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

roman olkhovsky said:
Map of Russia's special operations in Ukraine, the advance of Russian troops, military actions of Russia


http://opermap.mash.ru/


The footage of the destroyed division of the S-300 air defense system of the Armed Forces of Ukraine in the settlement of Circuna, Kharkiv region, was published by the Russian Defense Ministry. The coordinates of the location of the S-300 air defense system of Ukraine were established with the help of electronic intelligence, after which the positions were struck by missile weapons. As a result of an accurate hit, the launchers of the S-300 air defense system and transport-loading vehicles with ammunition were destroyed.

Click to expand...
Suck that Putin cock

You seem to be a professional dick eater
 
Walt said:
Not supporting Putin makes me a traitor to "your America".
Click to expand...
No- your support for ' American stupid ' makes you a traitor to my America

Statue-of-Liberty.jpg
 
Footage of the work of Russian electronic warfare in Ukraine. The video shows how the operation of electronic warfare affects the control of Ukrainian FPV drones. It is unknown what electronic warfare systems were used by the Russian army and what models of FPV drones were used by Ukrainian operators. The shooting took place in the Kharkov region. The video is taken from drone signal intercepts and captured data.

 
Footage of an attempted attack by Ukrainian FPV kamikaze drones on a Russian serviceman. There were reportedly 7 drone attacks in total, but not all attacks are shown in the video. It is worth noting that the soldier walks calmly and makes almost no attempt to dodge the drones. But the drones cannot hit the soldier. It is possible that the serviceman is using a portable electronic warfare system. The location of the shooting has not been announced, the video has been shortened.

 
A Russian serviceman appreciated the American FN Minimi machine gun of the Ukrainian army. Previously, the machine gun belonged to the Ukrainian Azov unit and was captured near Avdiivka. The machine gun was tested at the training ground. The FN Minimi machine gun was created by the Belgian company FN in 1974. The Minimi prototype was created chambered for 7.62x51, but then the caliber was changed in favor of 5.56x45. In 1982, the FN Minimi machine gun was adopted by the United States under the designation M249. The Minimi Para called M249 Para was also adopted. The M249 is currently manufactured in the United States by a subsidiary of FN Manufacturing. FN Minimi machine guns are popular and used by 45 countries, including under other indexes, some of the countries are shown on the screen. The machine gun has been modernized several times and has various modifications, including those chambered for 7.62 cartridge. Despite its popularity, the FN Minimi machine gun has problems that have not been completely eliminated. The problem of machine gun failures when fed from magazines, rapid failure of the barrel, with a large number of shots fired continuously from a cold barrel. The rate of fire of the machine gun, depending on the modification, is from 750 to 1000 rounds per minute. The maximum firing range is up to 3600 meters, a 100 or 200-round cartridge belt is used, and a 30-round magazine can also be used. The weight of the machine gun is from 5 to 8.5 kg. Details in the video.

 
The Ukrainian army has modernized the Sea Baby naval drones by equipping them with MLRS installations. For modernization, guides for 122-mm rockets from the Grad MLRS systems were used. In the video you can see them in use. The modernization was carried out in the winter. Nowadays, Sea Baby drones have become a multi-purpose platform that can perform various tasks. The latest models of maritime drones are made of stealthy materials, have redundant communication systems and can carry up to 850 kg of cargo, including explosives.

 
Footage of a Russian 7.62mm PKM machine gun hitting a Ukrainian drone called “Baba Yaga”. Drones of the Baba Yaga type are heavy agricultural UAVs of various models, converted for military needs and usually armed with 82 mm mines. As can be seen from the video, defeating a drone even with a machine gun takes longer than if shotguns were used, which have been talked about a lot lately. It is worth noting that the Russian army has begun to receive shotguns. The photo was taken over Chasov Yar.

 
Footage of the impact of the Russian kamikaze drone "Lancet-51" on the Ukrainian 155-mm self-propelled gun "Bogdan" on the T815-7T3RC1 (8x8) chassis. In total, 4 self-propelled guns were destroyed by drones in a week; two more self-propelled guns will also be shown at the end of the video. The Bogdana self-propelled gun comes in four types, on the MAZ-6317, Tatra 815-7, Kraz chassis and with an armored cab from the Ukrainian Armored Vehicles company. Currently, 6 self-propelled guns are produced per month. The Bogdana self-propelled gun has a rate of fire of 5 rounds per minute, a firing range of up to 30 km, and an Excalibur active-missile projectile of up to 50 km. Carryable ammunition - 20 shells. The time to bring the self-propelled gun into combat position is 1.5 minutes. As a result of a strike by the Lancet-51 drone, in the area of the village of Borshchevaya, Kharkov region, a fire started in the Bogdan self-propelled gun that destroyed the installation.

 
Lithuania will transfer six Amber-1800 radars to Ukraine. The radars will be purchased as part of the German “Immediate Air Defense Action” initiative. The Amber-1800 radar was developed by the Lithuanian company Altimus-Tech and was first shown in 2014. In Ukraine, the station is produced under the name Yantar-1800. The AMBER-1800 radar is designed to automatically detect airborne objects and determine their current coordinates. The Amber-1800 radar is located on two vehicles. A truck with a hardware cabin that houses the operator and electronic equipment and a trailer with a six-meter radar and two power supply units. The radar provides detection of air targets, depending on the transmitter power and the target's ESR value, at a range from 100 meters to 400 km. The approximate effective scattering surface of air targets is shown on the screen. The deployment time of the Amber-1800 radar is 12 minutes, the installation is controlled by two operators. The price has not been announced.

 
Walt said:
Not supporting Putin makes me a traitor to "your America".
Click to expand...
While Russia's Orthodox Church rootin' tootin' Putin extermination of Ukraine is little more than Russia's Orthodox Church Czar of Russia historical changing of citizens names to coffee, tea, sugar or just having them killed while Trumpanzees rejoice in practice of the same Christian political practices in the USA......
 
