三位一体的自行高炮火控系统,如果要求在行进间进行搜索和跟踪,那末,自然地会提出这样的问题:当车体在倾斜摇晃的情况下,如何保证整个火控系统合理可靠地工作并有足够的毁歼公算呢?这往往是在现代战术技术要求自动化程度比较高,功能较为齐全的三位一体自行高炮显得更为突出的问题。同时根据我国国防现代化的急迫要求和目前基础元件的不断革命,解决这样的问题不仅是必要的,而且完全是可能的。 Trinity self-propelled anti-aircraft gun fire control systems, if required to search and track during the move, naturally ask the question of how to ensure that the entire fire control system works reliably and reliably when the vehicle body is tilted and tilted Enough destruction and annihilation? It is often in the modern tactical technology requires a higher degree of automation, function is more complete Trinity own anti-aircraft gun is more prominent problem. At the same time, it is not only necessary but also entirely possible to solve such problems in the light of the urgent requirements of our country’s national defense modernization and the continuous revolution of the present basic components.