2026年2月1日，由中国航天科技集团十一院研制的彩虹YH-1000S，全球首款混合动力无人运输机在重 庆梁平首飞成功。 该机型是继2025年5月彩虹YH-1000无人运输机首飞成功之后，又一款面向全球市场客户需求快速迭代 的新机型，首飞挂载了与新能源汽车头部企业联合研发的大功率混合动力总成，大幅缩短了起降距离、 提升了载重和航程，圆满完成了空中飞行性能验证。是国内首次无人机产业与汽车产业核心技术跨界融 合的重要创新探索，通过深度共享供应链资源与模块化生产，大幅降低了无人机研发制造成本。是共同 瞄准低空经济无人物流新赛道，加快推动科技创新和产业创新深度融合的典范。 彩虹YH-1000S机型是中国航天科技集团十一院面向适航标准设计研制的大型无人运输机，可在国际物 流运输投送、应急救援减灾、人工影响天气、海洋监测、海事监管等领域发挥重要承载作用。 来源：央视新闻客户端 ...

来源：新华社 责编：李丹 记者2月3日从中国航天科技集团十一院获悉，由其研制的全球首款混合动力无人运输机彩虹YH-1000S近日 在重庆梁平首飞成功。 这是继2025年5月彩虹YH-1000无人运输机首飞成功后，又一款面向全球市场客户需求快速迭代的新机型， 首飞挂载与新能源汽车企业联合研发的大功率混合动力总成，缩短了起降距离、提升了载重和航程，圆满完 成空中飞行性能验证。 彩虹YH-1000S是中国航天科技集团十一院面向适航标准设计研制的大型无人运输机，可在国际物流运输投 送、应急救援减灾、人工影响天气、海洋监测、海事监管等领域发挥作用。 校对：祝甜婷 版权声明 证券时报各平台所有原创内容，未经书面授权，任何单位及个人不得转载。我社保留追 究相关 行 为主体法律 责任的权利。 转载与合作可联系证券时报小助理，微信ID：SecuritiesTimes 图为彩虹YH-1000S。（中国航天科技集团十一院供图） 点击关键字可查看 潜望系列深度报道丨 股事会专栏 丨 投资小红书 丨 e公司调查 丨 时报会客厅 丨 十大明星私募访谈 丨 "热钱"寻找新叙事点，昨夜存储巨头暴涨！ 丨 关税突发！特朗普宣布：降至18%！印 ...

2026年2月1日，由中国航天科技集团十一院研制的彩虹YH-1000S，全球首款混合动力无人运输机在重 庆梁平首飞成功。 该机型是继2025年5月彩虹YH-1000无人运输机首飞成功之后，又一款面向全球市场客户需求快速迭代 的新机型，首飞挂载了与新能源汽车头部企业联合研发的大功率混合动力总成，大幅缩短了起降距离、 提升了载重和航程，圆满完成了空中飞行性能验证。是国内首次无人机产业与汽车产业核心技术跨界融 合的重要创新探索，通过深度共享供应链资源与模块化生产，大幅降低了无人机研发制造成本。是共同 瞄准低空经济无人物流新赛道，加快推动科技创新和产业创新深度融合的典范。 彩虹YH-1000S机型是中国航天科技集团十一院面向适航标准设计研制的大型无人运输机，可在国际物 流运输投送、应急救援减灾、人工影响天气、海洋监测、海事监管等领域发挥重要承载作用。编辑：陈 婉允 ...

央视新闻客户端消息，2026年2月1日，由中国航天科技集团十一院研制的彩虹YH-1000S，全球首款混合动 力无人运输机在重庆梁平首飞成功。 该机型是继2025年5月彩虹YH-1000无人运输机首飞成功之后，又一款面向全球市场客户需求快速迭代的新 机型，首飞挂载了与新能源汽车头部企业联合研发的大功率混合动力总成，大幅缩短了起降距离、提升了 载重和航程，圆满完成了空中飞行性能验证。是国内首次无人机产业与汽车产业核心技术跨界融合的重要 创新探索，通过深度共享供应链资源与模块化生产，大幅降低了无人机研发制造成本。是共同瞄准低空经 济无人物流新赛道，加快推动科技创新和产业创新深度融合的典范。 原标题：国产新型无人机彩虹YH-1000S在重庆成功首飞 编辑：杨雁琳 责编：张松涛 彩虹YH-1000S机型是中国航天科技集团十一院面向适航标准设计研制的大型无人运输机，可在国际物流运 输投送、应急救援减灾、人工影响天气、海洋监测、海事监管等领域发挥重要承载作用。 ...

