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INDIA: Building a Modern Arsenal in India

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INDIA: Building a Modern Arsenal in India

by Heather Timmons and Somini Sengupta, The New York Times
August 31st, 2007




India is developing a military appetite to match its growing economic power.

Over the next five years, military analysts expect the country to spend as much as $40 billion on weapons procurement alone, more than its entire annual armaments budget today — upgrading systems as diverse as jet fighters, artillery, submarines and tanks in its largely Soviet-era arsenal. As a result, India will become one of the largest military markets in the world.

For American contractors, which had been shut out of India for decades, the surge in demand comes just as relations between Washington and New Delhi reach a new level of warmth.

In terms of “potential for growth, India is our top market, ” said Richard G. Kirkland, Lockheed Martin’s president for South Asia.

But whether United States companies can turn that potential into profits will depend on more than warm relations between officials in their capitals; it will depend on how they finesse the particular challenges of the new market — especially, competition from their Russian counterparts.

The stakes of the contest were underscored this week when the Indian defense ministry called for bids to fill an order for 126 fighter jets, a contract that could be worth $10.2 billion.

Determined to build a domestic arms industry, India is requiring foreign suppliers to make a sizable portion of any military goods in this country. In the case of the jet fighter contract, the successful bidder must produce goods worth half the contract’s value in India. So, the American companies have been busily pairing up with locals.

So far, most partnerships are little more than agreements to collaborate on future projects. In February, Raytheon and the electronics division of the Indian giant Tata Power signed such an agreement. The same month, Boeing signed an accord with an Indian engineering firm, Larsen & Toubro, to develop new projects. And Northrop Grumman has signed on with Bharat Electronics and Dynamatic Technologies, both of Bangalore, to investigate joint opportunities.

The Americans’ interest in India goes beyond weapons. This country has booming markets in commercial aviation, shipping and infrastructure projects, which means opportunities for the logistics and security units of the big American contractors.

Walter F. Doran, the president of Raytheon Asia, and a former commander of the Navy’s Pacific fleet, predicts that India may be “one of our largest, if not our largest, growth partner over the next decade or so.”

The hefty increase in military spending reflects the country’s changing view of itself. India, like “all aspiring nations, is seeking its place on the world’s stage,” Adm. Sureesh Mehta, chief of staff of the Indian Navy, told thousands of white-suited officers at a naval conference in New Delhi in July.

In particular, India is positioning itself as a policeman of nearby waterways, especially the Indian Ocean. A spokesman for the defense ministry, Sitanshu Kar, said: “If you look at the rim from west Asia to Asia-Pacific, that entire area accounts for over 70 percent of the traffic of the petroleum products for the whole world. We have a role to play to ensure that these sea lanes are secure.”

An American carrier, the Trenton, which the Indian Navy bought and renamed the Jalashva, can, for example, carry 450 soldiers and half a dozen helicopters, and be used to evacuate Indian nationals, deliver aid or intervene in conflict areas.

Yet India is virgin territory for American armaments makers. Decades of cold war-era distrust, when India aligned itself much of the time with the Soviet Union; followed by sanctions that President Clinton imposed after India tested nuclear weapons in 1998, made India a sort of no-go area for American companies.

Under the Bush administration, sanctions have been lifted and military ties have deepened. In July, the two governments announced a commercial nuclear energy agreement. Under the accord, the United States will share nuclear technology with India, including fuel. The deal requires a radical, India-specific exception to American law and underscores the Bush administration’s commitment, made two years ago, to help India become “a major world power.”

But many arms industry analysts say that winning big orders in India will still be a challenge for Americans. In many cases, companies will be competing directly against India’s traditional supplier, Russia, which has manufacturing agreements in place and is still the largest supplier. Though relations unraveled after the disintegration of the Soviet Union, they were repaired in the late ’90s and the two countries are negotiating some $10 billion in contracts, including an Indian air defense system.

