Shenzhou Mingda High-Tech Co., Ltd. Successfully Conducts Plateau Test of Integrated Counter-UAV System in Tibet
On October 16, 2025, Shenzhou Mingda High-Tech Co., Ltd. successfully completed a field test and demonstration of its Integrated Counter-UAV System on the Tibetan Plateau, overcoming harsh environmental challenges and earning high user praise.
On October 16, 2025, the plateau testing team from Shenzhou Mingda High-Tech Co., Ltd. successfully concluded field tests and demonstrations of its "Integrated Counter-UAV System" in Tibet, validating its performance in high-altitude environments.
The plateau presented complex weather conditions, including frequent cloudiness, rain, thunderstorms, and intense ultraviolet radiation, compounded by altitude sickness that posed significant challenges for the team. Despite these difficulties, the team promptly began debugging the equipment upon arriving in Lhasa. They resolved issues such as radar travel lock faults and data inaccuracies caused by the sloped test site, ensuring the smooth progression of subsequent tests.
After days of intensive work, the system successfully completed the plateau operational demonstration by mid-July, receiving high acclaim from the client. The user praised Shenzhou Mingda's professional capabilities and dedication, fully affirming the advanced performance of the Integrated Counter-UAV System, and enthusiastically invited the company to participate in follow-up exercises.
This Integrated Counter-UAV System integrates detection, command-and-control, and jamming technologies, capable of countering tactical UAVs, low-slow-small (LSS) targets, and even drone swarms. The system employs coordinated detection technologies such as radio direction finding, radar detection, and electro-optical search and tracking. Its command-and-control subsystem supports multi-source data fusion, intelligent target identification and locking, and offers networking and expansion capabilities. The jamming subsystem utilizes ultra-wideband and phased array technologies to conduct suppression interference against UAV command-and-control links, data links, and satellite navigation signals over a wide frequency range, and possesses unique capabilities for countering the inertial navigation components of LSS UAVs.
The success of this plateau test highlights Shenzhou Mingda High-Tech Co., Ltd.'s strong expertise in technology R&D and practical application. The valuable data and experience gained lay a solid foundation for future technological advancements and product enhancements.
