kamikaze drones, but ground-based kamikaze drones are gradually beginning to be used, and their role should not be underestimated. The Ukrainian army published a video of the use of a ground-based kamikaze drone equipped with TM-62 anti-tank mines, the type of drone used is unknown, it is probably homemade. As you can see from the video, such drones could become a new threat at the front. For now they are rarely used.

 
Footage of the impact of the Russian kamikaze drone “Lancet-51” on the Ukrainian 155-mm Slovak-made Zuzana 2 self-propelled gun has been published. The Zuzana 2 self-propelled gun was developed in 1998 and placed on a Tatra 817 wheeled chassis, the self-propelled gun’s firing range is up to 40 kilometers, and the rate of fire is up to 6 rounds per minute. According to official data, only 28 Zuzana 2 self-propelled guns were produced. As a result of the Lancet drone strike, a strong fire started in the self-propelled gun.

 
Russia is resuming the production of A-50 long-range radar warning aircraft, this is an analogue of American AWACS aircraft, Rostec reported. The A-50 aircraft is now in great demand, since there are few of them in the Russian Air Force, only 12 of them, 7 of them are flying. In light of recent events, with the expected loss of two A-50 aircraft, which are not officially confirmed, the release of aircraft is becoming especially important for the Air Force . Now Russia can produce up to 3 A-50 aircraft per year. To date, no new aircraft are being produced; only the A-50s already in service are being modernized to the A-50U level; work is being carried out in Taganrog. A-50U aircraft have recently been used to guide missiles from Russian S-400 air defense systems. Most likely, the A-50U aircraft will go into production. It is worth noting that Russia is also developing new A-100 aircraft, created on the basis of the Il-76MD-90A aircraft. For comparison, the A-100 will be able to detect up to 350 air, sea and ground targets at a distance of up to 650 km; its analogue, the American Boeing 737AEW&C AWACS system, can track up to 180 targets at a distance of up to 500 km. When asked about the A-50 aircraft, the head of Rostec said: “Of course, this aircraft is needed. Of course, we will make it. Not only does our army need it, it is also exported very well.” In recent years, Russia has put into operation improved A-50U aircraft, they are capable of detecting low-flying targets at a distance of up to 400 kilometers, targets at medium and high altitudes are detected at a distance of up to 650 kilometers, and ballistic missiles are detected at a range of up to 800 kilometers. The number of simultaneously tracked targets is up to 150. You can see the full technical characteristics of the A-50 aircraft on the screen. The aircraft can coordinate the work of 12 fighters and guide 30 aircraft. The A-50 aircraft is capable of conducting patrols for 4 hours at a distance of 1000 km without refueling, with one refueling up to 7 hours. The practical flight range of the aircraft is up to 7500 kilometers, the aircraft crew is 5 people and 10 operators. The cost of the A-50 aircraft is about 330 million dollars.

 
roman olkhovsky said:
Russia is resuming the production of A-50 long-range radar warning aircraft, this is an analogue of American AWACS aircraft, Rostec reported. The A-50 aircraft is now in great demand, since there are few of them in the Russian Air Force, only 12 of them, 7 of them are flying. In light of recent events, with the expected loss of two A-50 aircraft, which are not officially confirmed, the release of aircraft is becoming especially important for the Air Force . Now Russia can produce up to 3 A-50 aircraft per year. To date, no new aircraft are being produced; only the A-50s already in service are being modernized to the A-50U level; work is being carried out in Taganrog. A-50U aircraft have recently been used to guide missiles from Russian S-400 air defense systems. Most likely, the A-50U aircraft will go into production. It is worth noting that Russia is also developing new A-100 aircraft, created on the basis of the Il-76MD-90A aircraft. For comparison, the A-100 will be able to detect up to 350 air, sea and ground targets at a distance of up to 650 km; its analogue, the American Boeing 737AEW&C AWACS system, can track up to 180 targets at a distance of up to 500 km. When asked about the A-50 aircraft, the head of Rostec said: “Of course, this aircraft is needed. Of course, we will make it. Not only does our army need it, it is also exported very well.” In recent years, Russia has put into operation improved A-50U aircraft, they are capable of detecting low-flying targets at a distance of up to 400 kilometers, targets at medium and high altitudes are detected at a distance of up to 650 kilometers, and ballistic missiles are detected at a range of up to 800 kilometers. The number of simultaneously tracked targets is up to 150. You can see the full technical characteristics of the A-50 aircraft on the screen. The aircraft can coordinate the work of 12 fighters and guide 30 aircraft. The A-50 aircraft is capable of conducting patrols for 4 hours at a distance of 1000 km without refueling, with one refueling up to 7 hours. The practical flight range of the aircraft is up to 7500 kilometers, the aircraft crew is 5 people and 10 operators. The cost of the A-50 aircraft is about 330 million dollars.

