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SHIP-BASED AIR DEFENSE MISSILE-GUN SYSTEMS KASHTAN, KASHTAN-M AND PANTSIR-ME

机译:基于船舶防空导弹枪系统Kashtan,Kashtan-M和Pantsir-Me

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摘要

Surface ships, including small-displacement ships, must be reliably protected against air strikes. In order to ensure combat stability at the level of 0.95 only one anti-ship missile is allowed to approach defended ships with probability of 0.05. Since to engage a small-displacement surface ship at least two anti-ship missiles are launched, the probability of killing each such missile with air-defense assets of the ship shall not be less than 0.98. This level of probability to kill an anti-ship missile can be achieved only when it is engaged with SAMs and AA guns at several lines of approach. The only systems in the world that combine within a single turret mount a powerful artillery armament, efficient multi-mode missile weapon and an integrated radar-optical weapon control system are the Russian Kashtan, Kashtan-M and Pantsir-ME developed at KBP,Tula.
机译:必须可靠地保护船舶,包括小型位移船只,包括防风撞击。为了确保在0.95的水平下进行战斗稳定性,只允许一个防船导弹来接近损害的船舶,概率为0.05。以来,从而开始一个小型位移表面船,至少推出两个反舰导弹,杀死船舶防空资产的损失的可能性不得小于0.98。只有在几种方法中与SAMS和AA枪从事时,才能实现杀死反舰导弹的概率水平。世界上唯一的系统在一个炮塔内结合起来强大的炮兵武器,有效的多模式导弹武器和一体化的雷达 - 光学武器控制系统是俄罗斯克什坦,克什坦-M和Pantsir-Me在KBP,Tula开发。

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  • 来源
    《The Naval Architect》 |2019年第mayappa期|18-19|共2页
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  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
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