Test-fire of Agni-II missile fails to meet desired parameters

The Asian Age.  | Akshaya Kumar Sahoo

India, All India

The success of the test is significant as Agni-II is considered one of the key weapon systems of India’s nuclear deterrence programme.

The 2,000-km plus range nuclear-capable missile was lifted from the Launch Complex IV. (Representational Image/ AP)

Bhubaneswar: India on Thursday flight-tested Agni-II intermediate range surface-to-surface ballistic missile from off Odisha coast as part of user trial. The test, however, did not meet all the desired parameters, official sources said.

Fired at around 10.23 am from Abdul Kalam Island in Bhadrak district, the missile reportedly achieved its full range and splashed down at the pre-designated target in the sea with high degree of accuracy, defence sources said.

Agni-II has already been inducted into the services and today’s test from Launch Complex-4 of the ITR was carried out by the Strategic Forces Command (SFC) as part of a training exercise.

Reports added that Naval ships tracked the vehicle homing on to the target, while a network of radars, telemetry and electro-optical instruments monitored the trajectory. The success of the test is significant as Agni-II is considered one of the key weapon systems of India’s nuclear deterrence programme.

The 2,000-km plus range nuclear-capable missile was lifted from the Launch Complex IV. After initial failures, India had in 2010 successfully test-fired Agni-II. The success was repeated in 2014 and in succeeding test-firing exercises.

Developed as part of medium and long range Agni series of missile systems, - Agni-II has already been inducted into the Armed Forces. It is a two-stage solid propelled system and equipped with a special navigation system to achieve high degree of accuracy.

The missile weighs 17 tonnes and its range can be increased to 3,000 km by reducing the payload. It can be fired from both rail and road mobile launchers. It takes only 15 minutes for the missile to be readied for firing.

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