Indian Ballistic Missile Defense System

Soham

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Somehow I'm not skeptical... PAD & AAD are more advanced than Patriot, but I don't think they're as good as THAAD which the Americans have...

I doubt they'll learn anything significant from it which they don't already know...
We are talking about the AEGIS system here.
 

EnlightenedMonk

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I think Nitesh was talking about this line -

Howard also said the company was open to collaborating with India’s Defence Research and Development Organisation (DRDO) on integrating its Prithvi Air Defence Shield (PADS) with the Aegis launcher and command and control system.
 

Soham

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Yes he was, and it has nothing to do with THAAD.
 

EnlightenedMonk

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Soham, I mean that the THAAD missiles ought to be much more complicated and advanced than the ones we have (PAD & AAD) if they are able to operationally perform all that they claim to perform...

So, I implied that the Americans would possibly have nothing to gain or learn that they already don't know given that they possibly have more advanced missiles than we do...

This was in specific response to when Nitesh said that "he was feeling skeptical" about the Americans getting their hands on our technology (or something similar)...
 

nitesh

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Key features of the 70 km-range Barak 8 missile are an active radar seeker and a dual-pulse solid rocket motor. The first motor pulse propels the weapon through most of its trajectory while the second fires as the missile approaches its target, giving it the energy necessary to defeat evasive action or random weaving. The active seeker means that the missile is autonomous in the endgame, leaving the ship's radar free to track other targets.
Also new from IAI-Elta is the EL/M-2258 Alpha (advanced lightweight phased array) radar - visible behind the missile. It uses the same S-band transmit/receive modules as the four-face, static EL/M-2248 developed for the Barak 8 system, but is a single-face radar with both mechanical and electronic scanning in azimuth. It offers 360-degree, electronic-only and sector-scan options. This makes it lighter and more compatible with topweight limits on small ships.
 

nitesh

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DNA: India: Ex-DG of ordnance board held in arms deal scam

Among those arrested is Pradeep Rana, a close associate of Sudhir Choudhrie, the arms dealer whose role in the Rs10,000 crore medium-range surface-to-air missile (MRSAM) deal was exposed by DNA.

The deal was signed with Israel Aerospace Industries (IAI) on the eve of the general election despite unfavourable legal opinion and without competitive bidding, accepting an unusual 6%, or Rs600 crore, as business charges.
 

Daredevil

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‘Ballistic missile defence system being upgraded’

Special Correspondent

Plan to enhance defence capability to the extent of engaging missiles of 5,000–6,000-km range


V.K. Saraswat

CUDDALORE: India has perfected Phase I of the ‘Ballistic missile defence system,’ under which it can successfully intercept and destroy an enemy missile having a range of up to 2,000 km, according to V.K.Saraswat, Chief Controller, Research and Development (Missiles), Defence Research and Development Organization, New Delhi.

Mr. Saraswat, who visited Chidambaram on Monday to attend the Staff Development Programme of the Faculty of Engineering and Technology of Annamalai University, told The Hindu that under Phase II, the country was attempting to enhance its missile defence capability to the extent of engaging missiles with a range of 5,000—6,000-km.

He noted that with the Western neighbours having missiles of 600 to 2,000-km range and the north-eastern neighbour armed with inter-continental ballistic missiles (ICBMs), it had become imperative for India to put in place the ballistic missile defence system.

Significance

The system acquired significance in the backdrop of certain neighbouring countries stockpiling missiles with nuclear warheads.

Such missiles would have catastrophic impact and hence the missile defence system was being constantly upgraded.

Mr. Saraswat underscored the point that India had adopted the “no first use” concept as regard to missile handling, but if any country chose to attack India, the latter should be prepared enough to duly counter it.

On two occasions the country had demonstrated its mettle in missile interception: in 2008, it successfully engaged a 1000-km range missile at an altitude of below 20 km and again last March (2009) it succeeded in countering a 2,000-km range missile at an altitude of 80 km.

To track the missile, on flight ground-based and airborne radars must be kept in fine fettle and the communication system must respond in milliseconds.

Counter missile

Soon after an enemy missile was airborne, the counter missile would be launched with a speed of 3,000 metres per second and the closing speed (while nearing the target) would be 5,000 to 6,000 metres per second, he said.

The “hit-to-kill” missile would get very close to the enemy missile and explode its warhead. For the purpose, “directional warhead method” was being adopted to make the counter missile directly zero in on the offensive missile.

AWACS

In this context, the arrival of the Air Borne Warning and Control System (AWACS) would help the country to track cruise missiles that generally flew at a low altitude of 10 to 12 km, Mr Saraswat said.

Unlike the ground-based radar system that could detect the missile only on its flight, the AWACS could locate the missiles even at the launch pad to enable the handlers to trigger the defence mechanism at the right moment, Mr. Saraswat added.

