Russia To Sell Additional RD-93 Jet Engines To China

Russia's state-run arms exporter Rosoboronexport is preparing a contract for the delivery of additional RD-93 jet engines to China, a senior official from the company said on Tuesday.

Beijing concluded a $238-mln contract with Moscow in 2005 for supplies of a 100 RD-93 engines with options for another 400 to equip its FC-1 Fierce Dragon fighter jets, jointly developed with Pakistan.

"We are holding new talks with the China National Aero-Technology Import & Export Corporation [CATIC] on another option for additional 100 RD-93 engines," Deputy General Director of Rosoboronexport Alexander Mikheyev said at the Airshow China 2010, which is being held on November 16-21 in Zhuhai.

"We hope that this contract will be signed," Mikheyev added.

The RD-93 engines is a variant of the RD-33 engine developed to power the MiG-29 fighter jet.

The RD-93 was developed by Russia's Klimov design bureau specifically for the FC-1 fighter, known in Pakistan as the JF-17 Thunder.

F-17 Information From Zuhai air show And PakDef

F-17 Information From Zuhai air show And PakDef

The poster on Pakdef known as Eagle Hannan is a Pakistani engineer who works in Nanjing, China. He speaks both Urdu and Chinese fluently. He is a serious military aviation enthusiast. The city he comes from in China, Nanjing, is also the home of two of the J-10 pilots from the PLAAF that participated in the Zhuhai Air Show, 2010. He stayed at the same hotel as the PAF pilots and had many conversations with them as well as the PLAAF pilots. . Hannan attended all three public holidays and spent all three days with pilots and senior officers. Hannan has managed to collect a large amount of information and media and these have been cleared by senior personnel from the PAF for public release.

What follows is a summary of Eagle Hannan's posts from Pakdef.

Hannan describes the aerobatics display of the JF-17 as brilliant. The JF-17 flew twice every day of the air show. He notes that the weather conditions were very bad and hard to take videos in. He said that the J-10s did not perform particularly well. Hannan comments that in 14 minutes of display there was a single performance of 360 and three half-hearted loops. He observes that the rest of the displays by the J-10 were formation flights. He notes that one of the Sherdil pilots comments about the J-10 pilots in Punjabi that the old men of China cannot fly their own planes. 

In comparison, the JF-17s did much better. Hannan describes the Chinese crowd as going “wild” with the Thunder’s repeated tight turns, without a single one off-target from the venue.

In his conversations with the PAF, he has found out the following:

1. JF-17s will not have CFTs (Conformal Fuel Tanks).

2. The present batch of JF-17s has certain non-Chinese subsystems.

3. Air to Air missile tests for both WVR and BVR are complete.

4. PAF is impressed with the performance of SD-10s and confirms that the missile is comparable to the AMRAAM-Cs.

5. An improved SD-10s, designated here as SD-10Bs with improved range, seeker, new motor and better seeker has been tested in China on the FC-1. These missiles are marginally lighter than the first generation and are in the same standard as the best Western BVR AAMs. 

The weight of the SD-10Bs still remains slightly greater than the AMRAAM Cs but this is not an issue anymore because the performance is equal or superior. The missiles displayed in Zhuhai were not the new generation SD-10Bs but the earlier model. PAF order for the SD-10Bs will be fulfilled before PLAAF. Previous models will be upgraded to the new SD-10B standard. [Author’s note: this may suggest that PAF have provided critical input for the SD-10Bs]

6. PAF will standardize to this SD-10Bs. First 50 will have PL-9Cs as standard WVR missiles.

7. A new radar will possibly be used in the Block II JF-17s and the first block will be upgraded. These are likely to be AESA radars with a swash-plate, similar to the Gripen NG. 

8. JF-17 radars are designed to be fully multirole.

9. Various new guided munitions are being tested in China. These include SDBs (Small Diameter Bombs) ideal for the light fighter class.

10. PAF’s second squadron of JF-17s is almost ready and flight trials are earmarked for early next year.

11. China is confirmed (yet again and without any doubt whatsoever) to buy the FC-1s. Consequently, production is being expanded in Pakistan’s production facilities, Pakistan Aeronautical Complex (PAC), to meet the demand. These facilities are located in Kamra.

12. Close cooperation on the J-10B is taking place. The level of cooperation has been significantly expanded since 2009. The size of the cooperation is described as literally a small city-like facility to accommodate PAF and Pakistani civilian engineers. Hannan confirmed that civilian engineers from PAC are also part of the cooperation in China.

13. The J-10B will have Chinese radar and western subsystems will allow it to be integrated with Erieye and Chinese AWACS. This is not an assumption and Eagle Hannan, who is a telecom engineer himself, confirms that this is not a technical problem and reconfirms from PAF. There is no problem as long as the protocol messages and handshake procedures are known. He found out that PAF has a solution in terms of the middleware.

14. The middleware will not only be via a C4I but also direct communication middleware. Some of these are being developed in-house and some are being imported.

15. Whether JF-17s can data link with Erieye has not been confirmed due to diplomatic/political reasons. However, Hannan notes that from his discussions, it is implicitly obvious that they definitely can.


16. IFR (In-Flight Refueling) will be installed in later batches. These will be fixed IFRs and not retractable. [Author’s note: radar signature and aerodynamics penalty paid for simplicity of construction, cost and maintenance]. The JF-17s were designed from the ground-up to have IFRs installed.

