India successfully test fires Quick Reaction Surface to Air Missile in Balasore

ANI
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The missile launch took place from ITR Chandipur at 3.50 PM off the Odisha coast.
The missile launch took place from ITR Chandipur at 3.50 PM off the Odisha coast.

Balasore (Odisha) [India], November 13 (ANI): India on Friday successfully test-fired the Quick Reaction Surface to Air Missile (QRSAM) system off the coast of Balasore in Odisha. The missile hit its target directly during the test.

The missile launch took place from ITR Chandipur at 3.50 PM off the Odisha coast. The missile is propelled by a single-stage solid-propellant rocket motor and uses all indigenous subsystems. The missile is canisterised for transportation and launch using a mobile launcher capable of carrying 6 canisterised missiles, the defence ministry said in a release.

All QRSAM weapon system elements like Battery Multifunction Radar, Battery Surveillance Radar, Battery Command Post Vehicle and Mobile Launcher were deployed in the flight test. The system is capable of detecting and tracking targets on the move and engaging target with short halts. The system is designed to give air defence coverage against strike columns of the Indian Army.

The radar tracked the Banshee target from the farthest range and the missile was launched when the target was within the kill zone and achieved the direct hit with terminal active homing by RF Seeker guidance. Various DRDO labs DRDL, RCI, LRDE, R&DE(E), IRDE, ITR have participated in the test.

The weapon system elements have been realized through Defence PSUs BEL, BDL and private industry L&T. The missile system is fully indigenous with active RF Seekers, Electro-Mechanical Actuation (EMA) systems sourced from various industries. The Radar is four-walled Active Phased Array Radar. All range Tracking stations, Radar, EOTs and Telemetry Stations monitored the flight parameters.

Defence Minister Rajnath Singh and Secretary DD R&D and Chairman DRDO Dr G Satheesh Reddy congratulated DRDO Scientists for the achievement. (ANI)