Russian Military News, Reports, Data, etc.

Miragedriver

Brigadier
pak fa with external wing loading
i hear internals weapons trials will start before this year ends,any confirmation thunderchief,miragedriver?
abt the interna weapons bays

The first aircraft for State testing was delivered on 21 February 2014. Testing of aircraft's performance parameters was to take place in May 2014. However, I have not come across any information or verification on any webs sites or Russian Forums (other than unconfirmed hearsay).[/quote]


Below is an interesting comparison between the F-22 and the PAK-FA

Stealth Parameters
Radar Cross Sections cited (X-band):
• F-22A Front Aspect = 0.0001 m2, Side and Rear Aspect = 0.01 – 0.001 m2 (0.005 used in this analysis);
• F-35A Front Aspect = 0.001 m2, Side and Rear Aspect = 0.01 m2;
• PAK-FA All Aspect = 0.01 m2;
• Su-35-1 Front Aspect= 2 m2.

Thermal Sensors
With the latest IRST technology the Pak -FA can detect F-22 at 70 km and AMRAM 120 launch.

Radar Parameters:
F-22A APG-77 = published figures (AW&ST - pessimistic);
F-35A APG-81 = published figures (AW&ST - pessimistic);
PAK-FA IRBIS-E N035 Best Case published figures (Tikhomirov NIIP);
Su-35-1 IRBIS-E N035 Worst Case published figures (Tikhomirov NIIP)
Irbis-E can detect and track up to 30 airborne targets at one time at ranges near 400 kilometres, and attack up to 12. In air-to-surface mode the Irbis-E provides mapping allowing attacks on a surface target with precision-guided weapons while scanning the horizon searching for airborne threats that can be engaged using active radar homing missiles.
Tikhomirov NIIP has provided the ability to spot super-low observable targets with RCS equal to 0.01 square meters at ranges out to 90 kilometers.

Conclusion
In stealth and radar parameters the F-22 is still better than PAK-FA, In optical terms the PAK-FA is better than the F-22, but because of radar this advantageous will be reduced in the next few years. In kinematic parameter F-22 and PAK-FA are comparable. In price terms of price the PAK-FA is much cheaper which will mean a big export opportunity and subsequently greater numbers of adversaries for the F-22 and F-35.

The PAK-FA production model, even if half as effective as the F-22A Raptor will still yield comparable BVR exchange rates against todays current fighter aircraft.


I will now get back to bottling my Malbec
 

aksha

Captain
it may be that the internal weapon bay test will be of the anti radiation missile,anyway december will bring us news ,PREZ. Putin will be visiting India and it is likely that we will get updates about how things are going on
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In 2010, officials signed a preliminary design agreement between HAL and Russia’s Sukhoi Design Bureau to jointly produce the FGFA for use by both countries. So far both sides have invested $295 million for preliminary design. Differences have cropped up between HAL and Sukhoi on the work share with India insisting parity.

Sources in the Air Force have said that the differences have been sorted out and the deal is expected to be inked in December during Mr. Putin’s visit. A final agreement will clear the way for full development and production.
,and then there are rumours that the PAK FA will participate in Aero India 2014 in February.
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Airshow China 2014: PAK-FA's new anti-radiation missile set for 2015 series production
The Tactical Missiles Corporation (TMC) company is completing official trials of the Kh-58UShK anti-radiation missile intended to be fired from the internal weapons bay of the Sukhoi T-50 PAK-FA fifth-generation fighter, general director Boris Obnosov told IHS Jane's at Airshow China 2014.

"It is an absolutely innovative item, having nothing common with the old X-58 missile except the similarity in designation. It is 0.5 m shorter than the Kh-58 and equipped with a new seeker. We are finishing the official trials of the new missiles, including launches from the T-50 prototypes," Obnosov said, adding that it could also be mounted on the external weapons carriage of the MiG-35, Su-30MK, Su-34, and Su-35 fighters.

The missile is being developed by a TMC subsidiary, the Raduga (Rainbow) state design bureau, which is based at Dubna city near Moscow. Official trials are to be completed and serial production to start in 2015.

The old Kh-58 missile could be equipped with one of a selection of four passive seekers, designed to target radars working at the different frequency ranges. The new Kh-58UShK missile has an innovative broadband passive radar seeker that allows it to target modern ground-based radars working at frequency ranges between 1.2 GHz and 11 GHz.

