Forwarded from Retarded Ramblings (Unga Bunga edition) (Mátyás ⚡️🇭🇺⚡️)
This media is not supported in your browser
VIEW IN TELEGRAM
⚡️Destruction of a Ukrainian naval kamakazi drone in the Black Sea by a strike from a Russian FPV drone, operated by an operator in smaller, more agile naval vessels as a new tactic to hunt Ukrainian kamakazi boats.
Forwarded from Cultured American
Media is too big
VIEW IN TELEGRAM
Andrew Fraser: "White Identity" is a Flat Negative Identity
Andrew William Fraser (born 1944) is a Canadian-born academic and was latterly an Associate Professor in the Department of Public Law at Macquarie University in Sydney, New South Wales, Australia.
In 2011 Fraser published The WASP Question, in which he examined the failure of Anglo-Saxon peoples in North America, Australia and elsewhere to defend their ethnic identity and interests in the postmodern, multicultural age.
Watch Full Video
Andrew William Fraser (born 1944) is a Canadian-born academic and was latterly an Associate Professor in the Department of Public Law at Macquarie University in Sydney, New South Wales, Australia.
In 2011 Fraser published The WASP Question, in which he examined the failure of Anglo-Saxon peoples in North America, Australia and elsewhere to defend their ethnic identity and interests in the postmodern, multicultural age.
Watch Full Video
This media is not supported in your browser
VIEW IN TELEGRAM
Destruction of the bridge over the Oskol River in the Kupyansk direction during the crossing of Ukrainian Armed Forces units.
Media is too big
VIEW IN TELEGRAM
Servicemen of the Centre Group have shared footage of the destruction of another American Abrams near Novoselovka.
According to the fighter himself, he hit the expensive tin can with an ordinary FPV drone, armed with a RPG-7 warhead, hitting the ammo storage.
#info
#Abrams
#vehicle_losses
According to the fighter himself, he hit the expensive tin can with an ordinary FPV drone, armed with a RPG-7 warhead, hitting the ammo storage.
#info
#Abrams
#vehicle_losses
Built-in machine gun system based on the NSV Utyos 12.7 machine gun and its potential
In order to counter enemy copters, kamikaze UAVs, as well as infantry squads and light vehicles, technically skilled fighters from one of the Russian army units have designed a 12.7mm NSV based 12.7mm remote-controlled machine gun system.
The total rate of fire of this remotely controlled machine gun is 2100 - 2400 rounds per minute; the aiming range is 1700 - 2000 metres. The remotely operated combat module can be equipped with multispectral optical-electronic sighting systems with TV and thermal imaging channels.
Another tactically important feature is the possibility of pairing the machine gun system with a portable radar system 1RL136 SBR-3 ‘(Fara)’ ("1РЛ136 СБР-3 "(Фара")"), capable of detecting ‘man in gear’ targets at a range of up to 900 m and ‘vehicle’ targets at a range of 2500 m with a range error of 50 m and directional error of up to 15 m.
This radar complex provides firing at radio-contrast targets of the enemy in any meteorological conditions. At the same time, the wired or radio-command-telemetry control channel of the combat module provides safe control of the machine gun system from highly protected combat control points, as is the case with the modules of the Konkurs-M and Kornet anti-tank systems.
The more advanced Sobolyatnik (‘Соболятник’) radar system from Tula Design Bureau can also be used for all-weather firing.
Armour penetration at a distance of 500 m is 16 - 18 mm, while the bullet's muzzle velocity is 845 m/s.
#info
#UGV
#electronics
In order to counter enemy copters, kamikaze UAVs, as well as infantry squads and light vehicles, technically skilled fighters from one of the Russian army units have designed a 12.7mm NSV based 12.7mm remote-controlled machine gun system.
The total rate of fire of this remotely controlled machine gun is 2100 - 2400 rounds per minute; the aiming range is 1700 - 2000 metres. The remotely operated combat module can be equipped with multispectral optical-electronic sighting systems with TV and thermal imaging channels.
Another tactically important feature is the possibility of pairing the machine gun system with a portable radar system 1RL136 SBR-3 ‘(Fara)’ ("1РЛ136 СБР-3 "(Фара")"), capable of detecting ‘man in gear’ targets at a range of up to 900 m and ‘vehicle’ targets at a range of 2500 m with a range error of 50 m and directional error of up to 15 m.
This radar complex provides firing at radio-contrast targets of the enemy in any meteorological conditions. At the same time, the wired or radio-command-telemetry control channel of the combat module provides safe control of the machine gun system from highly protected combat control points, as is the case with the modules of the Konkurs-M and Kornet anti-tank systems.
The more advanced Sobolyatnik (‘Соболятник’) radar system from Tula Design Bureau can also be used for all-weather firing.
Armour penetration at a distance of 500 m is 16 - 18 mm, while the bullet's muzzle velocity is 845 m/s.
#info
#UGV
#electronics
The Right People Z
Built-in machine gun system based on the NSV Utyos 12.7 machine gun and its potential In order to counter enemy copters, kamikaze UAVs, as well as infantry squads and light vehicles, technically skilled fighters from one of the Russian army units have designed…
This media is not supported in your browser
VIEW IN TELEGRAM
This media is not supported in your browser
VIEW IN TELEGRAM
At one of the Ukrainian positions, which was stormed by fighters of the Russian Armed Forces, a mercenary from Norway was found who had the insignia of a career soldier of the Telemark mechanized battalion. #bonk
A Ukrainian Su-24MR with a suspended СРС-14 «Тангаж» radio-technical reconnaissance container.