17. Next block of JF-17s will have IRST (Infra-Red Search & Track) similar to those installed on the J-10B.

18. Pakistani ALCM Raad and H2/H4 ASM will be integrated and was a major reason why Pakistan has chosen to go with Chinese radars for Block 2 JF-17s.

19. Advanced composites have been tested for use on the Block 2 JF-17s. Present JF-17s also use some composites. J-10B/FC-20 is designed from inception from new advanced composites. FC-20s in PAF service will form the top tier in the PAF (above the F-16 Block 52+).

20. PAF denied any collaboration in Chinese 5th generation fighter program as this is a capability they are not familiar with. PAF senior officials stated that:


We cannot help develop a capability we don’t know. Like we don’t know what kind of sensor suite is in F-22 other than what we find from open-source. Such capability/requirement generation is not Air Force job but such technology information is brought in by other means [Hannan notes: espionage or intelligence I think this is what he meant]. We all know F-22 is stealth but what else it can do is what we don’t know. JF-17s are developed because we knew what we wanted from a 4th generation fighter as we already had an experience with capability, either by existing systems or by our collaboration with other air forces. Even US Air force only comes to know new capabilities when it’s presented to it. Chinese on the other hand, have the means to bring such information and develop on such information and PAF does not. We'll see what they bring up.

Hindustan Aeronautics expects the Indian air force to order an additional 42 locally produced Sukhoi Su-30MKIs.

The possible order would come on top of the 180 Su-30MKIs HAL is already producing for the air force, says company chairman Ashok Nayak.

About 105 aircraft from the 180-strong order have been delivered so far, Nayak says. In addition, in mid-2010, India ordered 40 Su-30MKIs as flyaways from Russia's Sukhoi.

Hindustan Aeronautics expects the Indian air force to order an additional 42 locally produced Sukhoi Su-30MKIs.

The possible order would come on top of the 180 Su-30MKIs HAL is already producing for the air force, says company chairman Ashok Nayak.

About 105 aircraft from the 180-strong order have been delivered so far, Nayak says. In addition, in mid-2010, India ordered 40 Su-30MKIs as flyaways from Russia's Sukhoi.

Russia And India Speed Up Work On PAK-FA After Getting Competetion From Chinese J-20

Russia And India Speed Up Work On PAK-FA After Getting Competetion From Chinese J-20

Russia and India should speed up work on their joint fifth-generation fighter plane to meet the challenge from the Chinese rival unveiled earlier this week, said a leading military expert.

“The Chinese prototype of a fifth-generation aircraft, J-20, appears to be a long-range strike aircraft and as such it will pose a potential threat to India,” said analyst Konstantin Makienko of the Moscow-based Centre for Analysis of Strategies and Technologies (CAST).

China's stealth fighter made its first 15-minute flight on Tuesday over an airfield in the south-western city of Chengdu. Mr. Makienko called the test flight an “unquestionable success” for the Chinese defence industry.
“China has emerged as the third nation developing the fifth-generation fighter plane after the U.S. and Russia,” he told The Hindu.
The Russian expert said India and Russia should intensify efforts to build their advanced fighter plane if they are not to lose the race to China.
“The J-20 fighter will be a direct rival of the Russian-Indian fifth-generation aircraft. The Chinese plane will be ready by 2020, so time will be a crucial factor.”

The Russian prototype, T-50, made its first flight a year ago. India joined the project only last month when the two sides signed a contract for the preliminary design of the fifth-generation fighter aircraft to be called Perspective Multi-role Fighter (PMF).

India will contribute about 30 per cent of the plane's total design by providing composite material components, some avionics, electronic warfare systems and cockpit displays. Indian designers will also be responsible for re-modelling Russia's single-seat fighter into a two-seater version for the IAF.

The PMF planes are expected to start rolling out around 2017, but delays cannot be ruled out, judging by past experience.
The fifth-generation fighter will be the first Indo-Russian aviation project that will be marketed in third countries.

The Russian Center for Analysis of International Weapons Trade estimates the global market for the PMF at over 400 planes.
“In order to retain its competitive edge the Russian-Indian fifth-generation fighter should enter global markets before the Chinese plane and cap its price at $80-100 million per aircraft,” the Russian expert said.
To rival China's new stealth jet

Russia And India Speed Up Work On PAK-FA After Getting Competetion From Chinese J-20

Russia And India Speed Up Work On PAK-FA After Getting Competetion From Chinese J-20

Russia and India should speed up work on their joint fifth-generation fighter plane to meet the challenge from the Chinese rival unveiled earlier this week, said a leading military expert.

“The Chinese prototype of a fifth-generation aircraft, J-20, appears to be a long-range strike aircraft and as such it will pose a potential threat to India,” said analyst Konstantin Makienko of the Moscow-based Centre for Analysis of Strategies and Technologies (CAST).

China's stealth fighter made its first 15-minute flight on Tuesday over an airfield in the south-western city of Chengdu. Mr. Makienko called the test flight an “unquestionable success” for the Chinese defence industry.
“China has emerged as the third nation developing the fifth-generation fighter plane after the U.S. and Russia,” he told The Hindu.
The Russian expert said India and Russia should intensify efforts to build their advanced fighter plane if they are not to lose the race to China.
“The J-20 fighter will be a direct rival of the Russian-Indian fifth-generation aircraft. The Chinese plane will be ready by 2020, so time will be a crucial factor.”

