Russian intention towards China: "We want such an approach no more"

The 'Saturn's chief says about his great unsutisfaction from Chinese pirate coping politics: 

"Our relations with China often represented the following pattern: we sell a number of engines, whereas the other party uses them for copying. We want such an approach no more. In current talks with China  we are proposing to build such relations where none of the partners would have either possibilities or desires to cheat. It would hardly be possible to cooperate with China in the same manner as with France  under the SaM146 project. We need to look for another ver­sion". 

Buk-M2E Air-Defence system

Workaday reading. This article is taken from 'National Defence' Russian Arms & Military Technologies review 7.2008 and is actual today as well. 'Buk-M2E' - has the same missiles as its navalised version 'Shtil', installed on the 'Talwar'-class frigates. The OCRed text is fetched below.

Armor's Prospects

Russian tankers are facing the future with optimism. "Armor - is an effective means of proactive, decisive and dynamic ground operations on both the conventional and nuclear battlefields", - says Lieutenant-General Nikolay Yershov, Chief of Main Automotive and Armour Directorate ('Army & Navy Review', 5, 2008. English).

Russian corvettes for Vietnam

Sunday reading. Although closing the Russian Navy base in Kam-Rahn during Putin's first presidency, Vietnam is remained a key Russian ally in South-East Asia and an important counter-balance against growing China's power. After a bloody incident around disputed Spratley islands, Hanoi activized the purchases for its Navy. A number of Russian-made project 1241.8 'Molniya' fast missiles boats equipped with Kh-35 misiles were bought. The 2006 contract for two '2000 t displacement 'Gepard'-class corvettes is under way too. This is an article about the project from Russian 'National Defence' journal:

Russian HMS for attack helicopters

As it's well known abroad, the first world HMS was developed in USSR - 'Shchel' (Kiev, Arsenal). A long time after USSR dismissal Russian AF and military aircrafts manufacturers used 'Sura' HMS variants of the same Ukrainian vendor without trying to develop Russian own capability in this issue. However, the political problems in Ukraine, economic instability there and the Western efforts to break territorial and ethnic integrity of this Orthodox state, which transitionally  had good relation with Moscow, pushed Russia to development of its own HMS, for not to be dependent from Kiev. This helmet was developed by GRPZ (BARS radar serial manufacturer from Ryazan), and used on new Russian attack helos - Ka-50/52 and Mi-28N:

Russian chip makers. Part 2.

This is the 2^nd part of review about Russian manufacturers of core military electronic components. The 1^st part is here.

'Elvees' – is a fab-less electronic chips design house holding the leading position in developing micro-chips, digital signal processors and controllers, for different military, space, domestic security and civilian applications. 

The peculiarity of the Elvees-designed microchips distinguishing them from many other competitors are – system-on-crystal (SOC) and net-on-crystal (NOC) high integrity design. There are both regular (scalar) and DSP (vector) processor cores with all needed controller in one chip. The DSP cores have high code-density (8-10 times higher than the main world competitors TI and ADI). So, extremely low specific power consumption (Watts per MFlOPS) and high performance is achieved. Up to 5 vector and scalar cores in one chip is used on current Elvees' production. This leads to very compact and light military communication devices (personally communicators, UAV DSP units and communication units) with long period of autonomic work. The enterprise has its own patented architecture platform 'MultiCore', broadly used on the Russian systems of intellectual vision, radars, sonars, digital TV, spacecrafts, prospective mobile communication standards.

Russia's strategic nuclear forces development

Sabbatical reading. An interview of Commander of the Russian Strategic Nuclear Forces (SMF) Col. Gen. Michail Solovtsov, and an article about Russia's SMF development plans, published in English-language 'National Defense' issues.

Russian naval diesels and gas-turbines. Part 2.

The second part of Russian naval propulsion review. Part 1 is here. This is the specification of RUMO Open Joint-Stock Company (Nizhny Novgorod) product line. Manufacturer information:

Russian chip makers. Part 1.

