This paper takes a conventional man-gun system under prone position and without support as study object. Based on the researches of sports physiology, human body mathematics model, ergonomics and so on, a systematic analysis of the dynamic behaviors of the man-gun system is conducted. The physical and mathematical models of the system are developed, and the active response process of the shooter is simulated. The related parameters affecting the firing accuracy are obtained. The research results have a significant reference value and guiding function for the further research of the firing platform of small arms.
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