The Russian prototype, T-50, made its first flight a year ago. India joined the project only last month when the two sides signed a contract for the preliminary design of the fifth-generation fighter aircraft to be called Perspective Multi-role Fighter (PMF).

India will contribute about 30 per cent of the plane's total design by providing composite material components, some avionics, electronic warfare systems and cockpit displays. Indian designers will also be responsible for re-modelling Russia's single-seat fighter into a two-seater version for the IAF.

The PMF planes are expected to start rolling out around 2017, but delays cannot be ruled out, judging by past experience.
The fifth-generation fighter will be the first Indo-Russian aviation project that will be marketed in third countries.

The Russian Center for Analysis of International Weapons Trade estimates the global market for the PMF at over 400 planes.
“In order to retain its competitive edge the Russian-Indian fifth-generation fighter should enter global markets before the Chinese plane and cap its price at $80-100 million per aircraft,” the Russian expert said.
To rival China's new stealth jet

Has Pakistan Signs Deal with China to Co-produce Six Subs With The Technology that India Wants? Even as India has announced its intent to have new generation diesel-electric submarines, Pakistan has gone ahead and signed a deal with long-standing ally China to produce submarines with the same technology that India wants. The Pakistan Navy and China’s Ship Building Corporation signed a deal that got the seal of finality during the visit of Chinese Premier Wen Jiabao to Pakistan last December. Indian security agencies in know of the matter have cautioned the government that this could tilt the balance in favour of the Pakistan Navy in the Arabian Sea. India is looking to spend Rs 50,000 crore to acquire six new diesel-electric submarines that will be equipped with air-independent propulsion (AIP) technology to boost operational capabilities. Conventional diesel-electric submarines have to surface every couple of days for oxygen to recharge their batteries. A submarine using AIP technology can stay submerged for 12-15 days at a stretch, thus increasing its capacity to hunt down enemy warships without being detected. Nuclear powered submarines can stay underwater for even longer periods. Under the latest agreement, China will co-produce six AIP technology submarines with Pakistan. Currently, the neighbouring navy has only one submarine -- PNS Hamza. Pakistan is also looking at an AIP system produced by a French or German maker to fit on to the Chinese made hull of the vessel, said an official. What is worrying for India is the known pace of Chinese construction. China could well provide three-four new generation AIP technology submarines to the neigbouring country within two years. The Chinese had supplied four frigates to the Pakistan Navy in 18 months flat! The two nations have also co-produced the single-engine J-17 fighter that was inducted into the Pakistan Air Force last summer. For India, it could take upto five years to induct its first such submarine, as it will have to go through the process of trying out offers from various global bidders before ordering the vessels. The Indian Navy has a bigger fleet in terms of number but it is dwindling and will be down to eight conventional diesel-electric vessels by 2015. By then, the first of the six under-construction Scorpene submarines will join the fleet followed by five more till 2018. The AIP technology vessels will follow later. Going by estimates, Pakistan would complete the induction of its fleet of AIP technology vessels by the time India starts off with its line of such submarines. However, India will maintain its edge over Pakistan in case of nuclear-powered submarines. It hopes to induct the Akula-II Class attack submarine K-152 Nerpa on a 10-year lease from Russia in the next few weeks while the first indigenous nuclear submarine INS Arihant is expected to be inducted by early-2012. Indian Navy Chief Admiral Nirmal Verma has already declared that nuclear-powered submarine INS Arihant would be on ‘deterrent patrol’ to provide the ability of a retaliatory ‘second strike’ if the country faces a nuclear attack.

Even as India has announced its intent to have new generation diesel-electric submarines, Pakistan has gone ahead and signed a deal with long-standing ally China to produce submarines with the same technology that India wants.The Pakistan Navy and China’s Ship Building Corporation signed a deal that got the seal of finality during the visit of Chinese Premier Wen Jiabao to Pakistan last December. Indian security agencies in know of the matter have cautioned the government that this could tilt the balance in favour of the Pakistan Navy in the Arabian Sea.

India is looking to spend Rs 50,000 crore to acquire six new diesel-electric submarines that will be equipped with air-independent propulsion (AIP) technology to boost operational capabilities. Conventional diesel-electric submarines have to surface every couple of days for oxygen to recharge their batteries. A submarine using AIP technology can stay submerged for 12-15 days at a stretch, thus increasing its capacity to hunt down enemy warships without being detected. Nuclear powered submarines can stay underwater for even longer periods.
Under the latest agreement, China will co-produce six AIP technology submarines with Pakistan. Currently, the neighbouring navy has only one submarine -- PNS Hamza. Pakistan is also looking at an AIP system produced by a French or German maker to fit on to the Chinese made hull of the vessel, said an official.

What is worrying for India is the known pace of Chinese construction. China could well provide three-four new generation AIP technology submarines to the neigbouring country within two years. The Chinese had supplied four frigates to the Pakistan Navy in 18 months flat! The two nations have also co-produced the single-engine J-17 fighter that was inducted into the Pakistan Air Force last summer.

For India, it could take upto five years to induct its first such submarine, as it will have to go through the process of trying out offers from various global bidders before ordering the vessels.

The Indian Navy has a bigger fleet in terms of number but it is dwindling and will be down to eight conventional diesel-electric vessels by 2015. By then, the first of the six under-construction Scorpene submarines will join the fleet followed by five more till 2018. The AIP technology vessels will follow later. Going by estimates, Pakistan would complete the induction of its fleet of AIP technology vessels by the time India starts off with its line of such submarines.

