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pmc

Colonel
Registered Member
Is this posted. Pantsir systems will get Laser. It is now intercepting targets with speed of 2km/second.

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Manturov: Pantsir to be equipped with laser system in near future​

At the IDEX-2025 exhibition in Abu Dhabi, Russia is represented by more than 40 defense industry enterprises.
Nadezhda Kotormus2025-02-17 16:45:25
Work is currently underway on a laser complex, which will also be used on Pantsirs in the near future,” he said on the sidelines of the IDEX-2025 exhibition.

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  • In 2024, Russia saw the first combat use of the Pantsir-SM-SV, which, according to the occupiers, can destroy hypersonic and ballistic air targets.
  • "Pantsir-SM-SV" has an improved range of detection and destruction of air targets compared to "Pantsir-S1".
  • The new version of the complex is capable of shooting down targets at a speed of 2 km/s.

further increase for breakthrough weopon developments. when you have more students in STEM than much easy to divert to Weopons.
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August 30, 06:58,
updated 30 August, 08:41

Putin Increases Number of Scholarships for Breakthrough Developments in Arms​

Thus, the number of scholarships for scientists, designers, technologists and other engineering and technical workers of organizations implementing state defense orders is increased to 650 per year, for specialists and young (up to 35 years old inclusive) workers of organizations implementing state defense orders - up to 1,950 per year.
 

Soldier30

Captain
Registered Member
High-speed driving of nuclear missile systems Yars of Russia. In the Ivanovo region, the results of the competition of Russian strategic missile forces for the title of the best driver-mechanic of the autonomous missile launcher "Yars" have been summed up. During the week, the driver-mechanics of the missile associations competed in quickly overcoming limited passages, artificial and natural obstacles on the missile launcher "Yars". The best driver-mechanic was a serviceman of the Barnaul missile formation, Senior Warrant Officer Sergei Sotnikov.

 

spaarg0451

Just Hatched
Registered Member
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Ministry of Defense of Russia

Russian Aerospace Forces received a new heavy transport aircraft Il-76MD-90A

As part of the implementation of the targeted tasks set by the Minister of Defense of the Russian Federation for the delivery of highly demanded models of weapons and equipment to the troops, the crew of the Aerospace Forces accepted the Il-76MD-90A aircraft.
 

spaarg0451

Just Hatched
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USC handed over the ice-class patrol ship "Ivan Papanin" to the Navy

A solemn ceremony of raising the Naval flag and accepting the newest ice-class patrol ship "Ivan Papanin" of project 23550 into the Navy took place in Severomorsk. The ship was built at the Admiralty Shipyards of USC according to the design of the USC Almaz Design Bureau.

The event was held under the leadership of the Commander-in-Chief of the Russian Navy, Hero of the Russian Federation Admiral Alexander Moiseyev.

Also participating in the ceremony were the First Deputy General Director of USC Andrey Buzinov, Deputy General Director of the Admiralty Shipyards of USC Sergey Yurchuk, and Chief Engineer of CMKB "Almaz" Mikhail Aleshin.

"Ivan Papanin" is the lead ship of project 23550. It combines the features of a patrol ship, icebreaker, and tugboat, capable of guarding and monitoring water resources in Arctic latitudes, escorting and towing detained vessels to port, accompanying support ships, and participating in rescue operations.

The icebreaker is named after the Soviet Arctic explorer, twice Hero of the Soviet Union, Rear Admiral Ivan Papanin.
 

gelgoog

Lieutenant General
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"It became known that specialists are starting to create a new engine for the Mi-26 helicopter. Chief designer Pavel Chupin said this:

- The company (UEC-Kuznetsov) has several programs. We are starting to develop a new helicopter engine PD-8V to replace the Ukrainian D-136 for the Mi-26 helicopter. This is the heaviest transport helicopter in the world. Now we are starting to develop an import substitute. Its special feature is that it is unified in terms of the gas generator with the PD-8 engine for the Superjet aircraft.

