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「用一个 SpaceX 的钱 养了 24 家公司」?——中国商业航天融资全景分析

Judy 2026-06-15 11:10
Judy 2026/06/15 11:10

邦小白快读

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本文核心结论为中国融资额Top24的头部纯商业航天公司累计融资总额约620亿人民币,和SpaceX上市前770亿人民币的一级市场融资规模相近,行业已经进入新的发展阶段,核心重点信息如下:

1. 行业整体格局:当前商业航天已是千亿级赛道,12家头部公司进入D轮及以后,4家火箭公司进入Pre-IPO阶段,“中国商业航天第一股”竞逐进入尾声;区域集聚特征明显,北京占据半壁江山偏向火箭研发,上海为第二极偏向卫星全产业链,其他城市占据细分赛道。

2. 赛道与资本特征:分为火箭和卫星两大核心赛道,火箭是重资产长周期基础设施,目前资金注入充足,卫星是应用生态,尚未形成稳定商业闭环;资本端已经告别零星押注,形成稳定的核心投资阵营,红杉、高瓴、IDG等头部VC2026年集中入局,资本加速涌入。

本文梳理了中国商业航天的产业与资本现状,能为布局航天关联领域的品牌商提供产业趋势与市场机会参考,核心干货如下:

1. 消费与产业趋势:当前商业航天基础设施层已经获得足量资金投入,下游应用生态正处于快速探索期,诞生了卫星互联网、农业遥感、灾害监测、天基算力等多个差异化新兴赛道,市场需求和SpaceX的星链路线不完全重合,有大量本土市场空间。

2. 产业布局参考:目前商业航天已经形成清晰的区域集聚格局,北京、上海、成都、深圳等多地都依托自身产业基因形成了细分赛道优势,并有地方资本和政策加持,品牌商布局相关业务可对接对应区域的产业资源,降低落地成本。

3. 市场机会提示:星链已经验证了商业航天应用的商业化可能性,中国本土细分场景已经有初步落地成果,品牌商可结合自身主业切入细分场景,探索商业化路径。

本文梳理了中国商业航天赛道的最新产业与资本动态,可为赛道内的经营者提供机会与风险参考,核心干货如下:

1. 赛道整体机会:当前商业航天已经成为千亿级融资赛道,4家头部火箭公司已经进入Pre-IPO阶段,SpaceX上市为全行业确立了资本市场定价锚,原本观望的头部VC已经在2026年集中入场,后续将会有更多资本涌入,属于明确的高增长新兴赛道。

2. 细分赛道机会:可回收火箭、新型航天器、卫星互联网、天基算力、农业遥感卫星等细分方向都获得了资本的密集加持,下游多个细分应用场景已经初步落地,存在大量需求空白,适合经营者切入差异化赛道。

3. 风险提示:当前行业整体尚未形成成熟的应用商业闭环,资本退出通道的最后一公里仍未打通,多路线并行探索也意味着试错成本较高,经营者需要找准自身技术和场景定位,规避同质化竞争风险。

本文系统梳理了中国商业航天的产业需求与布局,可为航天相关制造工厂提供发展参考,核心干货如下:

1. 产品生产设计需求:当前中国商业航天采用多技术路线并行探索的模式,液体可回收火箭覆盖不锈钢箭体、液氧甲烷、液氧煤油等多个技术方向,同时还有新型航天器、算力卫星、SAR遥感卫星等多元产品需求,给上游制造工厂带来了多元的生产订单需求。

2. 商业对接机会:当前商业航天已经形成清晰的区域产业集群,北京有火箭研发集群、上海有卫星全产业链集群、成都有火箭发动机和卫星制造集群、深圳侧重航天零部件、无锡联动物联网高端制造,各地都有资本和政策支持,相关工厂可对接对应集群获得合作机会。

3. 发展启示:当前赛道资本充足,头部企业逐步接近IPO,产业处于扩张期,上游工厂可抓住增长红利,提升自身精密制造能力,匹配不同技术路线的生产要求,融入商业航天供应链。

本文梳理了中国商业航天的行业发展现状与痛点,可为服务商业航天领域的服务商提供业务参考,核心干货如下:

1. 行业发展趋势:中国商业航天已经完成早期探索,进入资本密集布局的快速发展阶段,产业从北京独大走向多城协同发展,形成了国资、专业化产业基金、券商系、市场化VC多元参与的资本结构,整体增长动能充足,市场规模持续扩张。

2. 行业核心客户痛点:当前行业存在三个核心痛点,一是下游应用尚未形成稳定的商业闭环,缺乏可持续现金流反哺研发;二是未盈利商业航天企业的上市退出路径仍在磨合,退出通道不畅通;三是多路线并行推高了融资需求,企业持续需要资本和产业资源对接支持。