However, India will maintain its edge over Pakistan in case of nuclear-powered submarines. It hopes to induct the Akula-II Class attack submarine K-152 Nerpa on a 10-year lease from Russia in the next few weeks while the first indigenous nuclear submarine INS Arihant is expected to be inducted by early-2012.

Indian Navy Chief Admiral Nirmal Verma has already declared that nuclear-powered submarine INS Arihant would be on ‘deterrent patrol’ to provide the ability of a retaliatory ‘second strike’ if the country faces a nuclear attack.

Has Pakistan Signs Deal with China to Co-produce Six Subs With The Technology that India Wants? Even as India has announced its intent to have new generation diesel-electric submarines, Pakistan has gone ahead and signed a deal with long-standing ally China to produce submarines with the same technology that India wants. The Pakistan Navy and China’s Ship Building Corporation signed a deal that got the seal of finality during the visit of Chinese Premier Wen Jiabao to Pakistan last December. Indian security agencies in know of the matter have cautioned the government that this could tilt the balance in favour of the Pakistan Navy in the Arabian Sea. India is looking to spend Rs 50,000 crore to acquire six new diesel-electric submarines that will be equipped with air-independent propulsion (AIP) technology to boost operational capabilities. Conventional diesel-electric submarines have to surface every couple of days for oxygen to recharge their batteries. A submarine using AIP technology can stay submerged for 12-15 days at a stretch, thus increasing its capacity to hunt down enemy warships without being detected. Nuclear powered submarines can stay underwater for even longer periods. Under the latest agreement, China will co-produce six AIP technology submarines with Pakistan. Currently, the neighbouring navy has only one submarine -- PNS Hamza. Pakistan is also looking at an AIP system produced by a French or German maker to fit on to the Chinese made hull of the vessel, said an official. What is worrying for India is the known pace of Chinese construction. China could well provide three-four new generation AIP technology submarines to the neigbouring country within two years. The Chinese had supplied four frigates to the Pakistan Navy in 18 months flat! The two nations have also co-produced the single-engine J-17 fighter that was inducted into the Pakistan Air Force last summer. For India, it could take upto five years to induct its first such submarine, as it will have to go through the process of trying out offers from various global bidders before ordering the vessels. The Indian Navy has a bigger fleet in terms of number but it is dwindling and will be down to eight conventional diesel-electric vessels by 2015. By then, the first of the six under-construction Scorpene submarines will join the fleet followed by five more till 2018. The AIP technology vessels will follow later. Going by estimates, Pakistan would complete the induction of its fleet of AIP technology vessels by the time India starts off with its line of such submarines. However, India will maintain its edge over Pakistan in case of nuclear-powered submarines. It hopes to induct the Akula-II Class attack submarine K-152 Nerpa on a 10-year lease from Russia in the next few weeks while the first indigenous nuclear submarine INS Arihant is expected to be inducted by early-2012. Indian Navy Chief Admiral Nirmal Verma has already declared that nuclear-powered submarine INS Arihant would be on ‘deterrent patrol’ to provide the ability of a retaliatory ‘second strike’ if the country faces a nuclear attack.

Even as India has announced its intent to have new generation diesel-electric submarines, Pakistan has gone ahead and signed a deal with long-standing ally China to produce submarines with the same technology that India wants.The Pakistan Navy and China’s Ship Building Corporation signed a deal that got the seal of finality during the visit of Chinese Premier Wen Jiabao to Pakistan last December. Indian security agencies in know of the matter have cautioned the government that this could tilt the balance in favour of the Pakistan Navy in the Arabian Sea.

India is looking to spend Rs 50,000 crore to acquire six new diesel-electric submarines that will be equipped with air-independent propulsion (AIP) technology to boost operational capabilities. Conventional diesel-electric submarines have to surface every couple of days for oxygen to recharge their batteries. A submarine using AIP technology can stay submerged for 12-15 days at a stretch, thus increasing its capacity to hunt down enemy warships without being detected. Nuclear powered submarines can stay underwater for even longer periods.
Under the latest agreement, China will co-produce six AIP technology submarines with Pakistan. Currently, the neighbouring navy has only one submarine -- PNS Hamza. Pakistan is also looking at an AIP system produced by a French or German maker to fit on to the Chinese made hull of the vessel, said an official.

What is worrying for India is the known pace of Chinese construction. China could well provide three-four new generation AIP technology submarines to the neigbouring country within two years. The Chinese had supplied four frigates to the Pakistan Navy in 18 months flat! The two nations have also co-produced the single-engine J-17 fighter that was inducted into the Pakistan Air Force last summer.

For India, it could take upto five years to induct its first such submarine, as it will have to go through the process of trying out offers from various global bidders before ordering the vessels.

The Indian Navy has a bigger fleet in terms of number but it is dwindling and will be down to eight conventional diesel-electric vessels by 2015. By then, the first of the six under-construction Scorpene submarines will join the fleet followed by five more till 2018. The AIP technology vessels will follow later. Going by estimates, Pakistan would complete the induction of its fleet of AIP technology vessels by the time India starts off with its line of such submarines.

However, India will maintain its edge over Pakistan in case of nuclear-powered submarines. It hopes to induct the Akula-II Class attack submarine K-152 Nerpa on a 10-year lease from Russia in the next few weeks while the first indigenous nuclear submarine INS Arihant is expected to be inducted by early-2012.