According to the enemy, this aircraft was shot down with MANPADS in 2014 in Donbass, after which it was repaired by ‘cannibalising’ the tail part from another Su-24MR and sent to storage again by 2021, being removed from there a year later due to the start of full-scale fighting in 2022.
This is why it was important to destroy not only active enemy aircraft, but also storage depots, from which the AFU took both spare parts and lifted entire aircraft.
#info
#Su24
#VKS
#industry
According to the enemy, this aircraft was shot down with MANPADS in 2014 in Donbass, after which it was repaired by ‘cannibalising’ the tail part from another Su-24MR and sent to storage again by 2021, being removed from there a year later due to the start of full-scale fighting in 2022.
This is why it was important to destroy not only active enemy aircraft, but also storage depots, from which the AFU took both spare parts and lifted entire aircraft.
#info
#Su24
#VKS
#industry
Two РБК-500 ШОАБ-0.5М cluster bombs can be seen located under the wing of this Su-30SM.
This cluster bombs hold 560-570 submunitions, which are literally poured into the cassette casing (the exact number of bombs is unknown, as they are poured as much as they can fit).
When dropped, the contents of the cassette are ejected outwards by a blast charge, covering an area of up to several hectares.
It is worth noting that under the wing is also a X-31A missile, which can destroy a ship with a displacement of up to 5000 tonnes.
You can read more about the РБК-500 ШОАБ-0.5:
https://t.me/the_Right_People/26322
#info
#Su30
#FAB
#Kh31
This cluster bombs hold 560-570 submunitions, which are literally poured into the cassette casing (the exact number of bombs is unknown, as they are poured as much as they can fit).
When dropped, the contents of the cassette are ejected outwards by a blast charge, covering an area of up to several hectares.
It is worth noting that under the wing is also a X-31A missile, which can destroy a ship with a displacement of up to 5000 tonnes.
You can read more about the РБК-500 ШОАБ-0.5:
https://t.me/the_Right_People/26322
#info
#Su30
#FAB
#Kh31
Media is too big
VIEW IN TELEGRAM
Kh-38ML launch from the Su-34NVO suspension node
A multi-purpose tactical missile Kh-38ML is launched against one of the strategically important logistic nodes of the enemy. The launch was carried out at a height of 12500 - 13500 metres. Launch at this height provides the missile low aerodynamic drag, providing an increase in range from 40 km (at medium-altitude launch) to 70 - 80 km.
At the same time, the speed at the terminal/final section of the trajectory of the X-38ML can exceed 300-380 m/s at a distance of more than 50 km from the point of the launch.
The effective reflective surface of the Kh-38MA version of the kh-38 family of multi-purpose tactical missiles can reach 0.1 square metres due to the radio-contrast means of detection since the missile's own active radar can be tracked, while missiles with IR and semi-active laser homing heads boast a RCS of about 0.03 square metres.
Consequently, the detection of multipurpose tactical missiles Kh-38ML by enemy SAMs is a very difficult task.
#info
#Kh38
#Su34
A multi-purpose tactical missile Kh-38ML is launched against one of the strategically important logistic nodes of the enemy. The launch was carried out at a height of 12500 - 13500 metres. Launch at this height provides the missile low aerodynamic drag, providing an increase in range from 40 km (at medium-altitude launch) to 70 - 80 km.
At the same time, the speed at the terminal/final section of the trajectory of the X-38ML can exceed 300-380 m/s at a distance of more than 50 km from the point of the launch.
The effective reflective surface of the Kh-38MA version of the kh-38 family of multi-purpose tactical missiles can reach 0.1 square metres due to the radio-contrast means of detection since the missile's own active radar can be tracked, while missiles with IR and semi-active laser homing heads boast a RCS of about 0.03 square metres.
Consequently, the detection of multipurpose tactical missiles Kh-38ML by enemy SAMs is a very difficult task.
#info
#Kh38
#Su34
Forwarded from Intel Slava Z
🇷🇺 Russia is close to launching a new railway line from Donetsk to Mariupol, according to a report by Frontelligence Insight.
Analysts came to this conclusion after studying satellite images of construction. On some, a moving train has already been spotted.
According to FI, this railway will be sufficient for uninterrupted supply of the Russian group in Crimea and southern Ukraine even in the event of the destruction of the Kerch Bridge.
Satellite images studied by Radio Liberty also show that the construction of the largest bridge on the new site, near the village of Granitnoye, has already been completed.
Analysts came to this conclusion after studying satellite images of construction. On some, a moving train has already been spotted.
According to FI, this railway will be sufficient for uninterrupted supply of the Russian group in Crimea and southern Ukraine even in the event of the destruction of the Kerch Bridge.
Satellite images studied by Radio Liberty also show that the construction of the largest bridge on the new site, near the village of Granitnoye, has already been completed.
Forwarded from Intel Slava Z
This media is not supported in your browser
VIEW IN TELEGRAM
🇷🇺🇺🇦 Before your eyes, the Armed Forces of Ukraine became poorer by almost $12 million. A fighter with the call sign Manul solo destroyed four American Bradleys.