BrahMos to be test-fired from Su-30MKI in 2016; heaviest-ever missile flown on that jet: Sudhir Mishra

"The launch of BrahMos from Su-30MKI comprises several phases. Structural modifications have been carried out in the aircraft to integrate BrahMos on to it," explained Mishra.

BrahMos to be test-fired from Su-30MKI in 2016; heaviest-ever missile flown on that jet: Sudhir Mishra
NEW DELHI: India has always stood out for its prowess in developing missiles and with the upcoming test-launch of the BrahMos missile from Su-30MKI fighter jet, the country is all set to create history. "The day BrahMos is successfully test-fired from Su-30MKI, the whole aeronautics community would be saluting us for achieving a very, very difficult milestone in missile and aeronautical technology," says MD & CEO of BrahMos Aerospace Sudhir Kumar Mishra.

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In an interview with Economictimes.com, Sudhir Mishra said, "BrahMos is a very heavy missile and such class of missiles has never been integrated with Su-30MKI." "The launch of BrahMos from Su-30MKI comprises several phases. Structural modifications have been carried out in the aircraft to integrate BrahMos on to it," explained Mishra.



Around three-to-four varieties of missile will be flown on Su-30MKI to test the integration. Dummy and technology missile tests will be carried out along with a pure drop test of the missile. Finally, in the fourth stage, the actual test of the missile would be against land and ship targets. "We should be able to reach to that stage in the second part of 2016," says Mishra.

Also read: PM Modi has brought a paradigm shift in defence; 'Make in India' an imperative: BrahMos' Sudhir Mishra
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Mishra is confident that a single test (from Su-30 MI) against land and ship targets would be sufficient to test the success of the integration.

Asked about the underwater version of the BrahMos missile, which the Indian Navy is yet to test from a submarine, Mishra said, "BrahMos has been successfully flight tested from a pontoon. As a system, pontoon behaves very similar to a submarine. It has been demonstrated that the missile can be launched from sub-water." "We are in touch with many submarine manufacturers in Russia (Rubin Design Bureau), Germany (HDW) and Spain (Navantia). These submarine manufacturers have confirmed that it is possible to integrate BrahMos with their submarines. BrahMos is one of the credible weapons in the inventory of Indian Navy, so we are very confident that the test will happen in the future," he added.

BrahMos Aerospace is a join venture between India's DRDO and Russia's NPO Mashinostroyenia. It was established in 1998, through an inter-governmental agreement. Both the Indian Army and Navy have inducted the supersonic cruise missile which has a range of 290-km. BrahMos flies at a speed of 2.8 Mach and carries a conventional warhead of up to 300 kg.


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According to Mishra, BrahMos Mark II or Hypersonic BrahMos will be able to fly much faster than the existing one. "There are some problems in making a pure hypersonic engine. As of now, we are conducting research completely in the theoretical region. My estimate is that we will be standing at the door of hypersonic engine in about three to four years, and pure hypersonic in about seven to eight years," he said.

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Status check: India’s indigenous missile power
1/26
Text: TNN & Agencies

India may have developed surface-to-surface nuclear missiles like the Agni-V, which can strike targets over 5,000-km away, but has struggled to develop a complex BVR (beyond visual range) air combat missile like Astra for over a decade now.

Once the all-weather Astra is ready, India will join a handful of countries like the US, Russia, France and Israel which have developed such sleek missiles capable of detecting, tracking and destroying highly-agile, hostile supersonic fighters packed with “counter-measures” at long ranges.

Indian fighters are currently armed with Russian, French and Israeli BVR missiles, which cost a packet in the absence of a cheaper indigenous alternative.

Here we take a look at the status of India’s indigenous missile power...

Image: DRDO
Text: TNN & Agencies

India may have developed surface-to-surface nuclear missiles like the Agni-V, which can strike targets over 5,000-km away, but has struggled to develop a complex BV..
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The single-stage, liquid-propelled Dhanush having 350 km range has already been inducted into the armed forces and is one of the five missiles developed by Defence Research and Development Organisation (DRDO) under the Integrated Guided Missile Development Programme (IGMDP), defence sources said.

Image: DRDO
The single-stage, liquid-propelled Dhanush having 350 km range has already been inducted into the armed forces and is one of the five missiles developed by Defence Research and Development Organisati..
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Agni I is an Intermediate Range Ballistic Missile. Agni-I uses solid propulsion booster and a liquid propulsion upper stage, derived from Prithvi.

"The strap-down inertial navigation system adopts explicit guidance, which was attempted for the first time in the world. It uses all carbon composite structure for protecting payload during its re-entry phase," says DRDO.
Agni I is an Intermediate Range Ballistic Missile. Agni-I uses solid propulsion booster and a liquid propulsion upper stage, derived from Prithvi.

"The strap-down inertial navigation sy..
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The first flight conducted in May 1989, established the re-entry technology and precise guidance to reach the specific target.

Agni-I flight trials having proved the long-range technologies. An operational version of Agni with solid-solid propulsion system was test fired in April 1999.
The first flight conducted in May 1989, established the re-entry technology and precise guidance to reach the specific target.

Agni-I flight trials having proved the long-range technolog..
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The 20-metre long Agni-II is a solid-propelled ballistic missile, with a launch weight of 16 tonnes.

The surface-to-surface missile can carry a payload of 1,000 kg. The 2500-km range missile was first tested on April 11, 1999, from a converted rail carriage that slides open to allow it to be raised to the vertical for launch by two large hydraulic pistons.

The missile was inducted in the armed forces in 2004.
The 20-metre long Agni-II is a solid-propelled ballistic missile, with a launch weight of 16 tonnes.

The surface-to-surface missile can carry a payload of 1,000 kg. The 2500-km range mi..
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The missile is equipped with a state-of-the-art navigation system with modern techniques for propelling it towards the designated target with accuracy.

It takes only 15 minutes to bring the missile into ready-to-fire mode.
The missile is equipped with a state-of-the-art navigation system with modern techniques for propelling it towards the designated target with accuracy.

It takes only 15 minutes to bring..
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Agni-III is a 3,000-km range indigenously developed surface-to-surface missile. The launch of the mssile in July 2006 had flopped miserably.

But the subsequent two tests, in April 2007 and May 2008, were deemed successful.

It is capable of carrying a one-tonne nuclear payload. Agni-III missile is powered by a two-stage solid propellant system. With a length of 17 metres, the missile's diameter is 2 metres and launch weight is around 50 tonnes.
Agni-III is a 3,000-km range indigenously developed surface-to-surface missile. The launch of the mssile in July 2006 had flopped miserably.

But the subsequent two tests, in April 2007 a..
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The missile is equipped with hybrid navigation, guidance and control systems along with advanced on-board computers.

The electronic systems are hardened for higher vibration, thermal and acoustic effects.
The missile is equipped with hybrid navigation, guidance and control systems along with advanced on-board computers.

The electronic systems are hardened for higher vibration, thermal an..
Read More
The sophisticated missile is lighter in weight and has two stages of solid propulsion.

The payload, with a re-entry heat shield can withstand temperature of more than 3000 degree Celsius.
The sophisticated missile is lighter in weight and has two stages of solid propulsion.

The payload, with a re-entry heat shield can withstand temperature of more than 3000 degree Celsius
READ MORE
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