“The Russians are going to get quite a bit of this business,” Andrew Brookes, an aerospace analyst at the International Institute for Strategic Studies in London, predicted.

Congress could present another hurdle for American companies; lawmakers could prohibit sale of the most advanced military equipment, Mr. Brookes said, while there is a perception that the Russians will “sell first-rate stuff.”

Nonetheless, Americans are winning some deals. Lockheed Martin is in final talks to sell six C-130J cargo planes for $1 billion. It would be the largest American military sale to India to date.

The defense ministry has asked Lockheed and Boeing to bid on the $10.2 billion jet order, as well as Saab, which makes the Gripen fighter, and the European team building the Eurofighter jet. They will all confront the MIG Russian Aircraft Corporation, which owns the developer of the MIG, the jet that the Indian Air Force now flies.

In general, the Russians have been the most discreet of suitors. At the recent naval conference here, Western companies took out booths, sponsored meals and cocktail hours, and had dozens of their name-tagged employees working the crowd. Several representatives from the United States armed services also glad-handed. But a Russian presence was hard to find.

Maj. Gen. Aleksandr A. Burov, military attaché at the Russian Embassy in New Delhi, said in a telephone interview that he could not comment on any commercial deals. He did make a point of noting that the chief of Russian land forces had recently visited India, stopping in Agra and Goa.

Several calls and a faxed message to an embassy number that General Burov said would lead to someone who could answer questions went unanswered, as did calls to the New Delhi office of MIG Russian Aircraft.

In some parts of the Indian military, officers split along generational lines, some American officers who interact regularly with the Indian military said. Older officers are likely to support purchases from Russia; younger ones may prefer buying from the United States.

The recent nuclear agreement with the United States also complicates the situation of American companies. The agreement has been strongly criticized in some corners, reflecting an undercurrent of continued distrust in this country toward the United States — which is still seen by many, mostly because of past relations, as wanting to squelch India’s rise to global prominence.

Some politicians say that India made too many concessions to Washington to get the deal and that these will restrict its nuclear testing.

To take effect, the agreement will require legislation by the United States Congress.

The recent improvement in relations with the Pentagon has generated controversy in other ways. At the beginning of July, when the American aircraft carrier Nimitz made a port call near the southern city of Chennai, formerly Madras, it was met by fiery protests from port workers and politicians.

The defense ministry insists that economics, not politics, will guide its decisions. Speaking of the jet fighter deal, its spokesman, Mr. Kar, said, “We’re strictly going by two considerations — the operations requirements of the air force and the best price we get.”

American manufacturers, not surprisingly, maintain that Western technology would be an improvement over the Russian planes and weapons systems that Indians use now or could buy.

Switching to Western equipment would allow the military to “bring new technology to bear faster, with more precision,” Mr. Kirkland of Lockheed said. If the Indian Air Force chose Lockheed’s fighter, he said, it would be able to conduct joint exercises with the United States Air Force and the forces of 18 other countries that fly the plane.

Still, American contractors have no illusions about their Russian competitors. “It’s difficult to unseat an incumbent,” said Randy Belote, a spokesman for Northrop Grumman.

CorpWatch : INDIA: Building a Modern Arsenal in India

:cheers:
 
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India is doing what it is supposed to do, and in my humble opinion India instead of Purchases of finished goods from USA should emphasize on complete TOT, so that its reliance on USA for after sale services is reduced/minimized or zeroed.

India should try to digest sophisticated western defence technologies and incorporate these with the russian and indigenous R&D and come out with more effective and attractive Technologies which are customized for both local demand as well as export.

Indians are very well trenched in europe and specially USA, they are and they must exploit this advantage more extensively.
 
