About yesterday's clash between a Leopard 2 A4 and several Russian vehicles we showed yesterday:
https://t.me/the_Right_People/42195
As we said, the enemy used 120mm HEAT DM12 projectiles, which hit the 4S24 "Relikt" ERA blocks on the rear projection of the turret, which almost completely defocused and did not penetrate the rear armor plate of the turret.
Nevertheless, the radiator of the vehicle was damaged, due to which the crew had to leave the area of fire contact and go to the repair base.
The vehicle was also attacked by enemy FPV drones, but their control channels, according to the source, were suppressed by the Perun electronic warfare system.
#info
#Leopard #T72
#FPV #EW
https://t.me/the_Right_People/42195
As we said, the enemy used 120mm HEAT DM12 projectiles, which hit the 4S24 "Relikt" ERA blocks on the rear projection of the turret, which almost completely defocused and did not penetrate the rear armor plate of the turret.
Nevertheless, the radiator of the vehicle was damaged, due to which the crew had to leave the area of fire contact and go to the repair base.
The vehicle was also attacked by enemy FPV drones, but their control channels, according to the source, were suppressed by the Perun electronic warfare system.
#info
#Leopard #T72
#FPV #EW
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Our good friend from Rusich, Kiba, is helping to renew the stock of some products of a friendly unit, in particular:
- 5 monoculars of the 3rd generation (type PVS or Katod) with helmet mount
- 5 thermal imaging sights of the Fortuna 50L6 type
- 14 batteries for Mavic 3 (purchased already)
Remember you can help his work with these cryptos:
💸 Ethereum:
💸 Monero:
SOL:
💸 BTC:
Original message:
https://t.me/signalman_diary/3049
Thank you for your attention, your help, your reposts.
#info #meta #ultras #help #autism
- 5 monoculars of the 3rd generation (type PVS or Katod) with helmet mount
- 5 thermal imaging sights of the Fortuna 50L6 type
- 14 batteries for Mavic 3 (purchased already)
Remember you can help his work with these cryptos:
0xECB0abfBe791e83eC7E59FBb20Caec4DE8B1A32746NFrvMwPNkBA1YRUMv4cx3kvkAQaeg61PmtkxTfmqrbGG7yjPBcYQ58cz3v1hFGYLUuoULodHytT5uNwgzXaRwbMeJGL2RSOL:
6E1F9oouuNcHY5TvYQN1133sGBBp8DQTdYbwyJF7A7Lm1NJsvZb9EoCS6kLLee3qRyFu7B9xPqG7bhOriginal message:
https://t.me/signalman_diary/3049
Thank you for your attention, your help, your reposts.
#info #meta #ultras #help #autism
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British Challenger 2 , parked in a landing in the Kursk region, received an FPV drone right in the area of the driver's hatch.
#info
#Challenger
#info
#Challenger
The VN20 heavy infantry fighting vehicle is based on the VT4 tank chassis and is equipped with a 100+30 system (based on the BMP-3 turret) it can also use separate anti-tank missiles, as well as two remotely controlled machine guns in the rear of the vehicle. It has room to carry 6 soldiers, that can enter through a ramp in the rear.
This is not the first time the vehicle has been demonstrated, with a number of improvements, but has not yet found any customers.
#info
#IFV #APC #BMP3
#China
This is not the first time the vehicle has been demonstrated, with a number of improvements, but has not yet found any customers.
#info
#IFV #APC #BMP3
#China
The first divisions of North Korean 170mm long-range self-propelled guns M1989 "Koksan" will be able to quickly increase the counter-battery potential of the Russian Missile and Artillery Forces in disputed operational areas, where the enemy still uses long-range self-propelled guns CEASAR, PzH-2000, and FH77BW "Archer".
With a 170 mm high-ballistic gun over 58 calibers long, the M1989 SPG boasts a firing range of up to 40 km with conventional HE shells and up to 60 km with rocket assisted shells, corresponding to the performance of the Excalibur in the M982 Block IA or Vulcano version, used from 155 mm guns with a length of 52 calibers.