The new missile weighs 650 kg with a warhead weight of 149 kg, is 4.19 m long, has a wingspan of 0.8 m, and a diameter of 0.38 m. The Kh-58UShK's maximum speed is 4,200 km/h and it can be launched at aircraft speeds of Mach 0.47-1.5. It can also be launched at altitudes between 20-20,000 m, providing a maximum range varying between 76-245 km. The minimum range is 10-12 km, this at a launch height of 200 m. The Kh-58UShK has an 80% probability of striking within 20 m of the target emmiter.

The presence of the missile at Airshow China 2014 is noteworthy given the Chinese development of fifth-generation fighters such as the J-20 and J-31, which are both equipped with internal weapons bays.

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FORBIN

Lieutenant General
Registered Member
Slava impressive with her big P-500 and Kara after the fire that it has undergone maybe Kerch retired, to see.

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IzQAmKV.jpg
 

aksha

Captain

KRET to develop next-generation avionics on the basis of radio-photonics

Concern Radioelectronic Technologies (KRET, part of Rostec State Corporation) and the Advanced Research Foundation signed an agreement on the implementation of scientific and technological project “Development of an active phased array based on radio-photonics” (“ROFAR”). The project includes the creation of a new specialized laboratory and the development of a multipurpose technology, which will be used in development of next-generation radars and electronic warfare systems. The amount of investments in the project is around 680 million rubles, the press service of KRET reports.

“Nanophotonics - a promising research area, which soon will define the vector of development of dual-use technology in the developed countries, - CEO of KRET, Nikolai Kolesov, said. – Cutting-edge technologies will allow us to create efficient and advanced transmitter-receivers, radar systems, electronic intelligence systems and EW suites, which will replace the existing products”.

The laboratory will be opened on the basis of KRET concern using test benches of a number of KRET companies: Fazotron-NIIR, RPKB, GRPZ, KNIRTI, NPO Ekran, etc. It will be fitted with all the equipment required to carry out scientific studies and “clean room” mode (concentration of dust, microorganisms and chemical fumes reduced to minimum values) will be implemented there. Doctor of Technical Sciences, Deputy General Designer of Fazotron-NIIR, Dmitry Zaitsev, was appointed the head of the laboratory. It is planned that 680 million rubles will be allocated from the federal budget in order to implement the project.

“The development and production of a next-generation active phased antenna array (its major components will be developed using the principles of radio-photonics) will be one of the major areas of “ROFAR” project. These components will help reduce the weight of the equipment 1.5-3 times, increase its reliability and efficiency 2-3 times, as well as dramatically increase the scanning speed and resolution. In case of successful implementation of the project, the technology will open up new possibilities for improving the characteristics of a “smart skin” used on the latest Russian-produced helicopters and airplanes. The system of ROFAR elements integrated into a fuselage and distributed all over its area will allow a crew to receive a coherent radar picture within a radius of 360 degrees, assure work of antenna systems in active and passive radar modes, allow using all kinds of jamming countermeasures, hidden and jamming-resistant transmission, assure communication with ground facilities and other aircraft, friend or for identification, etc.,” KRET explained.

On the basis of new materials and components developed using principles of photonics KRET will implement advanced technologies for production of powerful light-sensitive detectors and semiconducting laser modules. The active phased antenna array technologies are widely used in development of radars for advanced fighters. So far the concern has already developed radars with active phased antenna array for MiG-35, Zhuk-AE, FGA and FGA 35 aircraft. This technology allows an aircraft to track a large number of targets due to electronic control of the beam’s position. The radars are able to detect and acquire sea, ground and air targets, define the target’s class, type and size. They may also be used for navigation purposes and in order to target high-precision weapons.
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Bernard

Junior Member
Does Russia Think Their New Nuclear Weapons Could Win World War III?

It certainly seems so. A new round of Russian nuclear weapons development, their new aggressive posture and their new spurning of joint nuclear programs with the United States, all point to a disconcerting trend in Russian thinking amid a growing confidence in the nation’s military capabilities.

Americans have short memories. Russians don’t. It’s only been 25 years since the Wall came down, but in Russia’s mind the Cold War didn’t end. If Russia’s invasion of Ukraine isn’t enough of a heads-up, then maybe their new generation of tactical nuclear weapons is.