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this article is from 2007 lot of warmth have died down and chills have set in recent times
 
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what ever the case it may be but India is spending its very hard earned money. The pace may be slow but we need this arsenal for many reasons. Few rants may be project at above notion that India has many evil desires but one must adjudge India's need by its area, adjoining neighbourhood, vast coast line and very volatile frequent internal insurgencies.
Furthermore being a mature (now) renowned democracy we are answerable to world communities if may possess evil desires to attack neighbors for no reasons but mere encroachment. We already have assigned to many treaties to resolve all border disputes through dialogue.
As far as latest technology is concerned India has always engaged in most of the deals where TOT is demanded. Unfortunately we have been not so successful or aggressively involved to utilize such ToT provided specially by Russia to enhance domiciliary defence capabilities. May be India is happy to outsource or buy foreign goods cause it do not foresee any threat in near future.
 
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India is doing what it is supposed to do, and in my humble opinion India instead of Purchases of finished goods from USA should emphasize on complete TOT, so that its reliance on USA for after sale services is reduced/minimized or zeroed.

India should try to digest sophisticated western defence technologies and incorporate these with the russian and indigenous R&D and come out with more effective and attractive Technologies which are customized for both local demand as well as export.

Indians are very well trenched in europe and specially USA, they are and they must exploit this advantage more extensively.

Well Said :cheers:
 
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The last three months have been really important for Brahmos Aerospace and the Indian Army. Brahmos tasted failure and success during these three months. On January 20th, 2009 Brahmos Aerospace conducted a test in Pokhran test ranges that was witnessed by Dr A Sivathanu Pillai, chief executive officer and MD of the company, General Deepak Kapoor, Chief of Army Staff and the top brass of the Indian Army. The missile took off successfully but due to a software glitch, it missed its target and the mission was aborted. The test of 20th January was declared a failure.

But this failure did not stop Pillai, who came back with a bang in less than 2 months. He requested the Army to witness another test on March 4th. This time the Deputy Chief of Army staff Lt Gen MS Dadwal witnessed the test. As per Pillai, the second test met all the required parameters and it hit its target, a factory sized building; but the Army was evaluating the test results and unfortunately did not come up with any results for three weeks. Finally another test was conducted on 29th March which was seen by a team led by the Director General of Military Operations, Lt Gen AS Sekhon. This time, the target was even tougher.

During the first two tests, the missile was to hit a factory size building but in the third test on March 29th, the missile was to identify a building among a cluster of buildings in an urban environment. And the missile did it with precision. This test proved that the missile was all set to join the Army. It will give the Indian Army an unparallel capability with which the Army will be able to pick the target of its choice in any weather, day/night and in any location. Enemy’s missile defence will not be able to engage the missile that travels as low as 10 meters in it’s terminal phase and has stealth technologies and guidance system with embedded software. BrahMos travels at a speed of 2.8 Mach and up to a range of 290 km and can cruise at a maximum altitude of 15 km. The only cruise missile in active service is the US Tomahawk missile, which has proven its mettle in the Gulf war and the Afghanistan war, but the Tomahawk is a subsonic missile. Two other known supersonic land-attack cruise missiles under development are Fasthawk by Boeing and the French ANS.

The Indian Army has already raised one regiment (numbered 861) of the BrahMos Mark I missile that has an inferior quality of seeker or homing device. Now Vice Chief of Army Staff has confirmed that the BrahMos Mark II is ready for induction. Army will, reportedly, raise two regiments (numbered 862 and 863) of the BrahMos Mark II, which has an improved seeker and homing devices that can discriminate and zero in on a small target in an urban clutter. These regiments will have four to six batteries of three to four Mobile Autonomous Launchers.

But this is not the end of the road for Dr Pillai who is now working to take the missile to new heights. He is working on developing a Hypersonic BrahMos missile that can travel at Mach 5 to 7 which will make it almost impossible to engage the missile with anti-missile defence systems. Dr Pillai confirmed that lab tests had already started and test missiles would be ready by 2010. Test missiles would be flown over rockets motors and would use aviation kerosene and atmospheric air, mixed at a proportionate volume, as the fuel. Looking at the track record of BrahMos Aerospace, the target of 2010 for the hypersonic missile looks realistic.
 
