某小型遥控武器站发射动力学仿真

为得到遥控武器站精度较好的工况，对小型遥控武器站进行发射动力学分析。将搭建小型遥控武器站的3 维模型导入 ADAMS 软件中，进行发射动力学仿真。在 ADAMS 软件中建立小型遥控武器站的刚柔耦合动力学虚拟样机模型。在 3 种不同姿态下进行单发和三连发 2 种不同工况下，对小型遥控武器站进行仿真模拟。结果表明：其射击精度与发射时的姿态存在明显关系，其俯仰角度越大，精度越差。该研究对遥控武器站的设计研发和性能评价提供一定的参考。

Dynamic Simulation of Certain Type Small Remote Control Weapon Station

In order to obtain the relatively high precision of the remote control weapon station, the launch dynamicsanalysis for small remote control weapon station is carried out. The 3D model of a small remote control weapon station isimported into ADAMS software to simulate the emission dynamics. In ADAMS software, a prototype of the soft-coupleddynamics virtual prototype of a small remote control weapon station is established. In 3 different attitudes, the small remotecontrol weapon station is simulated under 2 different operating conditions, including single and three rounds. The resultsshow that there is a clear relationship between its shooting accuracy and the attitude of the launch, and the larger the pitchangle, the worse the accuracy. This study provides some reference for the design, development and performance evaluationof remote control weapon station.