That’s right – new tactical nuclear weapons - as in “yeah, we might use them since their only tactical.” No one would risk World War III over that.

Here in America, we’ve been a little full of ourselves, thinking we were so superior to Russia and everyone else in technology and weaponry. I mean, we could turn them into dust, right? But lately, in our obsession with drones and cyber warfare, we haven’t been paying attention to the whole nuclear weapons thing.

On September 10, Putin said Russia will develop a new guaranteed nuclear deterrent to counter the United States and NATO.

Actually, they already have. Russia reportedly thinks its tactical nukes are now better than both ours and NATO’s. NATO member countries have only 260 older tactical weapons. Sited in Germany, Italy, Belgium, the Netherlands and Turkey, the U.S. has 200 nuclear bombs with an overall capacity of 18 megatons. France has 60 atomic bombs.

As discussed in a report outlined in PRAVDA, Russia has 5,000 nuclear weapons of different tactical classes including Iskander warheads and torpedo, aerial and artillery warheads, all right next to Europe.

The US has 300 tactical B-61 bombs on its own territory, but this does not touch the imbalance. The United States cannot improve this situation as we have destroyed many of our Cold War tactical nuclear missiles, land-based missiles and sea-based Tomahawk cruise missiles. And we pinned ourselves with our own treaties.

The recent START 3 treaty was overwhelmingly favorable to Russia, and they have taken advantage of it with gusto.

Russia has developed long-range cruise missiles of a new generation that will soon be deployed on submarines of the Black Sea Fleet and missile ships of the Caspian Flotilla.

The U.S. State Department admitted as much in a report published at the beginning of September, stating that Russia has passed us in nuclear weapons capability for the first time in 40 years.

Letting our nuclear arsenal fall into disrepair is one thing (Washington Post), but allowing Russia to build a new strategic nuclear weapons force more advanced than ours is another thing altogether. And they even have a new generation of missiles.

So Russia does think it will win World War III if it erupts. And they might, if Putin and the hard-liners are willing to use force as much as they seem lately. And if they’re correct about the West being chicken when it comes to retaliating against them for anything.

Maybe it’s just coincidental that Russia plans to send long-range bombers to the Gulf of Mexico “just for practice”. Russia has decided not to participate in scheduled joint nuclear security efforts with the United States. Russia is boycotting a U.S.-hosted international security summit meeting in 2016.

When the heads-of-state gave Putin too much grief about the Ukraine at the G-20 meeting last week, he just got up and left.

These are not the actions of a beleaguered country concerned about world opinion.

The decline in U.S.-Russian relations is symptomatic of many things. Russia views our Congress as weak and ineffective, hamstringing our Commander-in-Chief. Russia is paranoid that they themselves will be seen as weak. And Kremlin hard-liners are reticent about letting U.S. experts into their nuclear sites.
For 60 years, the huge nuclear arsenals of both the U.S and Russia have been part of each country’s ego, but for Russia it was a much larger part. It’s why they’ve spent billions on upgrading their nuclear capability while many of their people suffer.

Which would be bad enough if our weapons actually worked well and were ready if we ever needed them.

But they aren’t.

Everyone was shocked and outraged when failures started to surface a few years ago at the sites of America’s nuclear strike forces.

- Six nuclear-tipped cruise missiles were flown across the country by mistake aboard a B-52 bomber. The crew was unaware they had them and no one knew they were missing.

- Nineteen launch officers were taken off duty for bad attitudes and weak performances in an inspection.

- The AP published a series of additional stories documenting signs of weak morale, training gaps, exam cheating, security violations and leadership lapses, including the firing in October 2013 of Maj. Gen. Michael Carey, commander of the entire ICBM force.

This is insane. We can do better than this. We do better in every other facet of nuclear.Why can’t we take care of our nuclear weapons?

Because we don’t respect our own people who handle these weapons, who are responsible for their maintenance, their preparedness, who keep the missiles armed, secured and ready for a launch order from the President.

No one wants to work at these nuclear weapon sites anymore. What were once highly sought-after, honored positions that garnered great respect and opportunities for promotion, are now shunned by soldiers as dead-end positions with no possibility of promotion, plagued by insufficient funding and poor logistical support.