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Indian Missile Defnce System

Three tests of Ballistic missile defence (BMD) system and all of them successful. This is the most successful and surprising development plans of the DRDO. After the third consecutive successful test that was conducted on 06 March 2009 at 1624 hrs, DRDO’s chief controller and air defence programme director VK Saraswat said, “All building blocks of the BMD are ready at the moment. Only part that remains to be developed is the interceptor missile and by the time they are in place, we will have our full mechanism in place. The programme will be completed by 2011.”

The first test was conducted on 27th November 06 when Prithvi Air Defence (PAD) system successfully intercepted a projected enemy missile in Exo-atmospheric region at an altitude of 48 km and in another test Advanced Air Defence (AAD) intercepted an enemy missile on 06 Dec 2007 in Endo-atmospheric region at 15 kms.

This time, Dhanush missile (projected enemy missile) was launched from a ship 100 km off the Orissa coast and went to an altitude of 120 km and was successfully intercepted by advanced two stage missile at an altitude of 75 km. Dr Saraswat informed that the current missile was 30% more powerful and more advanced than the missile used in first test in December 06. The current missile had more energy, improved guidance and control system and above all had a Gimbaled Directional Warhead. The weight of the new warhead was 30 kg but was able to produce an impact of a 150 kg omni-directional warhead. New guidance system of the missile helps the missile to tackle maneuvers of the enemy missile just like Russian Topov M missiles that can perform Zig Zag (S shape) maneuvers in order to avoid interception.

DRDO would require 5 successful tests to complete Phase I which they hope to complete by 2011. Once Phase I is complete, BMD system will be able to take on missiles with a range of 2000 km like the Chinese M-9 class missiles. DRDO said that an integrated test will be conducted at the end of the year in which PAD will intercept enemy missiles in Exo-atmospheric regions and AAD will take care of missiles/debris in Endo-atmospheric regions.

Phase II of the BMD system will be developed to tackle missiles with a range of 6000 km. In phase II, hypersonic missiles will be developed that can travel at speeds of Mach 6 - 7 and with far more advanced guidance and control system, because the missile will have less time to guide itself to the incoming enemy missile.

Once deployed, the system will be fully automated and will not require any human intervention. Missiles will always be on “Hot Stand-by Mode” that will take-off within 120 seconds of the detection of the incoming missile by the tracking radars. During the war, a volley of interceptor missiles will be fired to ensure kill. Interceptor missiles will be constantly updated about the coordinates of the enemy missiles from the ground based radars through a data link that would be difficult to jam.
 
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Impact of Mumbai Attacks on defence Procurement

‘A stitch in time saves nine’ is something we did not learn in the last 62 years. We have been putting our national security at stake and have been waiting for the enemy to attack and teach us a lesson. Weapon Locating Radar procured right after the Kargil war is one such example. The Government did not listen to the Army for years and consequently, the Pakistani artillery took a number of army as well as civilian lives.

Same thing happened in Mumbai when we saw that NSG did not have their own planes or helicopters to come to Mumbai. They had to wait till an IAF plane came from Chandigarh to carry them from Delhi to Mumbai and wasted 5-6 precious hours. A 60 hour long battle forced the Government to take quick decisions of getting planes/helicopters and different equipments for a NSG like body - worn video and audio bugs, mini-remotely operated vehicles, real time x-ray viewing system, night vision equipments for assault rifles, laser listening devices and light support weapons. The MoD has already given the go-ahead for general purpose machine guns (with night sight and ammunition), under barrel grenade launchers, 2,724 night vision equipments, 6,908 reflex sight, 612 radio-controlled detonators, 372 remote detonating devices (including receivers, transmitters) and 93 guided parafoil air delivery systems.

Weight of the night vision devices that the NSG needs should be less than 2 kg and should be water resistant. They should have a non-reflective surface, shock-proof optics to sustain prolonged recoil, a zoom facility and should be able to detect a man standing at 300 metres on a starlit night without the moon. The laser listening device mentioned in the shopping list is a laser-based audio monitoring system that can allow surveillance operation from a distance of at least 400 metres.