Pavel Chupin noted that they plan to complete the work by the end of 2031:

- The task is solvable, and we are taking on it with pleasure and enthusiasm. This is a new experience, a new opportunity for developing the competence of the design departments of the enterprise first of all and for developing the production block of the enterprise."
 

pmc

Colonel
Registered Member
There is some more from UEC Kuzentov visit. Russia should not have difficulty making over 200 fighters per year. i presume this Mi-26 and An-124 are the most important for logistics when you add earlier statements. The larger the platforms the greater its importance.
No info about Bomber engines.
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Over the last four years alone, the number of aircraft engines delivered has increased by more than 50 percent — from 791 to 1,227 units. This year, import substitution of engines on Ansat helicopters and Sukhoi Superjet aircraft has been completed. We have now looked at all of this, it was shown. The latest VK-650V gas turbine engine and PD-8 turbojet engine, which meet the best world standards, are installed there, — Vladimir Putin said.
During the meeting, the President paid special attention to the prospects for using the PD-8 engine in addition to the Sukhoi Superjet aircraft and on other aircraft. He also outlined the need to promptly complete the development and begin serial production of the PD-26 turbojet engine, the first high-thrust aircraft engine developed in Russia.
"It has fundamentally new capabilities in terms of power and thrust. At the same time, it is efficient and economical," the head of state noted. "The implementation of this project will allow us to modernize not only military transport aviation, but will also open up prospects for the construction of a new generation wide-body civil airliner."
laser are already in tests in various locations.
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Manturov is confident that laser systems will soon be used to combat UAVs​


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September 1, 20:00
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Manturov: Russia is among the world leaders in the field of photonics and laser systems​

Photonics is one of the aspects of quantum physics, which studies, among other things, the interaction with optical signals and the practical application of light particles (photons). The study of the patterns and behavior of light particles (photons) allows, among other things, the creation of faster computing systems based on the principle of quantum computers. The knowledge of scientists allows the creation of laser installations for studying the properties of matter, plasma, the structure of matter, and experiments on controlled inertial thermonuclear fusion.

They dont put date on it but indirectly it gives info that Tu-160M2 is designed for 24 hours. This can be replacement for all special mission aircraft pending PAK-DA. when Putin was in Alaska the E-3 that was coordinating flights barely managed 500km/hr ahead of IL-96
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KRET sets course for new Tu-160M2​

KRET is successfully implementing a program to equip the upgraded version of the Russian Tu-160M2 strategic bomber with the BINS-SP-1 strapdown inertial navigation system.

This device allows determining the coordinates, course and speed of the aircraft by recording data from high-precision instruments integrated into it – three laser gyroscopes and three quartz accelerometers. Taking into account periodic adjustments made by turning on GLONASS satellite signal receivers or by operating the astronomical navigation system, the accuracy of determining the aircraft's location in space is 100 meters. This significantly increases the combat effectiveness of the bomber in conditions of counteraction by enemy electronic warfare systems or when the satellite navigation system is turned off.
The BINS-SP-1 system is characterized by a continuous operation time of up to 24 hours and operation in high latitudes, including the pole and polar regions.
"The Tu-160 is an aircraft in which its creators laid enormous potential. This was the reason why the Ministry of Defense decided to return to production of this aircraft on the basis of a modern technological base," said Vladimir Mikheev, Advisor to the First Deputy General Director of KRET. "As one of the key executors of the project to modernize the strategic bomber to the Tu-160M version, KRET has already made significant progress in working on systems for a virtually new aircraft, in terms of electronic warfare, avionics, etc., which will become the Tu-160M2 after its production is resumed."

This Russian academy of science paper about Silicon Carbide. Laser and Quantum has certain success.

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January 31, 2023
Scientists from the Institute of Problems of Mechanical Engineering (IPMash) of the Russian Academy of Sciences have created the first Russian technology for producing silicon carbide – a crystalline material for microelectronics, which surpasses the silicon currently used in its characteristics. The technology is easy to produce and is many times cheaper than existing foreign technologies.
This research opens up many prospects for using silicon carbide. On such substrates it is possible to: grow transistors with high mobility of charge carriers, grow a heterostructure of gallium nitride for blue lasers, use them as a basis for quantum computers, create domestic microchips for LEDs, create super-efficient sensors, create terahertz radiation receivers for pulmonary diseases, and devices after stroke and after heart attack therapy, create a device "burning" excess sugar in people with diabetes.
 