Indian Navy Chief Admiral Nirmal Verma has already declared that nuclear-powered submarine INS Arihant would be on ‘deterrent patrol’ to provide the ability of a retaliatory ‘second strike’ if the country faces a nuclear attack.

K-15 SLBM To Test On 31 Jan

K-15 SLBM To Test On 31 Jan

The DRDO has rescheduled the test-firing of submarine launched ballistic missile ( SLBM) K-15 to January 31. It was supposed to be test-fired from an underwater platform off the Vishakhapatnam coast on January 20.

"The test was first scheduled on January 16, but was postponed to January 20. Now it has again been rescheduled to January 31 due to delay in arrangements. It is a coordinated exercise of both land and Navy personnel," a source said.

"India can join the league of five nations, Russia, US, France, Britain and China, with the successful launch of the K-15 missile. These countries already possess advanced missiles that can be launched from a submarine," sources said.
The indigenously developed K-15 or the B-05 missile are 10 metres in length, one metre in diameter and weighs ten tonnes with a strike range of around 700 km.

This missile uses solid propellant and carries a conventional payload of about 500 kg to one tone and also be fitted with a tactical nuclear warhead. "The missile is ready for the test. But preparation is on for locating the Pontoon (replica of a submarine) inside the sea. The tracking machineries and technical equipment have been shifted from the integrated test range to Vishakhapatnam," the source added.

The K-15 missile has been tested at least six times and is in serial production. The missile was initially test-fired under the name of Sagarika project. While its launching was recorded partial success twice, the rest were claimed as "successful trials" by the DRDO.

The missile, which can be compared with the Tomahawk missile of US, is India's response to Pakistan's Babur missile. The source further said that the Navy has reportedly been insisting for the test of K-15's cruise variant as it is hard to be obstructed and has pinpoint accuracy.

"Cruise missiles are more difficult to detect and hence less vulnerable to anti-missile defence, which can track and destroy ballistic missiles with comparative ease," a defence scientist said. "Besides, the K-15 missile, India has another missile which can also be launched from a submarine. In a joint collaboration with Russia, a submarine-launched version of BrahMos cruise missile has been developed," he added.

K-15 SLBM To Test On 31 Jan

K-15 SLBM To Test On 31 Jan

The DRDO has rescheduled the test-firing of submarine launched ballistic missile ( SLBM) K-15 to January 31. It was supposed to be test-fired from an underwater platform off the Vishakhapatnam coast on January 20.

"The test was first scheduled on January 16, but was postponed to January 20. Now it has again been rescheduled to January 31 due to delay in arrangements. It is a coordinated exercise of both land and Navy personnel," a source said.

"India can join the league of five nations, Russia, US, France, Britain and China, with the successful launch of the K-15 missile. These countries already possess advanced missiles that can be launched from a submarine," sources said.
The indigenously developed K-15 or the B-05 missile are 10 metres in length, one metre in diameter and weighs ten tonnes with a strike range of around 700 km.

This missile uses solid propellant and carries a conventional payload of about 500 kg to one tone and also be fitted with a tactical nuclear warhead. "The missile is ready for the test. But preparation is on for locating the Pontoon (replica of a submarine) inside the sea. The tracking machineries and technical equipment have been shifted from the integrated test range to Vishakhapatnam," the source added.

The K-15 missile has been tested at least six times and is in serial production. The missile was initially test-fired under the name of Sagarika project. While its launching was recorded partial success twice, the rest were claimed as "successful trials" by the DRDO.

The missile, which can be compared with the Tomahawk missile of US, is India's response to Pakistan's Babur missile. The source further said that the Navy has reportedly been insisting for the test of K-15's cruise variant as it is hard to be obstructed and has pinpoint accuracy.

"Cruise missiles are more difficult to detect and hence less vulnerable to anti-missile defence, which can track and destroy ballistic missiles with comparative ease," a defence scientist said. "Besides, the K-15 missile, India has another missile which can also be launched from a submarine. In a joint collaboration with Russia, a submarine-launched version of BrahMos cruise missile has been developed," he added.

   

India has no plans as of now to either join the US-led joint strike fighter (JSF) programme or buy the F-35 `Lightning-II' fifth-generation fighter aircraft (FGFA) when it finally becomes operational.

"We cannot have two types of FGFA. We have already launched preliminary work for our FGFA after inking the $295 million preliminary design contract (PDC) with Russia last month,'' said a top defence ministry official on Friday.

This comes in the wake of comments made by a top Pentagon official, undersecretary of defence for acquisition, technology and logistics Ashton Carter, in Washington that the US was open to Indian participation in its JSF project.

Interestingly, the comments came during a function where an aggressive sales pitch was made for India to select either the American F/A-18 `Super Hornet' ( Boeing) or F-16 `Falcon' ( Lockheed Martin) over their European rivals in the ongoing IAF's medium multi-role combat aircraft (MMRCA) contest.

The other 4.5-generation fighters in the hotly-contested race to bag the $10.4 billion MMRCA project, under which 18 jets will be bought off-the-shelf and another 108 will be manufactured in India under transfer of technology, are Eurofighter Typhoon, Swedish Gripen (Saab), French Rafale (Dassault) and Russian MiG-35 (United Aircraft Corporation).

The IAF force matrix for the coming years revolves around the 270 Sukhoi-30MKIs contracted from Russia for around $12 billion, the 126 MMRCA and 120 indigenous Tejas Light Combat Aircraft, apart from upgraded MiG-29s and Mirage-2000s.