The Navy has also geared up and has decided to raise a 1000 strong Sagar Prahari Bal, a specialized force to protect its assets. The Navy is also acquiring two EL/M-2083 aerostat radars built by Elta Systems, Israel. These balloon mounted radars will have a range of approximately 500 km and will be able to detect low flying aircrafts. These radars have been in the Navy’s wish list for a long time.

On paper, MoD has also given approval to a Rs 6000 crore package to increase force level of the Coast Guard and has sanctioned an increase of 20% in the number of vessels. The proposal that was dying under stockpile of files in the MoD for years, involves induction of 40 new patrol vessels, 30 helicopters, 12 surveillance aircraft and 20 interceptor boats. Coastal radars are also expected to be procured to setup a chain of static coastal radars. But all these plans have just got their approval on papers; these will be implemented when a new Government takes charge after the elections.

10 Marine Police Stations were setup about 2 years ago but none of them was fully functional during November, 2008. Except the one in Somnath, none of these stations have their own building, forget boats and other equipments. Now new boats are being purchased for these stations. West Bengal has learnt its lesson from the Mumbai attacks and will set up 9 Marine Police Stations. Two of these stations, Hemnagar and Kishorimohanpur, have already started working. The State will purchase 18 patrol boats from Greece, which would be modified at the Garden Reach Shipbuilding Limited to meet Indian requirements. State Government will provide 400 men to man these police stations with latest weapons and gadgets. To deal with a Mumbai like terror attack a team of elite Navy commandos Marcos and state police commandos will be deployed at Kolkata port.

Even if all these gadgets are in place, the main question would still be unanswered: will all these agencies work in co-ordination? All these agencies will have to work like a well-oiled machine in order to avoid any other Mumbai like terror attack. Otherwise, we will see the same blame game again, where one agency will be holding another agency responsible for the failure.
 
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Indian Air Force is going to get sharper teeth

IAF is facing severe problems of an ageing fleet. There has been very little induction in the last 20 years. Mig-29s were inducted in the late 80s and Su-30MKI in late 90s. The initial deal of Su- 30 MKI was of buying 40 aircraft off the shelf and manufacturing 140 aircraft in India by HAL. In September 1998, India bought another 10 Su-30s that were originally built for Indonesia. Cash strapped Indonesia could not take the delivery and that opportunity took the number of Indian Su-30 MKIs to 50. In 2007, Russia received another order of 40 Su-30 MKIs from India. Although HAL has been asked to complete the delivery of 140 Su-30 MKIs by 2013-2014, it will not help maintain a strength of 39.5 squadrons as the IAF is bound to phase out Mig-21s, Mig-23s and Mig-27s. Last month, the IAF phased out Mig 23 BN, operated by 221 Squadron, after service of 27 years and will phase out some 300 Mig-21s by 2010-2011. Induction of 126 aircraft, for which a tender was floated last year, will take at least 6 years. The IAF even tried to get second hand 12 Mirage 2000 aircraft from Qatar, but Qatar wanted a very high price. Those aircraft were almost new and would have joined the IAF in no time. But during the last 10 years, the IAF ordered force multipliers like mid-air refueling tankers IL-78s, Phalcon AEWandC, 80 Mi-17 1V helicopters and Hawk trainers. These would provide the much required thrust to the IAF’s punch. Let’s have a look at the systems that the IAF is about to receive and is intended to acquire in near future.
■The IAF will receive its first of the three Phalcon Airborne Early Warning and Control (AEWandC) radar systems from Israel after a delay of 18 months. These three ‘eye in the sky’ systems were ordered in 2004 at a cost of $1.1 billion. Russian IL-76 aircraft was selected as platform for these systems, probably because the IAF is already operating these aircrafts and would not have to develop a separate line of maintenance. Second system is scheduled to be delivered in late 2009 and the third one would arrive by mid 2010.
The most likely reason for the delay of the project seems to be integration of the Israeli, Indian and French electronics and sensors including long-range, high-powered transmit/receive (T/R) modules on Russian IL-76 aircraft. Once in active service, AEWandC will be integrated into a network of land based radars, Aerostat radars, UAVs and dedicated spy satellite that the IAF is going to get in near future. Phalcon’s Active Electronically Scanned Array Radar will allow 360 degree coverage of sky up to a distance of 400 km and will track high maneuvering targets and low-flying objects in all weather day and night conditions. the IAF is looking to order three more such systems.
 
