04-21-2012, 03:04 PM
No intention to cap missile programme with Agni-5
By Ajai Shukla
Business Standard, 21st Apr 12
After the near-perfect debut of the Agni-5 long-range ballistic missile, which yesterday travelled 5000 kilometres to accurately strike a target in the southern Indian Ocean, Dr VK Saraswat, the Defence R&D Organisation chief, declared that the Agni programme would continue and that there was no question of capping Indiaââ¬â¢s missile programme.
Addressing a press conference in New Delhi, Saraswat said, ââ¬ÅOur development needs are based upon todayââ¬â¢s threats, and also evolving threatsââ¬Â¦. So there is no question of capping any programmeââ¬Â¦. Today, in a short time, we have gone from Agni-4 (launched in Nov 11) to Agni-5, Obviously we have a threat profile which is evolving and I am not sure it will ever remain static. So we are going to continue to develop missiles to meet our future threats.ââ¬Â
The first big enhancement to the successful Agni-5 will involve creating the capability of hitting several different enemy targets with multiple warheads on a single missile. This technology, called multiple, independently targetable, re-entry vehicles (MIRVs) is already being developed by the DRDO.
Dr Avinash Chander, the DRDOââ¬â¢s chief controller of missiles, explained that such a missile would be ââ¬Åall-compositeââ¬Â. The Agni-5 has three stages, with the second and third stage built of composite materials. The next missile will have a composite first stage as well, making it lighter and, therefore, able to carry a heavier payload than the 1.5 tonne payload of the current Agni-5.
According to DRDO sources, an MIRV payload would be significantly heavier, since it would consist of several nuclear warheads, each of them weighing about 400 kilogrammes. A 5-warhead MIRV, therefore, would weigh two tonnes.
ââ¬ÅThe primary modules of MIRV are in an advanced stage of development. Realization and integration of them into a weapon is just a question of threat perceptions and the need as it arises,ââ¬Â said Chander.
Saraswat laid down a two-year time line for the Agni-5 to enter operational service. ââ¬ÅWe will do two more validation tests, which should take about 1ý years. After that, we will begin production (of the Agni-5) and we will start handing it over to the military. Once they have it, they will do some launches for their training as well. This will take about two years.ââ¬Â
The DRDO chief revealed that the missile was 80% indigenous, with just 20% consisting of ââ¬Åthose components which are easily available as part of the electronics components industry.ââ¬Â He stated that the missile does not contain a single critical component that is under embargo.
By Ajai Shukla
Business Standard, 21st Apr 12
After the near-perfect debut of the Agni-5 long-range ballistic missile, which yesterday travelled 5000 kilometres to accurately strike a target in the southern Indian Ocean, Dr VK Saraswat, the Defence R&D Organisation chief, declared that the Agni programme would continue and that there was no question of capping Indiaââ¬â¢s missile programme.
Addressing a press conference in New Delhi, Saraswat said, ââ¬ÅOur development needs are based upon todayââ¬â¢s threats, and also evolving threatsââ¬Â¦. So there is no question of capping any programmeââ¬Â¦. Today, in a short time, we have gone from Agni-4 (launched in Nov 11) to Agni-5, Obviously we have a threat profile which is evolving and I am not sure it will ever remain static. So we are going to continue to develop missiles to meet our future threats.ââ¬Â
The first big enhancement to the successful Agni-5 will involve creating the capability of hitting several different enemy targets with multiple warheads on a single missile. This technology, called multiple, independently targetable, re-entry vehicles (MIRVs) is already being developed by the DRDO.
Dr Avinash Chander, the DRDOââ¬â¢s chief controller of missiles, explained that such a missile would be ââ¬Åall-compositeââ¬Â. The Agni-5 has three stages, with the second and third stage built of composite materials. The next missile will have a composite first stage as well, making it lighter and, therefore, able to carry a heavier payload than the 1.5 tonne payload of the current Agni-5.
According to DRDO sources, an MIRV payload would be significantly heavier, since it would consist of several nuclear warheads, each of them weighing about 400 kilogrammes. A 5-warhead MIRV, therefore, would weigh two tonnes.
ââ¬ÅThe primary modules of MIRV are in an advanced stage of development. Realization and integration of them into a weapon is just a question of threat perceptions and the need as it arises,ââ¬Â said Chander.
Saraswat laid down a two-year time line for the Agni-5 to enter operational service. ââ¬ÅWe will do two more validation tests, which should take about 1ý years. After that, we will begin production (of the Agni-5) and we will start handing it over to the military. Once they have it, they will do some launches for their training as well. This will take about two years.ââ¬Â
The DRDO chief revealed that the missile was 80% indigenous, with just 20% consisting of ââ¬Åthose components which are easily available as part of the electronics components industry.ââ¬Â He stated that the missile does not contain a single critical component that is under embargo.