Core Viewpoint - Elon Musk warns that the immense energy demands of computing centers pose a significant barrier to the future development of artificial intelligence (AI). SpaceX plans to build an unprecedented constellation of up to 1 million satellites to support "orbital data centers" as a solution to this issue [1][4]. Group 1: Orbital Data Center Concept - SpaceX has applied to launch 1 million satellites into Earth's orbit to create "orbital data centers," claiming this is the most economical and energy-efficient way to meet the growing demand for AI computing power [4]. - The satellites will operate at altitudes between 500 to 2000 kilometers, with a 30-degree orbital inclination, utilizing nearly constant solar energy to reduce operational costs and environmental impact [4][5]. - The concept aims to leverage solar energy to avoid the need for an overburdened terrestrial power grid, potentially allowing AI computations to be generated in space at unprecedented speed and scale [5][11]. Group 2: Technical and Operational Challenges - The system will rely on inter-satellite laser links for communication and will use Ka-band frequencies for telemetry, tracking, and control [5]. - There are significant technical challenges, including effective heat dissipation in the vacuum of space and ensuring stable operation of chips in a high-radiation environment [11][12]. - SpaceX has not provided detailed plans or cost estimates for the deployment of the orbital data center satellites, raising questions about the feasibility and timeline of the project [12]. Group 3: Collision Risks and Concerns - The proposed satellite constellation could increase collision risks significantly, with experts warning that a failure of any satellite could lead to catastrophic chain reactions in space debris [7][8]. - Currently, there are about 11,000 satellites in orbit, and the addition of 1 million could exacerbate the risk of collisions, potentially rendering low Earth orbit unusable in the future [7][8]. - The increase in satellite numbers has already raised concerns among astronomers regarding the impact on astronomical observations due to the bright trails left by satellites [7]. Group 4: Market and Financial Implications - SpaceX's plans for the orbital data center may be influenced by its intention to conduct an initial public offering (IPO), suggesting a strategic move to attract investment [13].

证券研究报告 SpaceX：从"变革"中崛起的"星际先行者" 东吴证券研究所所长助理、计算机首席分析师 王紫敬 执业证书编号：S0600521080005 联系邮箱：wangzj@dwzq.com.cn 2026年2月2日 核心观点 ◆ 1. 传统主业：由"星链"与"火箭发射"构筑的万亿航天基本盘 ◆ SpaceX已通过技术代差重塑了航天经济学，其核心收入来源由星链（Starlink）和火箭发射业务组成 。星链已从早期的空间互联网集群进化为全球维度的数字资 产，截至2026年1月，在轨卫星已超9500颗，全球活跃用户达900万，Payload Space预计2025年星链将贡献公司约70%的收入 。特别是通过收购频谱许可证和部署 DTC（手机直连）技术，星链正转型为全球移动运营商，消除通信盲区 。火箭发射则是其物理支撑，猎鹰9号作为世界上最成功的商业复用火箭，已将发射成本 压低至传统火箭的十分之一 。这种强大的发射能力不仅支撑了星链的快速组网，更确立了SpaceX在全球商业发射市场近乎垄断的地位 。 ◆ 2. 太空算力：从地球代偿到构建"在轨智能"的生态闭环 ◆ 随着星舰带来的发射成本大幅下行，每一枚卫星正在 ...

2月2日， A股市场重挫，商业航天主题延续回落，截至收盘，航空ETF汇添富(159257)冲高后受到大市影响回落，最终收跌1.82%，已连续4日缩量走阴。 航空ETF汇添富(159257)标的指数成分股涨跌不一，天银机电等涨超8%，中国卫星、洪都航空等微涨，航天彩虹、中直股份等回调。 | 序号 | 代码 | 名称 | 申万—级行业 | | 估算权重 | | --- | --- | --- | --- | --- | --- | | 1 | 002085 | 万丰奥威 | 汽车 | -1.62% | 4.95% | | 2 | 600316 | 供都航空 | 国防车 | 0.02% | 3.79% | | 3 | 300342 | 天银机电 | 家用电器 | 8.95% | 3.70% | | 4 | 002389 | 航大彩虹 | 国防车 | -2.90% | 3.47% | | 5 | 600038 | 中直股份 | 国防军工 | -2.05% | 3.32% | | 6 | 600879 | 航天电子 | 国防空 | -0.70% | 3.18% | | 7 | 300045 | 华力创通 | 国防空 | ...