Requests for help and supplies go unanswered by upper command.

And no wonder. Inspectors are obsessed over checklists, records and bureaucracy, but ignore aging blast doors that don’t seal shut and crews that have only a single special wrench to maintain 450 intercontinental ballistic missiles.

Some Commanders have tried to improve professionalism, discipline and morale within the missile force, but got little support from higher-ups.

Whether it’s the ICBM and Minuteman forces, or the Air Force’s nuclear bomber force, our nuclear strike forces are in disarray. The B-52 bombers are so expensive to replace that the plan is to let them get to be a hundred years old.

But things could change. On Friday, Defense Secretary Hagel told reporters at the Pentagon, “The internal and external reviews I ordered show that a consistent lack of investment and support for our nuclear forces over far too many years has left us with too little margin to cope with mounting stresses.”

“Routine neglect of our nuclear weapons programs over the years has compromised our ability to respond to an actual threat.”

To address this, Hagel announced a boost in funding for the Pentagon’s nuclear projects of 10% per year over the next five years, or an addition of almost $8 billion between 2016 and 2020 to the present $15 billion annual maintenance for our nuclear arsenal (RT.com).

And the Pentagon management may have gotten the message, announcing last week that it could change the way it funds our nuclear forces. It would shift money for ICBMs, nuclear bombers and nuclear submarines outside of the Defense Department’s budget and into a new account. Such a change would elevate the military’s nuclear mission among senior leadership to a status that would have some actual power.

“We will need to know what’s working and what’s not,” Hagel said. “We must restore the prestige that attracted the brightest minds of the Cold War era.”

The situation is very different for those who serve in the Nuclear Navy. There, moral is high. The ships are actually nuclear powered, so the nuclear is “active” and performing, not just something sitting there unused and decaying, never moving and unlikely ever to be used.

In the end, however, our nuclear force crews, and the American public, see the threat of full-scale nuclear war as “simply nonexistent.”

Not so in Russia. They’re ready. And what would we do if they used these tactical nukes against one of its neighbors? Would we start World War III? Would our weapons actually work?

This same question never seems to go away.

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Equation

Lieutenant General
Here is an interesting article to read.

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The Russian Army will induct a new family of armored combat vehicles collectively called the Armata next year to replace its existing armored war machines, according to Russian state media. Production of the new armored vehicles is expected to start at the beginning of 2015 in January and two dozen of the new machines are expected to participate in the Victory Day parade in Moscow next year—as America struggles with the future of its own armored combat vehicles.

“The first batch will be available next year. You will see them in Red Square on May 9,” Oleg Bochkaryov, deputy chairman of Russia’s military-industrial commission, told the state-run ITAR-TASS news agency on November 18.

Developed by the Uralvagonzavod (UVZ) Corporation in the remote city of Nizhny Tagil in the Ural Mountains, the Armata is being developed in multiple variants, including a main battle tank, infantry fighting vehicle, a heavy-armored personnel carrier, self-propelled artillery and two support vehicle variants. The Russian ground forces are expected show off two-dozen machines during the parade—half will be the main battle-tank variant, while the remainder will be the armored personnel-carrier variant.

(You May Also Like: 5 NATO Weapons of War Russia Should Fear)

The Armata will ultimately replace the Cold War–era T-64, T-72, T-80 and comparatively newer T-90 tanks by the 2030s—assuming the Russian government can pay for it. The Armata series will also replace the BMP-series infantry fighting vehicles and a host of other vehicles; production could go into the tens of thousands if Russia were able to replace its existing vehicles on a one-for-one basis.

According to ITAR-TASS, the main battle-tank variant will be armed with a 125-mm cannon—which has been the standard on Soviet-built hardware in the 1960s—but the weapon will be mounted on an unmanned turret. The crew will be housed in a separate armored compartment—which is a unique configuration for any modern main battle tank.

Some Russian media reports have suggested that the Armata’s armor is specifically being tailored to operate well in the Arctic Circle, an area of the world that is becoming increasingly important for that country’s embattled economy.

Further, in a marked departure from the usual Soviet practice, the Armata program appears to place a far higher priority on crew survivability than any previous Soviet or Russian tank. That could be because Russia is trying to transition from a Soviet-era, conscription-based force to a professional army where individual soldiers are not considered expendable.