In the decades ahead, the advanced stealth FGFA to be developed with Russia will be the mainstay of India's combat fleet. "Our FGFA will be cheaper than the F-35. Moreover, the intellectual property rights of the FGFA will equally and jointly vest on both India and Russia, with full access to the source code and the like,'' said another senior official.

With a potent mix of super-manoeuvrability and supersonic cruising ability, the "swing-role'' FGFA will of course not come cheap. The cost of designing, infrastructure build-up, prototype development and flight testing has been pegged at around $11 billion, with India and Russia chipping in with $5.5 billion each.

Over and above this, each of the 250-300 FGFA India hopes to begin inducting from 2020 onwards will cost around $100 million each. In all, India will spend upwards of $35 billion over the next two decades in its biggest-ever defence project till now.

The Indian FGFA will primarily be based on the single-seater Sukhoi T-50, the prototype of which is already flying in Russia, but will include a twin-seater version and a more powerful engine with greater thrust.

"Its complete design will be frozen by the end of the 18-month PDC. Six to seven of its prototypes should be flying by 2017. After that, there will be 2,500 hours of flight-testing over 25 months before the series production begins in 2019,'' he said.

Chinese HQ-9 SAM System

HQ-9 is a modern mobile strategic SAM system roughly analogous to the Russian-made S-300PMU (SA-10B GRUMBLE). The HQ-9 has a range of 100 kilometers, an increase over the S-300PMU's 90 kilometer maximum range but less than that of the S-300PMU-1's 150 kilometers.

The containerized missiles are carried in groups of four on the back of wheeled TELs very similar in design to that of the S-300P's 5P85. Target prosecution is handled by the HT-233 phased-array radar system, mounted on a wheeled chassis in a configuration very similar to that employed by the S-300PMU, which mounts the 30N6 (FLAP LID) engagement radar on a MAZ-7910 chassis. The HT-233 radar is likely capable of engaging multiple targets thanks to its phased-array construction.

The similarities between the S-300PMU components and the HQ-9 components may be the result of a limited reverse-engineering effort. China had no prior experience in developing a modern, high-performance strategic SAM system, and it is likely that the S-300P was examined as either a possible starting point or at the very least a general roadmap for component design.

Espionage efforts may have aided the development effort as well, as the HT-233's radar array bears some similarities to the MIM-104 PATRIOT's AN/MPQ-53 phased-array radar. Were the HQ-9 to be an amalgamation of S-300PMU and PATRIOT technology, it would have to be regarded as a very formidable weapon system, although there is no reason to doubt the system's effectiveness were this not to be the case.

The HQ-9's 100 kilometer range and multiple target engagement capability means that fewer SAM sites are now required to defend a given portion of airspace

PLAAF Drill's With J-7 Jets

PLAAF Drill's With J-7 Jets

   

India has no plans as of now to either join the US-led joint strike fighter (JSF) programme or buy the F-35 `Lightning-II' fifth-generation fighter aircraft (FGFA) when it finally becomes operational.

"We cannot have two types of FGFA. We have already launched preliminary work for our FGFA after inking the $295 million preliminary design contract (PDC) with Russia last month,'' said a top defence ministry official on Friday.

This comes in the wake of comments made by a top Pentagon official, undersecretary of defence for acquisition, technology and logistics Ashton Carter, in Washington that the US was open to Indian participation in its JSF project.

Interestingly, the comments came during a function where an aggressive sales pitch was made for India to select either the American F/A-18 `Super Hornet' ( Boeing) or F-16 `Falcon' ( Lockheed Martin) over their European rivals in the ongoing IAF's medium multi-role combat aircraft (MMRCA) contest.

The other 4.5-generation fighters in the hotly-contested race to bag the $10.4 billion MMRCA project, under which 18 jets will be bought off-the-shelf and another 108 will be manufactured in India under transfer of technology, are Eurofighter Typhoon, Swedish Gripen (Saab), French Rafale (Dassault) and Russian MiG-35 (United Aircraft Corporation).

The IAF force matrix for the coming years revolves around the 270 Sukhoi-30MKIs contracted from Russia for around $12 billion, the 126 MMRCA and 120 indigenous Tejas Light Combat Aircraft, apart from upgraded MiG-29s and Mirage-2000s.

In the decades ahead, the advanced stealth FGFA to be developed with Russia will be the mainstay of India's combat fleet. "Our FGFA will be cheaper than the F-35. Moreover, the intellectual property rights of the FGFA will equally and jointly vest on both India and Russia, with full access to the source code and the like,'' said another senior official.

With a potent mix of super-manoeuvrability and supersonic cruising ability, the "swing-role'' FGFA will of course not come cheap. The cost of designing, infrastructure build-up, prototype development and flight testing has been pegged at around $11 billion, with India and Russia chipping in with $5.5 billion each.

Over and above this, each of the 250-300 FGFA India hopes to begin inducting from 2020 onwards will cost around $100 million each. In all, India will spend upwards of $35 billion over the next two decades in its biggest-ever defence project till now.

The Indian FGFA will primarily be based on the single-seater Sukhoi T-50, the prototype of which is already flying in Russia, but will include a twin-seater version and a more powerful engine with greater thrust.

"Its complete design will be frozen by the end of the 18-month PDC. Six to seven of its prototypes should be flying by 2017. After that, there will be 2,500 hours of flight-testing over 25 months before the series production begins in 2019,'' he said.