Sweden will transfer to Ukraine two of its Saab 340 AEW&C long-range radar reconnaissance aircraft, also called ASC 890. The aircraft will coordinate the work of Ukrainian F-16 fighter pilots. It is worth noting that training the crew of a Saab 340 AEW&C aircraft takes a long time and the aircraft may not be handed over soon; perhaps the aircraft crews were trained in advance. Also, for full operation, the plane must rise to a height of about 6 kilometers, which is quite dangerous in Ukraine. The Saab 340 AEW&C aircraft was developed on the basis of the Saab 340B passenger aircraft and made its first flight in 1994; Sweden also produces a similar AWACS aircraft, the Saab 2000 AEW&C, based on the Saab 2000 aircraft. The twin-engine turboprop aircraft Saab 340 AEW&C is equipped with an Ericsson Microwave System Erieye PS radar. 890/ASC-890 with active grille developed in 1985. The PS-890 Erieye radar allows you to detect fighters, helicopters, cruise missiles and targets at sea, at a range of 300-400 kilometers, when the aircraft is flying at an altitude of 6096 meters. The aircraft system is compatible with on-board systems and NATO standards. The aircraft crew, including radar operators, consists of 6 people, patrol time is about 5 hours.

 
An episode of the battle in Ukraine, filmed simultaneously by the Russian and Ukrainian armies in the Avdeevsky direction. The footage was shortened and filmed from a drone and a Bradley infantry fighting vehicle. The video shows an attempt to land infantry with a Ukrainian M2A2 Bradley ODS-SA infantry fighting vehicle. The landing failed, the Ukrainian M2A2 Bradley infantry fighting vehicle was attacked by soldiers of the 15th separate guards motorized rifle brigade of Russia. Damaged by a mortar shell, the crew of the M2A2 Bradley infantry fighting vehicle attempted to evacuate, but was unable to due to constant attacks from Russian kamikaze FPV drones. After which another M2A2 Bradley infantry fighting vehicle was called in for help, which was also attacked by a drone, but evacuated some of the military personnel.

 
The first footage of the use of Russian FPV drones in the Black Sea, intended for protection against naval drones of the Ukrainian army. Previously, the Russian army used predominantly firearms to repel attacks by Ukrainian naval drones. The video shows an attack by an unknown model of Russian FPV drone on a Ukrainian maritime drone MAGURA V5. The drone was drifting, waiting for a target to attack. The exact shooting location and date have not been announced.

 
Mobile shelters from nuclear weapons are being created in Russia. The mobile shelter "KUB-M" is a modular type, developed by the scientific organization of the Ministry of Emergency Situations - VNII GOChS. The KUB-M shelter provides protection from the air shock wave and light radiation of a nuclear explosion and its consequences, as well as from the high-explosive and fragmentation effects of conventional weapons. It has an autonomous water supply system of 440 liters, a partial regeneration system for internal air, a 15 kW/h diesel power plant, everything you need, all designed for 48 hours. The shelter can be connected to existing utility networks. It is worth noting that there are many underground shelters in Russia, but most of them are abandoned. The basic “KUB-M” configuration accommodates 54 people and a technical unit; the shelter can be expanded with additional modules. If necessary, the nuclear shelter can be transported by road or rail. The production, transportation and installation of the KUB-M shelter is two times cheaper than the construction of a stationary shelter; its production and installation takes only three months.

 
The Mesquite military plant in the United States will supply shells to Ukraine. The first video from the new US military plant in Mesquite, Texas. The plant is run by General Dynamics but owned by the Pentagon. The plant is designed to produce metal shell shells with calibers from 60 mm to 155 mm. The Universal Artillery Projectile Lines (UAPL) plant has a high degree of automation and is capable of producing up to 30,000 155 mm artillery shells per month. Some of the shells are planned to be sent to Ukraine. The shells will be filled with explosives at a military plant in Burlington, Indiana. Currently, metal shell casings in the United States are produced at two plants in Pennsylvania; they produce 36 thousand units of shells per month. We have already shown one of the military factories. By 2025, the United States plans to produce up to 100 thousand 155-caliber shells every month. It also became known that the United States initiated negotiations with Turkey on increasing purchases of Turkish-made TNT for use as an explosive filler in American-made ammunition.

 
Artillery, bombs and drones have become the main destructive factor in the fighting in Ukraine, some believe that more soldiers are even killed by drones than by small arms fighting. An episode of a battle where four Ukrainian FPV drones tried to attack a group of Russian soldiers. We can say that the soldiers were really lucky; it is not always possible to escape from drone attacks. The location of the shooting has not been announced, the video has been shortened.

 
Impact of 4 D-30SN guided bombs on the command post of the Ukrainian army. The Russian army has begun to use in Ukraine the new D-30SN guided interspecific air-gliding munition. The video shows footage of attacks on the command post of the Ukrainian army, in the village of Dneprovskoe, by four D-30SN guided bombs launched from a Su-34 aircraft. The flight range of the D-30SN can reach 160 km or more; when dropped from a height of 12 km, it can also be launched from MLRS. The D-30SN guided aerial bomb has a warhead weighing 250 kg, and the deflection of the bomb from the target does not exceed five meters. The design of the UMPB D-30SN ammunition consists of a warhead, a control unit, a jet engine and wings that deploy in flight.

 
Footage of a demonstration in Russia, protecting an object with a network from drone attacks. It is worth noting that factory-made protective networks against drones have already begun to be sold. Protecting objects with a network is a fairly simple solution, but it is also the most effective if there are no group attacks by drones.

 
You must log in or register to reply here.
Back
Top