10-01-2011, 12:35 AM
September 30, 2011 16:03 IST | Updated: September 30, 2011 16:06 IST
ââ¬Ë[url="http://www.samachar.com/Launch-confirms-Indias-readiness-for-strategic-defence-lj4qLnachfd.html?utm_source=top25_most_read&utm_medium=web&utm_campaign=samachar_homepage"]Launch confirms Indiaââ¬â¢s readiness for strategic defence[/url]ââ¬â¢
ââ¬Ë[url="http://www.samachar.com/Launch-confirms-Indias-readiness-for-strategic-defence-lj4qLnachfd.html?utm_source=top25_most_read&utm_medium=web&utm_campaign=samachar_homepage"]Launch confirms Indiaââ¬â¢s readiness for strategic defence[/url]ââ¬â¢
Quote:
- Y. Mallikarjun
The successful launch of three missiles in the past one week confirmed Indiaââ¬â¢s readiness for strategic defence and that the countryââ¬â¢s missile development and production capability have reached a high maturity level, observed V.K. Saraswat, Scientific Advisor to Defence Minister.
- T.S. Subramanian
Talking to The Hindu soon after the launch of the nuclear weapons-capable Agni-II on Friday, he said the hat-trick of successes has proved the countryââ¬â¢s capability to develop and produce missiles of any range and the possession of technology to meet any threat profile.
He said that Agni-II Prime surface-to-surface missile would be launched in November and the first flight test of Indiaââ¬â¢s longest range strategic system Agni-V (5,000 km range) would be conducted in December. Besides, an interceptor missile test would also be held as part of the plans to put in place Ballistic Missile Defence system.
Dr. Saraswat said Agni-IIââ¬â¢s performance on Friday was outstanding and all the performance parameters were in copy-book manner, including the terminal event and detonation of the warhead. The Circular Error Probability (CEP) was within a few metres showing that the missileââ¬â¢s terminal accuracy was good. The propulsion rockets too performed as per the thrust profile.
During its flight, Agni-II reached an altitude of 220 km and re-entered the atmosphere as the re-entry vehicle withstood temperatures of more than 3,000 deg.C and the accuracy of thermal and aerodynamic loads was proved.