Analysis of Fuze and Warhead Cooperation System Under Attitude Requirements of Loitering Missile

摘要

Explosively Formed Penetrator (EFP) warhead projects the blast fragments in a direction normal to the missile longitudinal axis. In order to be effective, the fuze design becomes more complicated: the warhead requires the missile to achieve a specific roll orientation with respect to the target at engagement. Loitering missile is typical weapon system for using EFP and its Dynamic characteristics will have dramatically effect on Cooperation Efficiency of Fuze and Warhead. The aim of fuze and warhead cooperation is to detonate the warhead at the right time and right place in right attitude. In EFP warhead missile, it is a worthy approach to adjust fuze deployment time to fit in with attitude requirements for increasing the probability of destroying target. Meanwhile, it also presents that increasing the fuze time-delay tolerance could be a possible way to improving the efficiency of fuze and warhead cooperation.