After repeating questions in my blog and BRForum I decided to make a brief review about Russian chip-makers. Generally the situation with electronic parts the Russian military authorities characterize as 'far from to be satisfying'. They complain on growing foreign components and rising prices. However, their complaints must be taken in proportion. The current world trends, exponential multiplying of the hardware nomenclature, the market globalization objectively pushes to international cooperation in military production even between the former rivals. Recently even in US they raised the authorities' attention to dependence from Chinese electronic parts and the poor quality of China-made components. So the situation reflects rather a global problem then specifically Russian one. 

Russian AAMs. Part 2.

RVV-MD – is a new Russian short-range AAM. The abbreviation means in Russian literally 'a missile air-to-air of  the short range'. It was presented first time this summer in MAKS-2009 Air Show in Zhukovsky, near Moscow. It's intended for high-maneuverable combat and can hit both fixed-wing and rotor-wing aircrafts from any direction at day or night and despite heavy jamming. Its maximal range is 40 km (R-73E has 30 km). IR sensor is 2-color, +-60 deg angle of seeking (R-73E has  +-45 deg) . The maneuver control is aero- and gas-dynamical. The maximal AoA of this missiles is significantly higher than of R-73E.   It can hit targets maneuvering with 12 G. Besides MiG-29/35 and Su-27/30/35 families the missile can   equip Su-25 , Yak-130, helos and  other different planes.

Outlines of PAK FA

Since the article of Alexander Pachkov ('Paralay') in Nov, 2009 issue of Russan-language 'Popular Mechanic' journal has produced a great interest, I translated the short essential of this text. Paralay is the editor of the popular site 'Stealth Machines'. The article is about PAK FA/FGFA program. Since I cannot check the Paralay's sources out, the question of information reliability is up to a reader. The outlines of his article:

1)      Can hope for 10-15% PAKFA advantage over F-22 due to two decades of tech. development.

2)      F-22 detects Su35 from the distance of 150-180 km but can open fire from 110 km, while becomes visible for Su-35's radar by itself and on R-77 range of attack.

On the waves

A Saturday reading. A little article about Russian fast boards from the last Naval Show in San-Petersburg. After the article - a couple of words about other projects from RosoboronExport Catalogue. The reference to a Columbian delegation visit is totally irrelevant in my humble opinion, since this country is in US orbit, it fights its own people, has offered basis for US forces etc. Maximum what Russia's leadership might sell them is a few of light-armed boats to keep them a bit away from becoming an American marionette. The real Russian friends in LA are the Bolivarian initiative countries of course. By the way,  the Russian president will take participation in next summit of this states.   

Nerpa-Chakra bhai-bhai!

As the Russian RIA-Novosti news agency on Friday reports with reference to 'a high-ranking fleet official': the Nerpa nuclear attack submarine will enter service with Russia's Pacific Fleet in December 2009 and will then be leased out to the Indian Navy. "The submarine has undergone a range of sea trials, and [final] state tests will begin in late October or early November, after which the Nerpa will be adopted by the Pacific Fleet," the spokesman said. He said a crew of Indian submariners would undergo a course of training together with Russian specialists and servicemen in early 2010. They will subsequently operate on their own under the supervision of Russian instructors, after which the submarine will be leased to the Indian Navy under the name INS Chakra. India reportedly paid $650 million for a 10-year lease of the 12,000-ton K-152 Nerpa, an Akula II class nuclear-powered attack submarine. End of report.

The Indo-Russian special relationship in nuclear sphere is continuing despite growing Obama's pressure for 'non-proliferation', and could be only comparable to the relationship between US and GB in strategic weapons. In my humble opinion of course…

Moscow afterparty

According to the Russian new agencies and DM reports, the 9th session of India-Russia Intergovernmental Commission on military-technical cooperation (IRIGC-MTC) was rather successful. Some of questions and problems were resolved – was declared by the sides. The protocol for prospective joint military programs' realization was signed by two DMs. It includes:

1)      Complete the bureaucratic formality of PAKFA/FGFA project till year end.

