Ballistic Solution Modeling Of Gun Ammunition Characteristic To Hit Aerial Target

Aim of this paper is to develop an adaptive technique for modeling an ammunition trajectory fired from gun to hit a desired aerial target (Surface‐to‐Air) accurately. The proposed technique for fire control system would follow the estimated trajectory based on ballistic data provided. The essential components of a modern fire control system of a gun required for computational modeling, their connectivity and requirements have also been discussed. The ballistic data of gun ammunition has been exploited in four parameters to get the ballistic solution by modeling. These four parameters are: azimuth angle, elevation angle, initial velocity and miss distance. The target interception depends upon proposed miss‐distance concept, hence, the mathematical model computes future position of the target on the basis of present position of target.