Surpluswarrior

Junior Member
VIP Professional
Note: This is not news, it is a discussion.

In light of the PLA's new Type 100, I thought I would post a discussion about IFVs that occurred on a Russian website. [Topwar.ru is not a military professional website, and the comments section should be taken as a populist exchange.]

An opinion article from August 30th provided detailed suggestions for a new Heavy Infantry Fighting Vehicle. It contains some history of IFVs, particularly Soviet ones.

The suggested HIFV has 35-ton weight, modern tank engine, specialized track, steel hull, 75mm self-loading cannon, two .50 calibre MGs paired with the main gun, or possibly bow-mounted, 4 130mm guided missiles, 300 km cruising range.


Here is a link to a Google translation of the article:

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Since Russia is not in a position right now to mass-deploy Armata and Kurganets families of vehicles, or something like the Type 100, not everybody agreed with these 'dream' specs.


There was a line of argumentation that it is time to mass-produce IFV variants of the T-72 family.

It went as follows:


Instead of developing an expensive new vehicle, which will take a great deal of time and money, let us look at what is actually needed.

What is needed is a HIFV for "right now." Something built on a T-72/90 chassis, of which there are many in stock. Front-engine, rear ramp, tank armour, with a modified combat module from the Kurganets. About 40 tons.

Spacious, versatile compartment for up to 8 people. Regularly 4-6. Side-screens, no amphibious capability. It would come in two variants, the TBMP [heavy BMP] and TBTR [heavy BTR] using the combat module from the BTR-82A with a more stable barrel. Factory-ready for cope cages and other spaced armour.

With a modified 30mm cannon, capable of accepting the newest AP rounds, perhaps programmable-fuse HE, it should be relevant on a modern battlefield.


It is important to save on development time and cost, and not try to trial too many new innovations.


The issue of doctrine is paramount. The TBMP is an assault vehicle, the TBTR delivers troops to the combat line. Tanks are behind the TBMP, and provide fire support from a distance.

The reason for this arrangement is that tank fire is too disruptive when right next to attacking infantry, they are safer to use at a distance.

Putting a Kurganets / BTR-82A CM on a rebuilt T-72 chassis could be done quickly and affordably. It would share commonality with the T-72/90 and BMPT in formations. It could be built using repair-plant facilities. There are also up to 2500 T-64Bs that could be rebuilt into these vehicles.

"Battle taxi" functions could be taken up by the BMP-3 "Manul." Stock BMP-3 should only be used for fire support and evac. There should be a category of BMP known as "fire-support BMP," which the BMP-3 would fall into.

The argument presented in the critique is that Russia did not make the best use of its existing industrial capability - the thousands of tank hulls sitting around could have been refurbished into heavy IFVs using existing systems. The BMP "Manul" could have gone into production a decade ago.

So you could say that these are the practical questions that the Russian mechanized forces have been faced with in the past decade, rather than deployment of Armata-like vehicles.
 

sheogorath

Colonel
Registered Member
Since Russia is not in a position right now to mass-deploy Armata and Kurganets families of vehicles, or something like the Type 100, not everybody agreed with these 'dream' specs.
The T-14 is being mass produced though, albeit in a LRIP capacity but the initial +100 or so contract is getting fulfilled. The issue with the Kurganets is one of the design not offering a worthwhile increase in performance over the existing vehicles given the cost.
 

gelgoog

Lieutenant General
Registered Member
The issues with the Kurganets are multiple. The MoD decided the infantry soldiers needed to carry more equipment while in the vehicle. So it needed redesign internally. The engine did not work as well as expected. And supposedly the head of Kurganmash embezzled money given for the Kurganets.

The first two problems were allegedly solved and it should be in trials right now. As for the manager he was arrested.
 
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