It is logical to assume that the power of these shells is approximately 35-50% higher than that of Western 155 ones, but the CEP is greater. The standard rate of fire of these guns is approximately 1.5 rounds per minute, the maximum is 2 rounds per minute.
In the conditions of limited use of the 2S7M Malka self-propelled howitzer and the absence of a sufficient number of Koalitsiya-SV self-propelled howitzers at the front, the deployment of several batteries/divisions of M1989 self-propelled howitzers can solve a number of counter-battery issues without the need to involve the Smerch MLRS and dozens of Lancet-3 kamikaze UAVs.
170mm shells will be able to more effectively destroy powerful enemy fortifications.
Information about the start of deliveries of these unique self-propelled guns was received after the signing of the Treaty on Comprehensive Strategic Partnership between Russia and the DPRK.
#info
#SPG #artillery
#Pion_and_Malka #Msta
#KoalitionSV
#Korea
With a 170 mm high-ballistic gun over 58 calibers long, the M1989 SPG boasts a firing range of up to 40 km with conventional HE shells and up to 60 km with rocket assisted shells, corresponding to the performance of the Excalibur in the M982 Block IA or Vulcano version, used from 155 mm guns with a length of 52 calibers.
It is logical to assume that the power of these shells is approximately 35-50% higher than that of Western 155 ones, but the CEP is greater. The standard rate of fire of these guns is approximately 1.5 rounds per minute, the maximum is 2 rounds per minute.
In the conditions of limited use of the 2S7M Malka self-propelled howitzer and the absence of a sufficient number of Koalitsiya-SV self-propelled howitzers at the front, the deployment of several batteries/divisions of M1989 self-propelled howitzers can solve a number of counter-battery issues without the need to involve the Smerch MLRS and dozens of Lancet-3 kamikaze UAVs.
170mm shells will be able to more effectively destroy powerful enemy fortifications.
Information about the start of deliveries of these unique self-propelled guns was received after the signing of the Treaty on Comprehensive Strategic Partnership between Russia and the DPRK.
#info
#SPG #artillery
#Pion_and_Malka #Msta
#KoalitionSV
#Korea
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Missile strike on Ukrainian Armed Forces concentration near Pisarevka, Sumy region
Georeferencing: https://lostarmour.info/map?coord=51.0742776,34.8500613
#info
Georeferencing: https://lostarmour.info/map?coord=51.0742776,34.8500613
#info
Helicopter-type UAVs "Termit" ("Термит") from the Kalashnikov Group in counteraction to the "kamikaze" drones of the Armed Forces of Ukraine.
Let's look at one of the promising unmanned platforms capable of minimizing massive strikes by kamikaze drones on our military and energy infrastructure.
In this case, we are talking about the Termit UAV with the laser guided S-8L missile from the Kalashnikov and Kronstadt groups of companies, which are capable of mitigatingthe problem of raids by long-range drones of the Ukrainian Armed Forces on the rear warehouses and bases of the Russian Forces.
The Kronstadt company announced the start of serial production of Termit drones in 2023. The number of UAVs of this type delivered to combat units is not reported, but their potential is already partially known to us from the official information announced by the company.
Thus, even during the design stage, the main range of tasks assigned to the МДП-01 "Термит" helicopter-type reconnaissance and attack UAV provided for precision strikes with the 80mm S-8L guided missiles at an operational depth of 70-230+ km (depending on the number and power of the transmitters of the signal for the UAV).
The vehicles can also operate in the enemy's near rear and reach the firing line in a low-altitude mode, minimizing the probability of detection by the enemy radars.