2)      Speed up resolving of Gorshkov's payment issue 'in mutual interest'.

3)      Brahmos air version was confirmed, the acceleration of manufacturing too.

4)      New joint ventures in helicopters' development – the plans for this was confirmed. According to Russian DM was told about a prospective medium lift helicopter.

5)      Joint venture for future IFV development will be esteblished.

6)      New modernization programs: Su-30MKI, MiG-27, T-90S, T-72M1, BMP-2.

7)      The project of Program of military-technical cooperation on 2011-2020 and the project of after-selling support & service agreement were discussed. They will be signed in Dec.2009 during Indian PM visit to Moscow.

OLS-35 IRST option for Su-30 family

A contemporary fighter needs periodically upgrade to keep pace with the human technical progress. One of the most promising sensor system for this is the IRST systems, allowing detection of the enemy in air, on the ground and ocean surface. One of the most prominent developers and manufacturers of such systems in Russia is FSUE 'Science-Research Institute for Precision Instrument Engineering' (Moscow). Its traditional specialization was the laser-optical systems for space installations. The production is intended for high-precision trajectory measurements in visible and IR spectrum and laser ranging of objects, like satellite and missiles.

Other products are as follow:

-         Quantum-optic systems for trajectory measurement, photometry, satellite and missiles in fly picturing.

-         Laser retro-reflecting systems

-         Geodesic satellites

-         Inter-satellite laser communication systems

-         GLONASS satellites communication systems

-         Laser range-finders for space crafts

-         Ecologic monitoring systems

-         Atmospheric laser communication systems

The IRST (OLS) systems – are a relative new part in the Institute's activity. Despite this, it offers now two IRST systems with superb technical characteristics. One of them – OLS-UE is offered as a part of MiG-35 program, and the second – is OLS-35 installed on Su-35 fighter, 50 of which were contracted by the Russian AF. OLS-35 is also available for all Su-27/Su-30 family upgrade. It can be a part of Su-30MKI upgrading deal, which is negotiated now in Moscow (Oct.14-15) in the Indo-Russian tech-mil committee summit.

The new Russian anti-radar materials

The Russian researchers go further for developing more advances compounds and technologies for an anti-radar covering. As it's well known, the airframe and the shipframe stealth geometry gives only a partial answer for the contemporary radar development. Only the centimeter and millimeter long radar waves are effectively deflected by such method while the L-band radars progress is remained the growing treat for military devices. Other complimentary methods are composite use and covering.

The usually used antiradar materials are the resins and paints with ferromagnetic. The new nano-metric anti-radar covering is much more light and stable. It's made with magneto-dielectric layering 2-80 nm thick on a high temperature-steady material. The radar-absorption is about 10 Db in 8-80 GHz diapason, i.e. lg (P1/P2) = 1, while P1 – is the incoming radar power and P2 – the reflected. By the formula with these materials the RCS can be reduced 10 times. Its relative mass is as  1 – 1.5 kg/m2. High resistance against climatic factors is provided. They have the one-layer structure instead of usually 5-6.

Serial production of 117S will started soon

The Russian ARMS-TASS agency has reported Oct. 9, that the contract between the Russian Air Force and UMPO plant (merged in 'United Engine-building Corporation') was signed for 96 Al-41F-1S engines purchase. They will be installed on the serial Su-35S fighters. The first party of the engines would be delivered in 2010, and the whole contract – till 2015.  Al-41F-1S ('izdelie 117S') is developed by 'Saturn' with UMPO input, and it has a thrust vectoring nozzle . Two months ago the contract between the Russian Air Force and 'Sukhoi Corp.' was signed for delivering 48 Su-35S, 12 Su-27SM и 4 Su-30М2 fighters until 2015. About 15 Al-41F engines were produced early for the canceled '1.44 project' of 5th generation fighter, which was developed by MiG corp. during 90th. Al-41F-1S - is the intermediate engine solution for the Indo-Russian PAK-FA/FGFA fighter too, it is going to fly till year end with according to the RuAF plan. India could gain these technologies too if wants. As HAL Indian airspace industry corporation's chief and others admitted early, India has already got the single-crystal blade technology during Al-31F ToT agreement.