Group 1 - The aerospace equipment sector increased by 0.23% on February 2, with China Satellite leading the gains [1] - The Shanghai Composite Index closed at 4015.75, down 2.48%, while the Shenzhen Component Index closed at 13824.35, down 2.69% [1] - Key stocks in the aerospace equipment sector showed mixed performance, with China Telecom rising by 1.29% and StarNet falling by 4.35% [1] Group 2 - The net capital outflow from the aerospace equipment sector was 140 million yuan, while retail investors saw a net outflow of 216 million yuan [1] - The net inflow from speculative funds was 356 million yuan, indicating a shift in investor sentiment [1] - Detailed capital flow data shows that China Satellite had a net inflow of 41.55 million yuan from speculative funds, while StarNet experienced a net outflow of 6.64 million yuan [2]

Core Viewpoint - The China Aerospace Science and Technology Corporation has unveiled a new blueprint for the "14th Five-Year Plan," focusing on the development of space tourism, smart space infrastructure, space resource development, and space traffic management, marking a significant shift in infrastructure development towards space [1] Group 1: Security Perspective - Space is considered a "high frontier" for national security, with approximately 15,000 satellites in orbit globally, over half of which are owned by the United States [2] - The increasing congestion in low Earth orbit raises collision risks, necessitating the establishment of a space traffic management system to ensure safety [2] - Developing key technologies for space debris monitoring, early warning, and removal is crucial for securing China's position in international space traffic management rules [2] Group 2: Economic Perspective - The global space economy is projected to reach approximately $600 billion in 2024, with forecasts suggesting it could grow to $1.8 trillion by 2035 [2] - Space resource development, including mining on the Moon and asteroids, is expected to turn the concept of "space mining" into reality, driven by the rich resources available beyond Earth [2] - Building gigawatt-level smart space infrastructure is essential for unleashing space-based productivity and accelerating the development of the space economy [2] - Space tourism is anticipated to emerge as a new engine for consumer spending [2] Group 3: Current Capabilities - China has established a solid foundation for advancing space infrastructure, with significant technological advancements in satellite navigation and space computing [3] - Successful return of lunar soil samples and breakthroughs in 3D metal printing in microgravity demonstrate China's growing capabilities in space technology [3] - The development of reusable rockets is entering a verification phase, which is expected to significantly reduce launch costs [3] - Favorable policies, such as the establishment of a commercial space administration and initiatives to promote the utilization of commercial satellite data, are emerging [3] Group 4: Challenges Ahead - Technical challenges remain, particularly in the maturity of reusable rocket technology and the need for breakthroughs in key areas such as resource exploration and autonomous mining [4] - There is a significant regulatory gap in international space law, with existing treaties not adequately addressing current commercial space activities [4] - High capital risks associated with commercial space ventures necessitate a layered approach to investment, breaking down operations into independently profitable modules to lower entry barriers for private capital [4]

华宝是金 SpaceX拟6月启动千亿级IPO 引爆全球太空投资滋 热点直击 据悉,马斯克旗下太空探索技术公司 (SpaceX) 计划启动规 楼高达500亿美元的IPO. 整体估值有望达到1.5万亿美元。 此次IPO的时间窗口选定于6月中旬, 有望成为引爆全球"太 空淘金热"的关键导火索。 = 中美火箭发射数量逐年递增 = 200 181 160 145 109 120 92 78 ୧8 80 67 64 40 0 2022 2025 2023 2024 美国 中国 资料来源: Payload space,国信证券。 通用航空ETF华宝 其金 | 17005 联接A 024766 联接C 024767 键打包中国航空航天龙头 打包航空航天热点概念 低空经济 商业航天 卫星导航 大飞机 88% 47% ୧୧% 44% 含量 含量 含量 含量 中国卫星、北斗 中直股份、洪都 万丰奥威、航天 航天电子、天银 机电、睿创微纳 彩虹、中直股 星通、中科星图 航空、广联航空 数据来源:iFind. 数据截至2025.12.31,以上指数成份股仅作展示,个股描述不作为任 何形式的投资建议,也不代表管理人旗下任何基金的持仓信息 ...