India deploys Pinaka, Smerch rocket system on China border

    ANI|
    ​Forward position
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    ​Forward position

    Indian Army has deployed Pinaka and Smerch Multiple Rocket Launcher Systems (MRLS) at forward position near the China border to counter any threat arising across on the Line of Actual Control (LAC).

    ​Deep strike capability
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    ​Deep strike capability

    Pinaka weapon system is an autonomous rocket artillery system that can engage area targets up to 38km at mean sea level. At these altitudes, the ranges are enhanced significantly which further augments the deep strike capability of the weapon system.
    A battery of six launchers of Pinaka can fire a salvo of 72 rockets in 44 seconds thereby neutralising an area of 1000m by 800m.

    ​Indigenous multi rocket launcher system
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    ​Indigenous multi rocket launcher system

    Talking about the weapon systems, deployed battery commander at the location Lieutenant Colonel Sarath told ANI, "The Pinaka weapon system is indigenous multi rocket launcher system designed by Defence Research and Development Organisation (DRDO) and it is a state of art, completely autonomous weapon system, which can engage targets up to 38 kilometres at mean sea level and at higher altitudes, the ranges get significantly enhanced, which subsequently enhance our deep strike capability."

    ​Smerch system
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    ​Smerch system

    The Smerch system is the longest range conventional rocket system in Indian army inventory having a maximum range of 90 Km. A battery of four launchers can fire a salvo of 48 rockets in 40 seconds neutralising an area of 1200m by 1200m.

    ​Story behind the name
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    ​Story behind the name

    Pinaka is named after the bow of Lord Shiva. Both these weapon systems (Pinaka and Smerch) are designed to fire a variety of ammunition like high explosives and submunitions against area targets.
    The upgraded version of the Pinaka ammunition system is already on the production line and can fire up to a range of 75km with superior precision which significantly enhances the existing capability manifolds.

    The Economic Times
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