同时他强调，SpaceX仍将致力于建设火星城市，计划在5至7年内启动相关工作。 观点网讯：2月9日，马斯克于当地时间2月8日在社交平台X发帖称，SpaceX已将重心转移到在月球上建 造一座可自我扩张的城市，有望在10年内实现这一目标，而前往火星则需要20年以上。 马斯克补充表示，前往火星的时机仅限于每26个月一次的行星连珠，航程需6个月，而登月发射周期可 缩短至每10天一次，航程仅2天，这意味着月球城市的建设迭代速度远快于火星城市。 免责声明：本文内容与数据由观点根据公开信息整理，不构成投资建议，使用前请核实。 ...

埃隆·马斯克通过社交平台透露，SpaceX已将星际重点优先转向月球，计划在十年内于月球建成首个"自 我发展的城市"。与此同时，火星城市计划仍将推进，但时间需要20多年。 他解释，只有每26个月行星连成一线的窗口期前往火星，行程耗时6个月，相比之下每10天就可以发射 一次飞船前往月球行程耗时2天，这意味着建造月球城市的速度远比建造火星城市快得多。SpaceX 也将 努力在火星上建造一座城市，并计划在 5 到 7 年内开始实施。一天前，他曾发帖表示，是时候大规模重 返月球了。 微信编辑| 夏木 2026.02.09 本文字数：359，阅读时长大约1分钟 作者 |一财科技 第一财经持续追踪财经热点。若您掌握公司动态、行业趋势、金融事件等有价值的线索，欢迎提供。专 用邮箱：bianjibu@yicai.com （注：我们会对线索进行核实。您的隐私将严格保密。） ...

微信编辑 | 夏木 第 一 财 经 持 续 追 踪 财 经 热 点 。 若 您 掌 握 公 司 动 态 、 行 业 趋 势 、 金 融 事 件 等 有 价 值 的 线 索 ， 欢 迎 提 供 。 专 用 邮 箱 ： bianjibu@yicai.com 2026.02. 09 本文字数：359，阅读时长大约1分钟 作者 | 一财科技 埃隆·马斯克通过社交平台透露，SpaceX已将星际重点优先转向月球，计划在十年内于月球建成首 个"自我发展的城市"。与此同时，火星城市计划仍将推进，但时间需要20多年。 他解释，只有每26个月行星连成一线的窗口期前往火星，行程耗时6个月，相比之下每10天就可以发 射一次飞船前往月球行程耗时2天，这意味着建造月球城市的速度远比建造火星城市快得多。 SpaceX 也将努力在火星上建造一座城市，并计划在 5 到 7 年内开始实施。一天前，他曾发帖表 示，是时候大规模重返月球了。 （注：我们会对线索进行核实。您的隐私将严格保密。） 推荐阅读 京东公开001号快递员的退休生活：无锡有房，存款一百多万 ...

Core Viewpoint - SpaceX's Starship program is seen as a critical initiative for ensuring the long-term survival of humanity by enabling multi-planetary existence, with significant technological advancements aimed at achieving rapid production and reusability of spacecraft [3][5][11]. Group 1: Starship Test Flights - The tenth test flight of Starship was canceled due to weather conditions, marking the second postponement within a week, following a ground system failure [2]. - Previous test flights in the year resulted in explosions, making the upcoming flight a crucial opportunity to achieve key objectives such as controlled booster splashdown and satellite deployment [2]. Group 2: Vision and Goals - Elon Musk emphasizes the importance of becoming a multi-planetary species as a means of ensuring the survival of human civilization against potential global disasters [3][4]. - The ultimate goal is to establish a self-sustaining city on Mars, which requires a complete industrial system capable of producing essential goods independently from Earth [5][11]. Group 3: Technological Innovations - Starship is designed for mass production and rapid iteration, with a target of producing thousands of units annually to support Mars colonization [5]. - The use of stainless steel for the spacecraft's structure is highlighted for its superior heat resistance compared to aluminum, which is crucial during atmospheric re-entry [6][7]. - The Raptor engine is described as one of the most advanced rocket engines, essential for propelling the massive Starship into space [6][7]. Group 4: Reusability and Rapid Launches - SpaceX aims to achieve unprecedented reusability with Starship, allowing for rapid turnaround between flights, potentially enabling launches every hour [7][8]. - The innovative "tower arm catch" system is proposed to facilitate quick recovery and re-launch of the spacecraft, significantly reducing downtime [8]. Group 5: Orbital Refueling - Orbital refueling is identified as a key technology that will enable Starship to transport substantial cargo to Mars, enhancing its operational range [10][11]. - SpaceX plans to begin testing this refueling technology next year, which will allow Starship to extend its missions beyond Earth [10]. Group 6: Transforming Earth Transportation - Starship has the potential to revolutionize global travel, with the capability to reduce travel times between major cities to as little as 30 minutes, operating at speeds 25 times that of sound [12]. - This advancement could significantly enhance global connectivity, both in terms of information and physical travel [12].