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IAI Signs Contracts in India Worth almost $2 Billion

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IAI Signs Contracts in India Worth almost $2 Billion
Over $1.6 billion contract for MRSAM Air & Missile Defense System for the Indian Army is considered to be the largest defense contract in Israel's Defense Industries' history

IsraelDefense | 6/04/2017

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Israel Aerospace Industries (IAI) announced today (Thursday) that the company has been awarded contracts in India totaling almost $2.0 billion. In a mega-contract worth over $1.6 billion, considered to be the largest defense contract in Israel's Defense Industries' history, IAI will provide an advanced MRSAM air & missile defense systems to the Indian Army.

The company will also supply additional LRSAM air & missile defense systems for the Indian aircraft carrier.

MRSAM is an advanced air and missile defense system that provides protection against a variety of aerial threats. In its existing version, MRSAM is operational with the Indian Air Force, Indian Navy and Israel Defense Forces (IDF). The system includes an advanced phased-array radar, command and control, mobile launchers and missiles with advanced RF seekers. MRSAM was developed jointly for the Indian Army by IAI and India’s Defense Research and Development Organization (DRDO) in collaboration with Rafael and IAI/ELTA, and worked with various Indian companies including BEL, L&T, BDL and other private vendors.

Joseph Weiss, IAI’s President and CEO, said: "Over the past 25 years, IAI has worked with the Indian defense industries and armed forces in many areas as part of our strategic partnership. The current contracts represent an enormous expression of confidence by the Government of India in IAI's capabilities and advanced technologies which are being developed with our local partners as part of the Indian Government's 'Make in India' policy. We continue to stand with our partners in India at the forefront of technology for the defense and security of both our countries."

http://www.israeldefense.co.il/en/node/29193
 
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its too slow only 2 mach and max atitude is 16 km its not inaugh upgrade speed and atitude needed
 
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its too slow only 2 mach and max atitude is 16 km its not inaugh upgrade speed and atitude needed
Its Shows how Limited Your Knowledge is Do you Know what is Principle of dual pulse Motor

To engage an incoming missile or aircraft at the maximum possible range, INS Kolkata’s on-board radar --- called the MF-STAR (multi-function surveillance, tracking and acquisition radar) --- can detect it while it is still 200 kilometres away.

After detecting the target in the recent tests, the MF-STAR began tracking it, communicating its key parameters --- distance, altitude, direction and velocity --- to INS Kolkata’s command centre in real time.

Meanwhile the LR-SAM interceptor, located in a vertical canister on the warship’s deck, began its pre-launch checks. Simultaneously, the LR-SAM’s command system was generating engagement scenarios, calculating the exact point where the outgoing missile would impact and destroy the incoming target.

As INS Kolkata’s weapons officer gave the launch command, the interceptor roared out of its canister, engulfing the deck in a ball of fire. At the designated height, it switched to level flight, gained supersonic speed, and streaked towards the incoming target, guided by the MF-STAR over a data link.

About five-to-seven kilometres short of the target, a seeker on the interceptor’s nose switched on, locking it onto the target. To accelerate the interceptor, which was by now merely coasting, the dual-pulse motor fired for a second time. This increased the interceptor’s velocity up to Mach 5-7, enabling it to manoeuvre sharply in tandem with the target’s evasive zigzags.

A few metres from the target, the interceptor’s proximity fuse detonated its 23-kilo high-explosive warhead, disrupting it and preventing it from reaching the Kolkata.
 
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Its Shows how Limited Your Knowledge is Do you Know what is Principle of dual pulse Motor

To engage an incoming missile or aircraft at the maximum possible range, INS Kolkata’s on-board radar --- called the MF-STAR (multi-function surveillance, tracking and acquisition radar) --- can detect it while it is still 200 kilometres away.

After detecting the target in the recent tests, the MF-STAR began tracking it, communicating its key parameters --- distance, altitude, direction and velocity --- to INS Kolkata’s command centre in real time.

Meanwhile the LR-SAM interceptor, located in a vertical canister on the warship’s deck, began its pre-launch checks. Simultaneously, the LR-SAM’s command system was generating engagement scenarios, calculating the exact point where the outgoing missile would impact and destroy the incoming target.

As INS Kolkata’s weapons officer gave the launch command, the interceptor roared out of its canister, engulfing the deck in a ball of fire. At the designated height, it switched to level flight, gained supersonic speed, and streaked towards the incoming target, guided by the MF-STAR over a data link.

About five-to-seven kilometres short of the target, a seeker on the interceptor’s nose switched on, locking it onto the target. To accelerate the interceptor, which was by now merely coasting, the dual-pulse motor fired for a second time. This increased the interceptor’s velocity up to Mach 5-7, enabling it to manoeuvre sharply in tandem with the target’s evasive zigzags.

A few metres from the target, the interceptor’s proximity fuse detonated its 23-kilo high-explosive warhead, disrupting it and preventing it from reaching the Kolkata.
so why its writen the speed is 2 mach if its can reach 7 mach speed like you say?
 
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so why its writen the speed is 2 mach if its can reach 7 mach speed like you say?
Written ?? you Debate Technical Matters on Just Blogs. Every Missile Work in Different Mechanism Initially Boost Phase Speed is Alternative to terminal phase .Many Cruise Missile use Such Mechanisms Klub boost phase Speed is Mach 0.8 But It reaches Mach 3 During Terminal Stage
'In dual Pulse Rocket About five-to-seven kilometers short of the target(LOAL Capability), a seeker on the interceptor’s nose switched on, locking it onto the target. To accelerate the interceptor, which was by now merely coasting, the dual-pulse motor fired(Second motor alternative to boost phase) for a second time. This increased the interceptor’s velocity up to Mach 5-7, enabling it to manoeuvre sharply in tandem with the target’s evasive zigzags.

Do understand it Perfectly you need to study Dual Pulse motor Mechanisms
 
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Of course it is....wink wink
When we do a JV with China it's all Chinese and yours is not all Israeli. Payback is a bitch
Do you have Any Published Research paper or Scientific literature To back you arguments Please At-least Tell me contribution Of PAC in you fighter Accept Licence building
 
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Of course it is....wink wink
When we do a JV with China it's all Chinese and yours is not all Israeli. Payback is a bitch
When we do an JV, we actually contribute to the project other than just bringing biryani to the actual owners.

Case in point, DRDO developed those dual pulse motors. IAI developed the seeker. Oh and the proof for the same exists in open source. We publish our research papers unlike some nations who hide their off the shelf purchases as clandestine research with absolutely no research papers...
 
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