Added latter:  The Al-41F-1S ('izdelie 117S') engine is a re-dimensioned version of Al-41 engine for fitting Su-30/Su-35 and FGFA/PAKFA fighters. It's as 15% lighter than the predecessor, according to the Saturn's chief engineer.  The t/w ratio on wet is 10 kgf/kg. The '117S' engine - is an initial and export version with 14.5 t thrust, while '117' - is a 15 t thrust domestic version for PAKFA (and probably FGFA too) on the first stage of project. Latter the even more advanced 5th+ gen. engine with t/w = 11.5 - 12.5 kgf/kg is planned for PAKFA.

RD-33 for Tejas?

India Defence Online reports India is seriously considering to use the Russian 33/RD-33MK engines for the homegrown Light Combat Aircraft, as it already used the Indian Air Force fleet of MiG-29 aircraft.
  I have already wrote about this possibility in this blog early. I think, the allegedly selling of an uprated RD-93 engine to China and the current Indian activity around RD-33MK are two related events. Indeed, during some years (more than 5) Russia repeatedly refused to sell the RD- 33 variant with increased thrust to China. One possible reason for this – is the Indian pressure and the agreement between two nations for not allowing China to have more advanced weapons than India. The second one – Russia by self doesn't want China to be too assertive, so the weapons sold for China were always inferior in some degree relative to what Moscow sells to Delhi.

But the technological development is continuing. Sometimes you must run for keeping your place intact. Russia cannot refuse to sell 9 t RD-93 engine for China infinitely (till now it sold only 8.3 t thrust variant). It because the China copy WS-13 (with 7.8 t thrust) is gradually improved and becoming close in its characteristics to the regular RD-93. If Russia refuses now it will lose both the market and the leverage on China. So, the refusing loses its sense. Now the Russian engine manufacturers use Chines money for R&D, so India benefits from this situation too, since China in reality pays for India's advantage. Otherwise the price for new Russian engines, imported to India would be significantly higher.

'Vikramaditya's Combat Management System

The 'Lesorub-E' CMS is installed on the Indian 'Vikramaditya' carrier (former 'Admiral Gorshkov'), now refurbished in 'Sevmash'. It's the export variant of 'Lesorub' CMS for the Russian prospective carrier project. According to the developer, NPO 'Mars', the system is designed for combat control of a ship and a task force on basis of the weapon integration into one complex and for the automation of decision making concerning force and armament engagement.

Tech characteristics and technologies:

Indian MiG-29K and MiG-29KUB operate from the Russian carrier

MiG-29K and MiG-29KUB fighters were over carrier deck take-off/landing exercises. The exercises were successful, ARMS-TASS reported Sep. 29. Both planes have accomplished a number of take-offs and landing in September 28 and 29 from the Kuznetsov carrier in Barents sea. The planes are made for Indian Navy and will be based on Vikramaditya carrier now refurbished in Severodvinsk, Russia. The pre-serial MiG-29K took-off in January, 2007. The first serial MiG-29K plane was made in March, 2008.

Russian TV reports: the radar has a capability for 10 TWS with 4 simultaneously  attacked targets. After accomplishing the Indian contract  the planes (24) will be made for Russian Navy too. RAC MiG can produce first plane within 18 months after a contract would been signed. The airframe life resourse of the new planes is more than twice longer than a regular MiG-29 has. The fly time cost is 2.5 times lower than with an old MiG-29.