2015Journal of Sichuan OrdnanceRequires access

Research of Guided Munitions Installed on Antiaircraft Artillery Weapon System Platform

Liu Zhi-pen

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Abstract

Anti-aircraft artillery has always been an indispensable weapon in air defense,but with the guidance of air strikes and weapons and the improvement of mobility,the hit probability of anti-aircraft artillery intercepting targets reduces in the air defense system. In order to theoretically solve the low probability of anti-aircraft artillery hitting when using traditional non-controlled ammunition,we proposed installing millimeter wave beam riding guidance ammunition in anti-aircraft artillery systems by using three points guidance which could realize the projectile maneuvering controlled in all weather conditions,through which we can theoretically achieve the goal of ‘hit where the system lead'. And one guided beam can guide several munitions,which will effectively improve the performance of low-altitude and super-low-altitude air defense. Through integrating the domestic existed technological base and simulation analyzing,the use of millimeter wave beam riding guidance ammunition on anti-aircraft weapons systems greatly improved the probability of attacking the typical guided munitions,cruise missiles and anti-radiation missiles.

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What this paper is about

Anti-aircraft artillery has always been an indispensable weapon in air defense,but with the guidance of air strikes and weapons and the improvement of mobility,the hit probability of anti-aircraft artillery intercepting targets reduces in the air defense system. In order to theoretically solve the low probability of anti-aircraft artillery hitting when using traditional non-controlled ammunition,we proposed installing millimeter wave beam riding guidance ammunition in anti-aircraft artillery systems by using three points guidance which could realize the projectile maneuvering controlled in all weather conditions,through which we can theoretically achieve the goal of ‘hit where the system lead'. And one guided beam can guide several munitions,which will effectively improve the performance of low-altitude and super-low-altitude air defense. Through integrating the domestic existed technological base and simulation analyzing,the use of millimeter wave beam riding guidance ammunition on anti-aircraft weapons systems greatly improved the probability of attacking the typical guided munitions,cruise missiles and anti-radiation missiles.

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Available abstract

Anti-aircraft artillery has always been an indispensable weapon in air defense,but with the guidance of air strikes and weapons and the improvement of mobility,the hit probability of anti-aircraft artillery intercepting targets reduces in the air defense system. In order to theoretically solve the low probability of anti-aircraft artillery hitting when using traditional non-controlled ammunition,we proposed installing millimeter wave beam riding guidance ammunition in anti-aircraft artillery systems by using three points guidance which could realize the projectile maneuvering controlled in all weather conditions,through which we can theoretically achieve the goal of ‘hit where the system lead'. And one guided beam can guide several munitions,which will effectively improve the performance of low-altitude and super-low-altitude air defense. Through integrating the domestic existed technological base and simulation analyzing,the use of millimeter wave beam riding guidance ammunition on anti-aircraft weapons systems greatly improved the probability of attacking the typical guided munitions,cruise missiles and anti-radiation missiles.

Key concepts: Artillery, Ammunition, Aeronautics, Engineering, Cruise missile, Fuze, Missile guidance, Projectile

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