Top 5 Fighter Planes Under Development

F-35:

The Lockheed Martin F-35 Lightning II is a family of fifth-generation, single-seat, single-engine stealth multirole fighters. After entering service it would be considered as the  most advanced fighter aircraft in the world, performing ground attack, reconnaissance, and air defense missions.

 

The F-35 Lightning II, also known as the Joint Strike Fighter (JSF), integrates advanced very low observable stealth into a supersonic, highly agile 5th generation fighter. The capabilities built into the F-35 Lightning II provide the pilot with unprecedented situational awareness and unmatched lethality and survivability.

Some of its salient features are :
- Dominates all adversaries in the air or on the surface.
- Has the ability to survive and prosecute the most formidable threats expected to emerge beyond 2020.
- Conducts air-to-air and air-to-ground combat missions simultaneously.
- Incorporates the most powerful and comprehensive sensor and mission avionics package ever to fly in a fighter.

Sukhoi’s T-50  PAK FA:

The Sukhoi PAK FA is a fifth-generation jet fighter being developed by Sukhoi for the Russian Air Force.The current prototype is Sukhoi’s T-50. The PAK FA, when fully developed, is intended to replace the MiG-29 Fulcrum and Su-27 Flanker in the Russian inventory and serve as the basis of the Sukhoi/HAL FGFA project being developed with India. As a  fifth generation jet fighter, it is designed to directly compete with Lockheed Martin’s F-22 Raptor and F-35 Lightning II. The T-50 performed its first flight January 29, 2010.Its second flight was on February 6 and its third on February 12. As of August 31, 2010, it made 17 flights in total.Sukhoi director Mikhail Pogosyan has projected a market for 1,000 aircraft over the next four decades, which will be produced in a joint venture with India, two hundred each for Russia and India and six hundred for other countries.He has also said that the Indian contribution would be in the form of joint work under the current agreement rather than as a joint venture. The Indian Air Force will “acquire 50 single-seater fighters of the Russian version” before the two seat FGFA is developed. The Russian Defense Ministry will purchase the first ten aircraft after 2012 and then 60 after 2016.

Medium Combat Aircraft (MCA):


The Advanced Medium Combat Aircraft (AMCA), formerly known as the Medium Combat Aircraft (MCA), is a twin-engined 5th generation stealth multirole fighter being developed by India. It will complement the HAL Tejas, the Sukhoi/HAL FGFA, the Sukhoi Su-30MKI and the yet undecided MRCA in the Indian Air Force. The main purpose of this aircraft is to replace the aging SEPECAT Jaguar & Dassault Mirage 2000. The Medium Combat Aircraft [MCA] is envisioned as a replacement for the British Jaguar and Mirage 2000 the IAF flies, which as of 2002 were to be phased out by 2015. Development costs were expected to be over US $2 billion. At that time, India’s DRDO intended to develop a stealth Medium Combat Aircraft, a further extension of its LCA design, in order to replace the Jaguar and Mirage inventory beginning around 2010.The MCA designers plan to pursue technologies superior to anything currently on offer. India’s aeronautical designers see the MCA programme as crucial for taking forward the expertise that has been painstakingly accumulated in the Tejas LCA programme.

J-XX Stealth Fighter:


China has already launched its next generation stealth fighter aircraft programme, and Shenyang Aircraft Industry Co. (SAC) has been selected to head research and development of a new fighter for the PLA Air Force (PLAAF). According to the reports, development of the subsystems including the engine and weapon suite for the next generation fighter, which was code named by the Western intelligence as J-XX, has been underway for some time. Images of the concepts show a twin-engine aircraft sharing some design traits with Lockheed Martin’s stealth F/A-22 “Raptor” multirole fighter such as the internal carriage of its weapons.

Not too much public information about the programme is available at the moment. Sources within China’s confirmed that the SAC is looking at a twin-engine, single-seat, single vertical tale fin design, but other design proposals has yet been ruled out.  As China has developed close ties with Russia’s aerospace industry and has license produced many planes of formal Soviet designs, it can be predicted that the J-XX would include some, if not many Russian technologies and designs. China has been offered a ‘joint development and production’ of a new fifth-generation fighter by Russia -LFI. Russia has been trying to sell this concept both to China and India for some time, but neither of them has committed fully yet. Stealth and thrust vectoring are two must-have features in all aircraft being designed in the 21st century. It is not clear that how much progress Chinese designers have made in these areas, and Chinese aircraft industry may have to take Western/Israeli/Russian helps to make the J-XX truly fouth-generation (or fifth-generation using the Russian standards). Once introduced, the J-12′s immediate rival will be U.S. F/A-22, JSF and India’s MCA (Medium Combat Aircraft).

JASDF Stealth Fighter ATD-X:


JASDF (Japan Air Self-Defense Forces) planners have been attempting to acquire the American F-22 Raptor jet fighter to replace their current F-15 Eagle fighter planes. The F-22 Raptor is packed with the latest avionics and stealth technology but its high tech features have the Pentagon concerned about security leaks. Even though the United States would lose out financially by not selling Japan the F-22, security issues are front & center these days and Japan is now looking to its own aircraft designers to provide a home-grown solution.