The Hindu : Tamil Nadu / Cuddalore News : ‘Ballistic missile defence system being upgraded’
 

Pintu

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Great Article , nice find DD, also hope that the success be repeated when testing the BMD system against a missile stimulated as 5000-6000 km .

Regards
 

SATISH

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Well we dont know how a 6000km range ballistic missile behaves. And we need to do a lot of intelligence gathering for a BMD to be in place. Hope all this happens to make it asuccessful project.
 

p2prada

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Well we dont know how a 6000km range ballistic missile behaves.
Yes, we do. ICBMs are only ballistic missiles. They go higher and fall faster. That's all.

We will need to work on our reaction time, more powerful boosters for higher speed with a much more advanced seeker. Phew.

Right now, we are capable of stopping missiles falling at 4-5km/s. These speeds are achieved by IRBMs that go only about 400-500km into the atmosphere before falling.

We will have to work on stopping missiles falling at 9km/s or more. This speed is achieved by the Russian Topol-M. Max till date. This is achieved only by an ICBM because they go up to altitudes of 1200km. Thus, they fall faster.
 

DarkMonk

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India upgrading ballistic missile defence system

Cuddalore: India has perfected the first part of its ballistic missile defence system, under which it can successfully intercept intermediate range enemy missiles (IRBMs) with a range of up to 2,000 km, according to VK Saraswat, chief controller, research and development (missiles), Defence Research and Development Organization (DRDO).

Speaking to media persons at Chidambaram town, where he was attending the staff development programme of the faculty of engineering and technology of Annamalai University, Saraswat said that under the second part of the development programme the country would enhance its missile defence capability to engage intercontinental ballistic missiles (ICBMs) with a range of 5,000-6,000-km.

He pointed out with India's neighbour on the western border in possession of missiles of 600 to 2,000-km (IRBM) range and the neighbour to the north-east armed with ICBMs, it was imperative that the country had a ballistic missile defence (BMD) system in place.

He pointed out that BMDs acquired particular significance keeping in mind the stockpiling of missiles with nuclear warheads by one particular neighbour.

He also pointed out that since India had adopted the ''no first use'' policy with respect to nuclear warfare it was even more important that the country should have the capacity to counter nay attack launched in its direction.

He said that two BMD tests conducted by the country had demonstrated the capability of the indigenous system. A test conducted in 2008 successfully engaged a 1000-km range (IRBM) missile at an altitude of below 20 km. Another test in March this year successfully intercepted a 2,000-km range (IRBM) missile at an altitude of 80 km.
 
J

John

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these longer range interceptors will be hypersonic and will be able to attain speeds of over mach 7 in order to deal with longer range threats, offcourse it will need much longer range radars as well, word has it that DRDO is working on a radar with 1500km range, i think we should try and get our hands on the US X-band radar, it has radius of over 2000 km, will shorten the time needed to develop the system.
 

K Factor

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these longer range interceptors will be hypersonic and will be able to attain speeds of over mach 7 in order to deal with longer range threats, offcourse it will need much longer range radars as well, word has it that DRDO is working on a radar with 1500km range, i think we should try and get our hands on the US X-band radar, it has radius of over 2000 km, will shorten the time needed to develop the system.
Chances of us getting the X-Band Radar are remote.
Even the radar which is located in Israel, US's great ally, is operated by US personnel and Israeli personnel dont have access to it..
And more importantly with Sino-muslimophile Obama in office, I dont see it changing.
 

p2prada

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X band radar range is 3500km.

From what I heard, we are building our own swordfish with an extended range.
 

Sridhar

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India upgrading ballistic missile defence system
05 June 2009


Cuddalore: India has perfected the first part of its ballistic missile defence system, under which it can successfully intercept intermediate range enemy missiles (IRBMs) with a range of up to 2,000 km, according to VK Saraswat, chief controller, research and development (missiles), Defence Research and Development Organization (DRDO).

Speaking to media persons at Chidambaram town, where he was attending the staff development programme of the faculty of engineering and technology of Annamalai University, Saraswat said that under the second part of the development programme the country would enhance its missile defence capability to engage intercontinental ballistic missiles (ICBMs) with a range of 5,000-6,000-km.

He pointed out with India's neighbour on the western border in possession of missiles of 600 to 2,000-km (IRBM) range and the neighbour to the north-east armed with ICBMs, it was imperative that the country had a ballistic missile defence (BMD) system in place.

He pointed out that BMDs acquired particular significance keeping in mind the stockpiling of missiles with nuclear warheads by one particular neighbour.

He also pointed out that since India had adopted the ''no first use'' policy with respect to nuclear warfare it was even more important that the country should have the capacity to counter nay attack launched in its direction.

He said that two BMD tests conducted by the country had demonstrated the capability of the indigenous system. A test conducted in 2008 successfully engaged a 1000-km range (IRBM) missile at an altitude of below 20 km. Another test in March this year successfully intercepted a 2,000-km range (IRBM) missile at an altitude of 80 km.

domain-b.com : India upgrading ballistic missile defence system
 

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