What's new

Indigenous A2A missile Astra ready for integration with other jets

Astra_Air_To_Air_Missile.jpg


India's pursuit of the complex air-to-air missile system seems to be over as the smoke-less and fastest in its class, Beyond Visual Range A2A Missile (BVRAM) Astra is ready for induction in the Air Force after more than 10 years in the making. The indigenously developed all-weather and all-terrain missile, capable of detecting and killing highly manoeuverable targets, has completed a series of pre-induction trails between September 26 and October 3.

Six rounds of the missile of the missile were test-fired over the Bay of Bengal during the period. Defence sources said the missiles were fired at very long range and different altitudes. The weapons successfully engaged manoeuvering targets at medium range while multiple flights were carried out in salvo mode to engage unmanned aerial vehicles. "All six missiles were fired from frontline fightersaircraft Su-30 MKI at fast moving manoueverable targets at different altitudes.

A couple of missiles were also launched in salvo mode and in combat configuration. "The missions were highly satisfactory", said a defence official. All the trails were conducted by IAF and the sub-systems including the indigenous RF seeker performed accurately meeting all the mission parameters and objectives.

"The state-of-the-art technologies developed under the Astra programme will be building blocks for other variants of A2A and Surface-to-Air missiles. The missile is expected to be inducted early next year. It will be the mainstay of territorial air defence in its category", the official confirmed.

Designed and developed by DRDO, the maiden trail of the missile from a fighter aircraft was carried out in May, 2014. The missile was fired against an actual target in 2012 when it destroyed a British drone. HAL has played a role in modifying the aircraft for successful integration of the missile. More than 50 public and private industries have contributed in building the Astra weapon system
 
Back
Top Bottom