(You May Also Like: 5 Russian Weapons of War NATO Should Fear)

As such, the Armata-series vehicles are being designed with a completely new armor layout and will have all-aspect protection, Vyacheslav Khalitov, Uralvagonzavod deputy general director, told the Russian News Service radio station. The crew will be separated from the vehicle’s fuel and ammunition stocks, Khalitov said. As such, it’s possible the internal configuration of the new vehicles bears more resemblance to Western machines such as the M1A2 Abrams or German Leopard 2A7+ than to older Soviet tanks.

Little else is known about the Armata project, save for the fact that everything appears to be proceeding more or less on schedule—if Russian reports are to be believed. “Everything is proceeding in line with the contract. Work is being done ahead of schedule. We get ahead of all schedules,” Oleg Siyenko, Uralvagonzavod general director told ITAR-TASS in September. Additionally, Siyenko said that Armata project is currently meeting all of the Russian military’s requirements.

(You May Also Like: Top 5 Fighter Aircraft of All Time)

However, the Armata might be proving to be more expensive than the Russian government expected. Bochkaryov told ITAR-TASS that the Armata’s price tag is currently too high. Nonetheless, the Russian government is expected to sign a three-year deal to build the Armata at a set price. “We will continue to work with them, because we disagree with Uralvagonzavod high price,” Bochkaryov told Russia Today, another state-run media outlet. According to ITAR-TASS, Uralvagonzavod officials have promised to reduce the price of the new vehicle.

Meanwhile, the U.S. Army has made several abortive attempts to replace the long-serving Bradley infantry fighting vehicle and the Abrams main battle tank. In the early 2000s, the Army launched the Future Combat Systems (FCS) as a family of lightweight vehicles that would replace the service’s heavily armored tanks, infantry fighting vehicle and self-propelled artillery and other machines.

The idea was to develop multiple vehicles based on a common 20-ton lightweight chassis with the same survivability as an Abrams, so that an entire brigade could be deployed in eighteen hours to anywhere on the planet. However, physics intervened. It quickly became obvious that a 20-ton vehicle could never hope to match the protection of a 70-ton tank—short of some sort of miraculous breakthrough.
The Ground Combat Vehicle program—meant to replace just the Bradley—followed the 2009 termination of the FCS effort, but that effort, too, was cancelled in February 2014 after the machine started to morph into an unwieldy and expensive behemoth. The current effort is called the Future Fighting Vehicle program—it’s too early to tell where that program is heading, however.

Meanwhile, there is no program to replace the Abrams main battle tank. The Army hopes to eventually build (or more precisely, remanufacture) a new version of the tank that will be called the M1A3 sometime around 2018.

However, in the long term, the Abrams needs to be replaced, one senior Army armor officer said. The 1970s-era design is at its limit for upgrades. The tank is all but tapped out for space, weight and power, he said. As currently envisioned, the Abrams will stay in service past 2050—by which time the design will be more than seventy years old. Meanwhile, the rest of the world continues to modernize their armor.
 

TerraN_EmpirE

Tyrant King
Since the late 1990's the Russians have been working to Armata. to understand it first you have to look at the new Russian model.the Russian military intends to operate along a two weight class model.
Armata fill the heavyweight class it's a tracked chassis hull that in function would be analogous to the Israeli Merkava IV in that a common chassis will fill the Roles of tank, APC, IFV, MLRS, SPH and recovery vehicle. these will act for the front line premere units of the Russian Army.
the lightweight class will be filled by a second vehicle family called boomerang will be a 8x8 or 6x6 wheel vehicle family intended for a number of roles including IFV, Apc, Command vehicle, ATGM, recovery vehicle and more these vehicles will likely be amphibious and intended for airdrop. an Idea of what it might look like can bee seen in the
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The aim of the Russians is to in one swoop reset their entire armored Vehicle forces to a modern types.
 

aksha

Captain
some thing related to the PAK FA's engine ,i think,could someone translate?
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only info i can get from a member in another forum called austin


New Engine Type 30: 3 -stage LPC; 5 -stage HPC (see pics) and single staged turbine. ( via Jo/Keypubs )

First 2 stages of HPC are made of titanium alloy with blisk tech , The LPC is an aluminium (CNT) martix composite, and the turbine is a nickel-based superalloy.
 
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