高效率机动部署航空武器靶场关键技术和应用

Key technology and application in aeronautic weapon test range with high efficiency and mobile deployment

为用户设计了一个航空武器试验靶场,具备空空、空地和地空导弹试验能力,可机动部署,具有易于运行和运维代价低的特点。靶场由载机遥测系统、测量雷达、光电跟踪系统、微波和光纤通信系统、靶机遥测站、指挥控制等6个子系统构成;指挥控制子系统之外的5个子系统均使用国产成熟产品。在总体方案和指挥控制子系统设计中,对互联集成方案、机动部署、试验航线设计和发布、自动化领航、自动化指挥决策等5项关键技术进行了着重优化。在实际应用中,全靶场运行仅需20多成员(不含飞行和机场机务人员),3天内完成新试验场部署和联调,对作战部队飞行员进行5架次航线训练后即进行实弹试验,2天内完成多发中程拦截和近距格斗空空导弹试验。

An aeronautic weapon test range,with high efficiency and mobile deployment capability,is designed for the customer. It can be used for air-to-air,air-to-ground and ground-to-air missile test. The range is composed of six subsystems,including airborne telemetry system,measuring radar,photoelectric tracking system,drone telemetry station,command and control system,and microwave/optical fiber communication system. In the overall scheme and the design of command and control system,five key technologies,including interconnection integration scheme, mobile deployment support, test route design and release, automatic navigation support,automatic command decision-making support,are carefully designed. In an application,the whole range only needs less than 30 members（ excluding pilot and airport ground crew）,and complete the deployment and system debugging of the new test range within three days. Five sorties of airline training were carried out for the fighter pilots,and the live missiles were tested within two days.