World Most Powerful Machine Gun, GAU-19/B Gatling Gun Tical System

  • 7 years ago
World Most Powerful Machine Gun, GAU-19/B Gatling Gun Tical System\r
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General Dynamics Ordnance and Tical Systems manufures the lightweight GAU-19/B Gatling gun for application on a variety of air, land and sea platforms, including helicopters, fixed wing aircraft, land-based vehicles, naval vessels and high-speed patrol boats.\r
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With a rate of fire of 1,300 shots per minute, the .50 caliber\r
GAU-19/B provides superior firepower in a lightweight system. The total system weight of the three barrel GAU-19/B is neutral to that of a single barrel machine gun.\r
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The GAU-19/B uses standard NATO .50 caliber M9-linked ammunition. The guns automatic clearing cycle ensures live rounds are not left in the gun. Low maintenance, light weight and devastating\r
firepower make the GAU-19/B the ideal weapon system for air, land or sea operations.\r
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Air:\r
The GAU-19/B is effective in both air-to-air and air-to-ground missions. The weapon provides highly effective firepower against area suppression and point targets, as well as being ideally suited for utility, scout and attack helicopters and fixed-wing aircraft.\r
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Ground:\r
Mounted on armored personnel carriers or utility vehicles, such as the High Mobility Multi-Purpose Wheeled Vehicle, the GAU-19/B offers a high rate of fire in a simple, low-cost weapon system and produces devastating firepower against light vehicles\r
and ground forces. Installed as secondary armament on larger weapon systems, the GAU-19/B affords protection against close-in ground threats and provides air defense capability.\r
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Sea:\r
The GAU-19/B is ideal for use on a variety of surface navy ships and patrol boats. On light patrol boats, the GAU-19/B provides lethal suppressive firepower.\r
When installed on larger naval craft, the weapon system offers close-in protection against smaller seabased threats. Firing at 1,300 shots per minute, the GAU-19/B provides unparalleled firepower to counter both air attacks and high-speed surface threats.