However, using the example of the American APKWS-II guided missiles (also equipped with semi-active laser homing heads) as part of the L3Harris "Vampire" tactical missile systems, we see that the semi-active laser homing heads of the domestic S-8L missiles can also successfully capture laser marks held by the laser rangefinders of the Termits on enemy UAVsof the Ukrainian Armed Forces, including such as the "Lyuty" and the A-22 Foxbat.
And given the fact that the Termit rotary-wing UAVs are equipped with advanced optical-electronic systems with thermal imaging channels, the task of detecting drones such as the A-22 (which attacked Kaspiysk some days ago) by the IR radiation of their engines will be easy.
All that remains is to iluminate the targets so the semi-active laser heads of the S-8L guided missiles follow it.
At the same time, one Termit is equipped with 3x S-8L guided missiles, which means that a squadron of these rotary-wing UAVs is capable of intercepting up to 36 kamikaze drones of the Ukrainian Armed Forces attacking an oil refinery or a military base.
This is a much more economically feasible solution than chasing them with Ka-52M or Mi-28N.
What is even more interesting is that the integration of Igla-V air-to-air missiles into the arsenals of drones. Their dual-band infrared homing heads will not require illumination at all, but will only require precise guidance to a heat-contrast target by controlling the Termit in pitch and yaw.
The number of lighter Igla-V missiles placed on the pylons of each Termit can reach 5-6 units. Consequently, just one squadron will be able to deal with at least 60-72 enemy kamikaze UAVs.
As is known, the maximum flight speed of the Termit helicopter-type UAV can reach 160 km/h, which will be quite enough to intercept slow drones such as the Lyuty or PD-2 on pursuit courses.
#info
#UAV #SAM
#S8
Let's look at one of the promising unmanned platforms capable of minimizing massive strikes by kamikaze drones on our military and energy infrastructure.
In this case, we are talking about the Termit UAV with the laser guided S-8L missile from the Kalashnikov and Kronstadt groups of companies, which are capable of mitigatingthe problem of raids by long-range drones of the Ukrainian Armed Forces on the rear warehouses and bases of the Russian Forces.
The Kronstadt company announced the start of serial production of Termit drones in 2023. The number of UAVs of this type delivered to combat units is not reported, but their potential is already partially known to us from the official information announced by the company.
Thus, even during the design stage, the main range of tasks assigned to the МДП-01 "Термит" helicopter-type reconnaissance and attack UAV provided for precision strikes with the 80mm S-8L guided missiles at an operational depth of 70-230+ km (depending on the number and power of the transmitters of the signal for the UAV).
The vehicles can also operate in the enemy's near rear and reach the firing line in a low-altitude mode, minimizing the probability of detection by the enemy radars.
However, using the example of the American APKWS-II guided missiles (also equipped with semi-active laser homing heads) as part of the L3Harris "Vampire" tactical missile systems, we see that the semi-active laser homing heads of the domestic S-8L missiles can also successfully capture laser marks held by the laser rangefinders of the Termits on enemy UAVsof the Ukrainian Armed Forces, including such as the "Lyuty" and the A-22 Foxbat.
And given the fact that the Termit rotary-wing UAVs are equipped with advanced optical-electronic systems with thermal imaging channels, the task of detecting drones such as the A-22 (which attacked Kaspiysk some days ago) by the IR radiation of their engines will be easy.
All that remains is to iluminate the targets so the semi-active laser heads of the S-8L guided missiles follow it.
At the same time, one Termit is equipped with 3x S-8L guided missiles, which means that a squadron of these rotary-wing UAVs is capable of intercepting up to 36 kamikaze drones of the Ukrainian Armed Forces attacking an oil refinery or a military base.
This is a much more economically feasible solution than chasing them with Ka-52M or Mi-28N.
What is even more interesting is that the integration of Igla-V air-to-air missiles into the arsenals of drones. Their dual-band infrared homing heads will not require illumination at all, but will only require precise guidance to a heat-contrast target by controlling the Termit in pitch and yaw.
