Dynamic Simulation of Adsorbed Lane-corner Watch Sniper Launcher

In order to meet the needs of intelligent weapon coordination in urban confined space of individual squad, the structure design and simulation of the adsorptive lane-corner watch sniper launcher are carried out. We design of launcher structure based on 9mm caliber submachine gun. Through calculation, design parameters and existing product dimensions, the dimensions of the required components are obtained, and the model of the launcher components is established. Based on UG motion simulation module, the dynamic characteristics of the launcher running for 60s at different spatial positions of ground, wall and wall top were studied. By analyzing the stress-strain diagram and motion curve obtained, it can be seen that the adsorbed lane-corner sniper launcher is stable in structure and reliable in operation, and its quality, direction and high and low firing angle can meet the design requirements.