In 2024, China Aerospace Science and Technology Corporation successfully completed the maiden flight of the CH-7, a high-altitude, high-speed stealth unmanned aerial vehicle (UAV), marking a significant breakthrough in China’s development of advanced unmanned combat platforms. Featuring a flying-wing configuration and all-aspect stealth design, the CH-7 exhibits excellent radar and infrared signature reduction capabilities, enabling it to conduct long-endurance reconnaissance, surveillance, and precision strike missions in high-threat, contested environments. With a service ceiling exceeding 13,000 meters, a cruising speed above Mach 0.6, and a range surpassing 10,000 kilometers, the CH-7 possesses intercontinental operational potential. It can carry a variety of advanced sensors and precision-guided munitions and is designed to operate cooperatively within a networked combat system, serving as a critical node in future intelligent and integrated warfare architectures. The successful first flight of the CH-7 not only fills a gap in China’s portfolio of large stealth combat UAVs but also demonstrates the nation’s growing capability in independently developing cutting-edge aerospace systems, providing robust support for building next-generation air combat forces.
2024年，中国航天科技集团研制的彩虹-7（CH-7）高空高速隐身无人机成功完成首飞，标志着我国在高端无人作战平台领域取得重大突破。彩虹-7采用飞翼式布局和全向隐身设计，具备优异的雷达和红外隐身性能，可在高威胁、强对抗环境中执行长时间侦察、监视及精确打击任务。其最大飞行高度超过13000米，巡航速度可达0.6马赫以上，航程超万公里，具备洲际作战潜力。该机可搭载多种先进传感器和精确制导弹药，支持与其他作战平台协同作战，是未来智能化、网络化战争体系中的关键节点。彩虹-7的成功首飞不仅填补了我国在大型隐身无人作战飞机领域的空白，也彰显了中国在高端航空装备自主研发方面的综合实力，为构建新一代空中作战力量提供了有力支撑。
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