The number of lighter Igla-V missiles placed on the pylons of each Termit can reach 5-6 units. Consequently, just one squadron will be able to deal with at least 60-72 enemy kamikaze UAVs.
As is known, the maximum flight speed of the Termit helicopter-type UAV can reach 160 km/h, which will be quite enough to intercept slow drones such as the Lyuty or PD-2 on pursuit courses.
#info
#UAV #SAM
#S8
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A rare animal was caught on camera by the Lancet UAV, the ST-68U radar station.
The object was destroyed in the Dnepropetrovsk region.
After the unprecedented massacre of the Kiev regime's air defense detection systems earlier on, such footage has become extremely rare, the remaining radars of the Ukrainian Armed Forces have been dragged deep into the rear, where they are trying to detect at least the Geran coming in. However, due to the still large size of Ukraine, they are only succeeding with varying success.
#info
#S300 #SEAD
#Lancet
The object was destroyed in the Dnepropetrovsk region.
After the unprecedented massacre of the Kiev regime's air defense detection systems earlier on, such footage has become extremely rare, the remaining radars of the Ukrainian Armed Forces have been dragged deep into the rear, where they are trying to detect at least the Geran coming in. However, due to the still large size of Ukraine, they are only succeeding with varying success.
#info
#S300 #SEAD
#Lancet
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Preparation for firing of the 120mm self-propelled mortar NTGS Alakran of Spanish manufacture, which is in service with the 33rd separate assault battalion of the Armed Forces of Ukraine.
#info
#artillery
#Spain
#info
#artillery
#Spain
It is also known about the operation of a production line for the production of deeply modernized subsonic low-altitude multipurpose tactical missiles R-360M "Neptune-MD" (Р-360М "Нептун-МД"), the range of which (according to a number of sources) has been increased to 700-1000 km due to a reduction in the weight of the warhead and an increase in the volume of the fuel system. When used on a massive scale, these products can pose a threat to strategically important objects in the Moscow, Tula, Kaluga, Tambov and Voronezh regions.
Let's also not forget about the enemy's continuing potential in the production of high-precision 300mm multiple launch rocket systems "Olkha-M" ("Ольха-М").
As is known, State Kivv Design Bureau "Luch" in 2018 mastered the production of deeply modernized 300mm guided rockets with a range of 130 km. Such parameters correspond to the 300mm guided rockets 9M544 produced by the Russian "Splav" company for the multiple launch rocket systems "Tornado-S". An even more interesting detail is the mastering by Ukrainian engineers of the production of such complex units as gas-dynamic side blocks for correcting the flight path of "Olkha-M" projectiles in pitch and yaw.
For this purpose, gas-dynamic "belts" of more than 45 nozzles are used, each of which (or a section of 5 units) is powered by an on-board gas generator on commands from the radio navigation unit and inertial system.
For this purpose, high-speed throttle valves are used, the precise control of which requires the use of a high-performance on-board computer and flight controllers with very complex control algorithms. This unit could have been developed with the participation of specialists from Raytheon, who designed a similar gas-dynamic pulse control system for the MIM-104F PAC-3MSE anti-missile interceptor for the Patriot PAC-3MSE air defense system.
#info
#industry
#Iskander
Let's also not forget about the enemy's continuing potential in the production of high-precision 300mm multiple launch rocket systems "Olkha-M" ("Ольха-М").
As is known, State Kivv Design Bureau "Luch" in 2018 mastered the production of deeply modernized 300mm guided rockets with a range of 130 km. Such parameters correspond to the 300mm guided rockets 9M544 produced by the Russian "Splav" company for the multiple launch rocket systems "Tornado-S". An even more interesting detail is the mastering by Ukrainian engineers of the production of such complex units as gas-dynamic side blocks for correcting the flight path of "Olkha-M" projectiles in pitch and yaw.
For this purpose, gas-dynamic "belts" of more than 45 nozzles are used, each of which (or a section of 5 units) is powered by an on-board gas generator on commands from the radio navigation unit and inertial system.
