Abstract
This paper endeavors to discuss the long-range guided mortar projectile scheme and the gliding extended range ballistics design. Starting from the glide extended range ballistic kinematics equation, analysis results show that the lift-drag ratio and the maximum ballistic height are the two most important factors affecting the gliding capability of guided mortar projectiles. This conclusion, verified by simulation analysis, is expected to provide certain guidance for the overall design of the long-range guided mortar munition.
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