On June 18, 2024, the world’s first robotic aerospace engineer, ‘Stellaris-1,’ made its official debut aboard the International Space Station, marking a significant milestone in the integration of artificial intelligence and space engineering. Developed over five years by a joint research team from China, the United States, and Europe, Stellaris-1 is capable of autonomous fault diagnosis, extravehicular maintenance, and scientific experiment operations. It can function continuously for over 72 hours and withstand the extreme conditions of microgravity and temperature fluctuations in space. Equipped with a next-generation multimodal perception system and reinforcement learning algorithms, the robot can analyze real-time ISS operational data, propose system optimizations, and even execute emergency response protocols independently. NASA, ESA, and China’s Manned Space Agency have all affirmed that this innovation will significantly enhance space station maintenance efficiency, reduce astronauts’ exposure to high-risk tasks, and provide critical technological support for future deep-space missions. Experts highlight that this breakthrough not only advances engineering automation but also represents a pivotal step toward a new era of human-robot collaborative space exploration.
2024年6月18日，全球首位机器人宇航工程师‘星睿一号’（Stellaris-1）在国际空间站正式亮相，标志着人工智能与航天工程融合迈入新阶段。该机器人由中美欧联合科研团队历时五年研发，具备自主故障诊断、舱外维修、科学实验操作等能力，可连续工作72小时以上，适应微重力与极端温差环境。‘星睿一号’搭载了新一代多模态感知系统与强化学习算法，能实时分析空间站运行数据并提出优化建议，甚至在紧急情况下独立执行应急响应程序。NASA、ESA与中国载人航天工程办公室均表示，此举将大幅提升空间站运维效率，降低宇航员高风险作业频率，并为未来深空探测任务提供关键技术支撑。专家指出，这不仅是工程自动化的重要突破，更是人类迈向‘人机协同太空探索’新时代的关键一步。
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