For this purpose, high-speed throttle valves are used, the precise control of which requires the use of a high-performance on-board computer and flight controllers with very complex control algorithms. This unit could have been developed with the participation of specialists from Raytheon, who designed a similar gas-dynamic pulse control system for the MIM-104F PAC-3MSE anti-missile interceptor for the Patriot PAC-3MSE air defense system.
#info
#industry
#Iskander
No less of a threat is posed by the relatively inexpensive and mass-produced kamikaze jet UAVs “Palyanitsa” ("Паляница") with a range of up to 700-800 km, the use of which together with the “Lyuty” ("Лютый") drones led to the destruction of a number of ammunition depots in open areas in the European part of Russia over the past six months.
Today, the Russian Anti-Aircraft Missile Forces have begun reconfiguring their radar circuit by integrating a larger number of 40V6MD ("40В6МД") low-altitude detection towers into the S-300PM2 and S-400 air defense missile systems, as well as by deploying Pantsir-S1/SM systems and the Tor-M2KM air defense missile systems on erected truss towers to cover low-altitude "blind spots" above the terrain curves.
This step will partially counter enemy attacks, but will not resolve the issue of eliminating enemy missile production lines in the rear areas of Ukraine.
The final suppression of the enemy's strike potential can only be achieved by completely blocking the influx of western material resources into the territory of the country, including equipment and components for the production of missile weapons. Without a large-scale offensive operation in the western regions of Ukraine, it is not possible to completely disable the enemy's military-industrial complex.
#info
#industry
#UAV
Today, the Russian Anti-Aircraft Missile Forces have begun reconfiguring their radar circuit by integrating a larger number of 40V6MD ("40В6МД") low-altitude detection towers into the S-300PM2 and S-400 air defense missile systems, as well as by deploying Pantsir-S1/SM systems and the Tor-M2KM air defense missile systems on erected truss towers to cover low-altitude "blind spots" above the terrain curves.
This step will partially counter enemy attacks, but will not resolve the issue of eliminating enemy missile production lines in the rear areas of Ukraine.
The final suppression of the enemy's strike potential can only be achieved by completely blocking the influx of western material resources into the territory of the country, including equipment and components for the production of missile weapons. Without a large-scale offensive operation in the western regions of Ukraine, it is not possible to completely disable the enemy's military-industrial complex.
#info
#industry
#UAV
Russian forces penetrated the border in another section, opening another front.
Raising the tricolor in the border area of Chernihov Oblast. The video shows flags on the bridge over the Sudost River.
#info
Raising the tricolor in the border area of Chernihov Oblast. The video shows flags on the bridge over the Sudost River.
#info
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A very interesting episode of the use of a FPV drone of the Russian Armed Forces.
The first is the target, it was a railway locomotive, which is the rarest target, since even boats suffered more from drones (in particular "Lancets" ).
The second is the location of the strike.
It was carried out in the urban-type settlement of Udachnoye west of Pokrovsk. The nearest Russian positions are approximately 20 km away, and even there, just advanced assault units are operating.
This episode is one of the rare confirmations of the ability of Russian FPV drones to operate at distances over 20 km.
Despite the fact that the advantage of the Kiev regime forces in this characteristic has long since disappeared, such videos do not appear as often as we would like.
#info
#FPV
#UAV
The first is the target, it was a railway locomotive, which is the rarest target, since even boats suffered more from drones (in particular "Lancets" ).
The second is the location of the strike.
It was carried out in the urban-type settlement of Udachnoye west of Pokrovsk. The nearest Russian positions are approximately 20 km away, and even there, just advanced assault units are operating.
This episode is one of the rare confirmations of the ability of Russian FPV drones to operate at distances over 20 km.
Despite the fact that the advantage of the Kiev regime forces in this characteristic has long since disappeared, such videos do not appear as often as we would like.
#info
#FPV
#UAV