HYDERABAD: India joined a select group of nations on Saturday with the successful demonstration of the simultaneous intercept capability of the Akash surface-to-air weapon system against two live flying targets.
The weapon system was flight tested at 12.30 p.m. against a pilotless target aircraft Lakshya and its tow body, which was trailing behind at a distance of 1.5 km at the Interim Test Range, Chandipur-on-Sea. The intercept occurred at a slant range of about 20 km and an altitude of about 5 km.
Objectives of the test
Two missiles fitted with warheads were used in the test, which was witnessed by senior scientists of the Defence Research & Development Organisation (DRDO), user representatives of the Army, Air Force and Integrated Defence staff, according to a press release issued by the DRDO.
"The objectives of the test were to demonstrate the simultaneous intercept capability of Akash weapon system against two aerial targets flying at 550 kmph, closely spaced apartboth in range and azimuth," it said.
The test is a milestone towards production clearance of the weapon system and all the objectives set for the test have been achieved. "This is a very significant milestone in technology and management for defence R&D in the country considering that there are only a very few countries in the world who have demonstrated such multitarget handling capability against live flying targets," the release said.
Automated mode of operation
The full complement of the ground system, consisting of surveillance radars, control centres, multifunction phased array weapon control radar (Rajendra) and mobile launchers, were included in a comprehensive test configuration. The tests were done in a fully automated mode of operation.
The missiles were produced at Bharat Dynamics Limited here while Lakshya was developed by the DRDO and HAL.
The surveillance radars tracked the targets and cued the weapon control radar. Subsequently, the targets were tracked by Rajendra radar after slewing towards the target direction.
The software decided the instant of launch as well as the direction of launch of the missiles. Launchers were automatically slewed in azimuth and elevation.
The missiles were launched, acquired and simultaneously guided within the specified accuracies to intercept both the targets.
The radio proximity fuse onboard the missile detonated the warhead to achieve target destruction.
The weapon system was flight tested at 12.30 p.m. against a pilotless target aircraft Lakshya and its tow body, which was trailing behind at a distance of 1.5 km at the Interim Test Range, Chandipur-on-Sea. The intercept occurred at a slant range of about 20 km and an altitude of about 5 km.
Objectives of the test
Two missiles fitted with warheads were used in the test, which was witnessed by senior scientists of the Defence Research & Development Organisation (DRDO), user representatives of the Army, Air Force and Integrated Defence staff, according to a press release issued by the DRDO.
"The objectives of the test were to demonstrate the simultaneous intercept capability of Akash weapon system against two aerial targets flying at 550 kmph, closely spaced apartboth in range and azimuth," it said.
The test is a milestone towards production clearance of the weapon system and all the objectives set for the test have been achieved. "This is a very significant milestone in technology and management for defence R&D in the country considering that there are only a very few countries in the world who have demonstrated such multitarget handling capability against live flying targets," the release said.
Automated mode of operation
The full complement of the ground system, consisting of surveillance radars, control centres, multifunction phased array weapon control radar (Rajendra) and mobile launchers, were included in a comprehensive test configuration. The tests were done in a fully automated mode of operation.
The missiles were produced at Bharat Dynamics Limited here while Lakshya was developed by the DRDO and HAL.
The surveillance radars tracked the targets and cued the weapon control radar. Subsequently, the targets were tracked by Rajendra radar after slewing towards the target direction.
The software decided the instant of launch as well as the direction of launch of the missiles. Launchers were automatically slewed in azimuth and elevation.
The missiles were launched, acquired and simultaneously guided within the specified accuracies to intercept both the targets.
The radio proximity fuse onboard the missile detonated the warhead to achieve target destruction.