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Will Russia have to steal computer chips from washing machines to put into this aircraft?
 
Impacts of RBK-500 SHOAB-0.5 cluster bombs in Ukraine. Footage of Russian Su-34 aircraft using RBK-500 SHOAB-0.5 cluster bombs in Ukraine. A cluster bomb was used southeast of Malaya Tokmachka in the Zaporozhye region. The aircraft bomb has a special fairing that improves its aerodynamic characteristics. The Russian RBK-500 SHOAB-0.5 aerial bomb was put into service in 1969 and is equipped with 570 SHOAB-0.5 ball fragmentation ammunition, weighing 417 grams each. Each Shoab-0.5 ammunition contains 304 steel balls with a diameter of 5.5 mm, that is, the explosion creates a cloud of 154 thousand steel balls; one Shoab-0.5 ammunition can be compared to a hand grenade. The RBK-500 SHOAB-0.5 cluster avionics bomb is used from altitudes from 500 to 20,000 meters, at flight speeds from 700 to 2300 km/h. The minimum opening height of the cassette is 300 meters, the optimal height is 300-400 meters. The affected area depends on the altitude of the bomb; when striking from a height of 1000 meters, the area of continuous destruction is up to 600 meters.

 
France's DT46 Delair UAV may be received by Ukraine. The French Navy and the French Directorate General of Armaments (DGA) tested the DT46 UAV. The DT46 VTOL type drone was developed by the French company Delair; it was previously reported that the Ukrainian army would also receive drones, the model was not specified. DT46 UAVs can be used at any time of the day, in any weather, they are capable of conducting reconnaissance" for a long time, with a fixed wing the drone can fly up to 7 hours. The VTOL version of the DT46 drone can automatically take off and land within 20 square meters, Useful UAV load is up to 5 kilograms, drone communication range is about 100 km, an encrypted channel is used.The DT46 UAV can carry various sensors, including an optical-electronic ball, LIDAR and a device for collecting data about an international mobile subscriber

 
Footage has appeared of an attack by Ukrainian naval drones on the presumably Russian patrol ship "Sergey Kotov" of Project 22160. Project 22160 ships were stopped being built due to the discrepancy between their tactical and technical qualities and combat operating conditions. Previously, the patrol ship “Sergey Kotov” of the Russian Black Sea Fleet repelled attacks by Ukrainian naval drones, but it is not possible to repel an attack of about 10 drones at the moment. The attack was carried out on the night of March 4-5 by maritime drones “Magura V5” of the “Group 13” unit; information about everything is on the channel. According to Ukrainian media, the ship was damaged in the stern, right and left sides, the crew was rescued, this is not officially confirmed by Russian media, there is no footage of the ship sinking.

 
Footage of the impact of the Russian kamikaze drone "Lancet-51" on the Ukrainian portable electronic warfare station Plastun RP-3000 in the Zaporozhye region. The Plastun electronic warfare system was developed in 2019 by the Infozashchit company and operates at a range of up to 15 kilometers. Electronic warfare is designed to identify communications equipment, determine the location and suppression of UAVs, determine the coordinates of electronic warfare stations and to fix digital control channels and information transmission. The Plastun RP-3000 electronic warfare station weighs 39 kilograms and deploys in 20 minutes, technical information is on the screen. As a result of a strike from the Lancet-51 drone, the Plastun electronic warfare station caught fire.

 
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