Recently, a satellite independently developed by a group of university students in Guangdong Province was successfully launched into space, drawing widespread attention. Named ‘Tianxian-1,’ this micro-nano satellite was led by South China University of Technology and jointly developed over two years by student teams from multiple universities. Weighing approximately 10 kilograms, the satellite carries self-developed communication payloads and remote sensing instruments, primarily for validating low-Earth-orbit communication technologies and conducting environmental monitoring experiments. The project not only demonstrates the research and innovation capabilities of Chinese universities in aerospace but also highlights how students can translate theoretical knowledge into real-world engineering solutions. The satellite has successfully entered its designated orbit and established stable communication with ground stations. This marks the first time a Guangdong-based university has led a complete satellite mission—from design and development to launch—signaling an increasingly vital role for regional higher education institutions in China’s commercial space ecosystem. Team members say they plan to further enhance the satellite’s capabilities and explore broader applications, such as disaster early warning and smart agriculture, offering cost-effective and efficient space-based services to society.
近日，广东一群大学生自主研发的卫星成功发射升空，引发广泛关注。这颗名为‘天弦一号’的微纳卫星由华南理工大学牵头，联合多所高校学生团队历时两年共同研制完成。卫星重约10公斤，搭载了自研的通信载荷和遥感设备，主要用于开展低轨通信技术验证与环境监测实验。项目不仅体现了高校在航天领域的科研创新能力，也展现了青年学子将理论知识转化为工程实践的能力。据悉，该卫星已顺利进入预定轨道，并与地面站建立稳定通信。这是广东省高校首次主导完成从设计、研制到发射全流程的卫星项目，标志着地方高校在国家商业航天生态中正扮演越来越重要的角色。团队成员表示，未来将继续优化卫星功能，并探索更多应用场景，如灾害预警、智慧农业等，为社会提供低成本、高效率的太空技术服务。
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