As the backbone equipment of China's new generation of air defense early warning system, the new generation high mobility multifunctional radar has the characteristics of "new generation, high mobility, and multifunction". This type of radar is based on advanced digital array radar technology, greatly improving its anti stealth ability. Starting from the top-level design, radar development repeatedly studies the advanced multifunctional radar design ideas from abroad and combines the advantages of digital array radar. Based on the operational style of future information warfare, starting from the target characteristics of future combat objects, various design problems have been addressed one by one broken through multiple key technologies. It truly achieves high efficiency, precision, and accuracy, and improving the level of localization and equipment support capabilities.。Structural innovation: Adopting integrated design methods to break through the lightweight and high rigidity design of heavy-duty radar equipment, ensuring stable and high-precision detection work under harsh environmental conditions; Breaking through key technologies such as large-scale array integration and maneuverability design, achieving high integration and fully automatic installation of large array of single vehicles, meeting various transportation modes such as highways, railways, waterways, and air freight. Autonomous and controllable: The high-performance x processor independently developed and the computer and operating system developed based on domestic x have been applied in this radar, achieving comprehensive localization of core components and operating systems, improving the level of localization and equipment support capabilities.。Design driven: The radar development adopts the TOP-DOWN design concept, integrating industrial design into functional performance design from the top-level planning, and adopting integrated and integrated design methods to achieve a small platform layout. It adheres to the concept of integrating telecommunications function and structure design, guides system structural design with industrial design, revises industrial design with the implementation of structural technology, and ultimately improves the shape optimization,quality stability,and user experience of radar equipment.。。