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■The IAF will receive its first of the three Phalcon Airborne Early Warning and Control (AEWandC) radar systems from Israel after a delay of 18 months. These three ‘eye in the sky’ systems were ordered in 2004 at a cost of $1.1 billion. Russian IL-76 aircraft was selected as platform for these systems, probably because the IAF is already operating these aircrafts and would not have to develop a separate line of maintenance. Second system is scheduled to be delivered in late 2009 and the third one would arrive by mid 2010.
The most likely reason for the delay of the project seems to be integration of the Israeli, Indian and French electronics and sensors including long-range, high-powered transmit/receive (T/R) modules on Russian IL-76 aircraft. Once in active service, AEWandC will be integrated into a network of land based radars, Aerostat radars, UAVs and dedicated spy satellite that the IAF is going to get in near future. Phalcon’s Active Electronically Scanned Array Radar will allow 360 degree coverage of sky up to a distance of 400 km and will track high maneuvering targets and low-flying objects in all weather day and night conditions. the IAF is looking to order three more such systems.
 
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■Considering the threat posed by LTTE’s recent attacks on Sri Lankan Air Bases, IAF has also decided to install Israeli EL/M-2083 Aerostat Radars to keep a close watch on low flying aircrafts. IAF has already moved its mobile radar units all along the Southern coast to avoid any such misadventure by the LTTE. For better coordination, control of Maritime Air Operations (MOA) would also be moved to Southern Air Command from South-Western Air Command.
■IAF has also issued Request for Proposal for 56 Advanced Jet Trainers (AJTs) to six aerospace companies. Earlier it was expected that BAE systems will get a follow on order of Hawk trainers. But IAF dropped the idea because of the delays in supplies of spare parts from BAE to HAL, who is responsible of assembling the Hawk trainers in India. However the RFP was sent 6 companies - BAE Systems for new Hawks, Italy’s Alenia for its M346, South Korea’s T-50, the Czech Republic’s L-159 and Russia’s Yak-130 and MiG AT trainer.
 
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■Giving another surprise, some senior MoD officials have also confirmed that it is close to finalize a 1 billion euro contract for six Airbus A-330 Multi-Role Tanker-Transports (MRTT). The IAF is already using 6 IL-76 tankers and Russia was expecting a follow on order of more tankers, but the IAF has selected A-300 MRTT because of its large fuel loads and dual transport capability. The A330 has a large internal fuel capacity of 111,000 kg in the wings; fuel capacity can be further increased with under floor tanks, which would not compromise the main deck cargo capacity or seating in the strategic transport role. Standard fuel capacity allows the carriage of an additional 43,000 kg of cargo. It has won almost all international orders in the recent past.
 
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■Currently, the IAF is upgrading its existing fleet of Mig-29s and its fleet of An-32. Under this upgrade programe, Anotonov will:
- prolong an aircraft service life up to 20 years with further prolongation of up to 25-30 years. At that, it is proposed to carry out less laborios reconditioning repair instead of overhaul;

- increase an engine life to 1st overhaul from 1,000-2,000 up to 4,000 hours, and specified life from 3,000-6,000 up to 20,000 hours;

- increase payload;

- extend a flight range by 1,000 km due to installation of additional fuel tanks, total of 3,000 liter capacity;

- advance electronic equipment;

- reduce noise level in cockpit;

- perform maritime patrol and search-and-rescue missions.
 
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