The Mitsubishi ATD-X Shinshin is a Japanese aircraft being developed by the Ministry of Defense Technical Research and Development Institute (TRDI) for research purposes. ATD-X is an acronym which represents “Advanced Technology Demonstrator – X”. The main contractor is Mitsubishi Heavy Industries. This aircraft will be used as a technology demonstrator and research prototype to determine whether domestic advanced technologies for a fifth generation fighter aircraft are viable. The aircraft’s first flight is scheduled for 2014. The design of the aircraft reflects those of several American fourth and fifth generation fighters, most notably the F-22. Japan is set to develop its own next-generation stealth fighter jets to reduce its dependence on foreign technology and counter similar moves by China and Russia.

India to order large number of Javelin anti-tank missiles from US

India to order large number of Javelin anti-tank missiles from US

EW DELHI: Faced with a huge shortfall of anti-tank guided missiles (ATGM), coupled with the delayed induction of the indigenous `Nag' missile, India will order a "large'' number of the quite-expensive Javelin ATGM systems from the US.

The deal for the man-portable, fire-and-forget Javelin ATGM systems will once again be a direct government-to-government one under the American foreign military sales (FMS) programme, without any global multi-vendor competition.

Much to the dismay of Russians and Europeans, India is increasingly taking the FMS route to ink big arms deals with US. The biggest on the verge of finalisation, of course, is for 10 C-17 Globemaster-III giant strategic airlift for upwards of $3 billion.

As for the Javelin contract, defence minister A K Antony told Parliament on Monday the "letter of request'' to US government for procurement of the third-generation ATGM, along with "transfer of technology'', would be issued soon.

This means India will buy some of the 2.5-km range Javelin systems off-the-shelf, while a much larger number will be indigenously manufactured under licensed production. The US has already showcased the ATGM system during bilateral combat exercises like `Yudh-Abhyas' in Babina last October, as reported earlier.

While the exact number of Javelin systems India will induct is yet to be decided, it could well run into thousands. The Army, after all, has a shortfall of around 44,000 ATGMs of different types. "Though Army has an authorised holding of 81,206 ATGMs, not even half that number is present in its inventory,'' said a source.

This when Pakistan is inducting a wide array of missiles, including 2,769 TOW-2A heavy anti-armour guided missiles from US. Mechanised as well as regular infantry units armed with advanced ATGM systems are deemed critical to slow down, if not halt, enemy armoured thrusts into one's territory.

Indian infantry units are as of now equipped with variants of the second-generation 2-km-range Milan and 4-km-range Konkurs ATGMs, produced by defence PSU Bharat Dynamics Ltd under licence from French and Russian companies.

As for the third-generation Nag ATGM, with a 4-km strike range, Army has placed an initial order for 443 missiles and 13 Namicas (Nag missile tracked carriers). After 20 years of development, the Nag is only now getting ready to enter the production/induction phase.

The urgency about the fast-dwindling ATGM stock can be gauged from the fact that Army has ordered 4,100 "advanced'' Milan-2T missiles, with "tandem warheads'', as well as 15,000 Konkurs-M missiles over the last couple of years.

India to order large number of Javelin anti-tank missiles from US

India to order large number of Javelin anti-tank missiles from US

EW DELHI: Faced with a huge shortfall of anti-tank guided missiles (ATGM), coupled with the delayed induction of the indigenous `Nag' missile, India will order a "large'' number of the quite-expensive Javelin ATGM systems from the US.

The deal for the man-portable, fire-and-forget Javelin ATGM systems will once again be a direct government-to-government one under the American foreign military sales (FMS) programme, without any global multi-vendor competition.

Much to the dismay of Russians and Europeans, India is increasingly taking the FMS route to ink big arms deals with US. The biggest on the verge of finalisation, of course, is for 10 C-17 Globemaster-III giant strategic airlift for upwards of $3 billion.

As for the Javelin contract, defence minister A K Antony told Parliament on Monday the "letter of request'' to US government for procurement of the third-generation ATGM, along with "transfer of technology'', would be issued soon.

This means India will buy some of the 2.5-km range Javelin systems off-the-shelf, while a much larger number will be indigenously manufactured under licensed production. The US has already showcased the ATGM system during bilateral combat exercises like `Yudh-Abhyas' in Babina last October, as reported earlier.

While the exact number of Javelin systems India will induct is yet to be decided, it could well run into thousands. The Army, after all, has a shortfall of around 44,000 ATGMs of different types. "Though Army has an authorised holding of 81,206 ATGMs, not even half that number is present in its inventory,'' said a source.

This when Pakistan is inducting a wide array of missiles, including 2,769 TOW-2A heavy anti-armour guided missiles from US. Mechanised as well as regular infantry units armed with advanced ATGM systems are deemed critical to slow down, if not halt, enemy armoured thrusts into one's territory.

Indian infantry units are as of now equipped with variants of the second-generation 2-km-range Milan and 4-km-range Konkurs ATGMs, produced by defence PSU Bharat Dynamics Ltd under licence from French and Russian companies.

As for the third-generation Nag ATGM, with a 4-km strike range, Army has placed an initial order for 443 missiles and 13 Namicas (Nag missile tracked carriers). After 20 years of development, the Nag is only now getting ready to enter the production/induction phase.

The urgency about the fast-dwindling ATGM stock can be gauged from the fact that Army has ordered 4,100 "advanced'' Milan-2T missiles, with "tandem warheads'', as well as 15,000 Konkurs-M missiles over the last couple of years.

Chendu J-20 US F-22 Sukhoi T-50 Pak-Fa Fighter Jets

India gives 6 hores to bd

BAF Pics 3