3. 业务机会:服务商可针对商业航天长周期研发的特征,开发针对性服务,包括资本对接、产业资源对接、退出路径规划、政策申报对接等,满足企业的差异化需求,切入商业航天服务市场。

本文梳理了中国商业航天的产业布局与发展特征,可为布局商业航天的产业平台、投融资平台提供运营参考,核心干货如下:

1. 产业对平台的核心需求:商业航天企业对产业基础、人才储备、政策支持、资本对接有较高要求,有明显的集聚发展需求,平台需要提供配套的产业资源、政策扶持、资本对接服务,才能吸引企业落地。

2. 招商与运营参考:商业航天已经形成清晰的细分赛道区域分化,北京主打火箭、上海主打卫星全产业链、成都主打火箭发动机和卫星制造、深圳主打航天零部件,平台可结合自身区域原有产业优势,针对性招商对应细分赛道企业,形成差异化竞争力。

3. 风向规避:当前商业航天应用闭环尚未形成,退出路径仍不完善,多路线并行容易引发同质化竞争,平台在运营中需要引导企业差异化探索技术路线和应用场景,避免重复投入和资源浪费,同时要帮助企业对接资本,打通退出路径。

本文基于全历史融资数据梳理了中国商业航天的发展格局,对比SpaceX总结了产业发展特征,对产业研究有较高参考价值,核心干货如下:

1. 产业最新动向:当前中国24家头部商业航天公司累计融资额接近SpaceX上市前融资规模,行业资本已经告别早期零星押注,形成了国资领衔、专业化机构、券商系、市场化VC、头部VC共同参与的多元资本结构,2026年头部VC集中入局,4家头部火箭企业进入Pre-IPO,行业进入加速发展阶段。

2. 产业新问题:和SpaceX相比,中国商业航天呈现多路线并行探索、国资资本占比更高、下游应用商业闭环未形成的特征,存在融资产出比偏低、资本退出通道最后一公里未打通的问题。

3. 研究与政策启示:中国商业航天走出了适配本土制度环境的差异化发展路径,多路线探索更有利于技术试错,SpaceX上市为行业确立了估值锚,后续发展值得持续跟踪,政策层面可进一步优化第五套上市标准的落地,打通未盈利商业航天企业的退出通道,促进行业发展。

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Quick Summary

This article's core conclusion is that the top 24 leading pure-play commercial aerospace companies in China have raised a cumulative total of approximately RMB 62 billion, which is close to the RMB 77 billion SpaceX raised in private capital markets before its IPO. The industry has entered a new stage of development, with key takeaways as follows:

1. Overall industry landscape: China's commercial aerospace is already a RMB 100 billion+ track. Twelve leading companies have reached Series D or later funding rounds, and four leading rocket companies are in the Pre-IPO stage, bringing the race for "China's first commercial aerospace stock" to its final stretch. The sector also features clear regional agglomeration: Beijing dominates the sector, with a focus on rocket R&D; Shanghai is the second-largest hub, with strength across the entire satellite industry chain; other cities focus on niche sub-segments.

2. Track and capital characteristics: The industry splits into two core segments: rockets and satellites. Rockets are long-cycle, capital-intensive infrastructure, and have already attracted sufficient capital inflow, while satellites focus on application ecosystems and have not yet formed a stable commercial closed loop. On the capital side, the era of scattered bets is over, and a stable core investor base has formed. Leading VC firms including Sequoia, Hillhouse and IDG collectively entered the space in 2026, marking accelerating capital inflow into the sector.

This article outlines the current industrial and capital landscape of China's commercial aerospace sector, providing references on industry trends and market opportunities for brands looking to enter aerospace-related fields. Key takeaways are as follows:

1. Consumer and industrial trends: The infrastructure layer of China's commercial aerospace has already secured sufficient capital, while the downstream application ecosystem is in a period of rapid exploration. Multiple distinct emerging tracks have emerged, including satellite internet, agricultural remote sensing, disaster monitoring and space-based computing. Market demand does not fully align with SpaceX's Starlink model, leaving substantial room for localized market development.

2. References for industrial布局: A clear pattern of regional agglomeration has formed in the sector. Beijing, Shanghai, Chengdu, Shenzhen and other regions have built niche competitive advantages rooted in their existing industrial foundations, supported by local capital and policy incentives. Brands looking to enter related businesses can connect with industrial resources in corresponding regions to lower launch costs.

3. Market opportunity insights: Starlink has already validated the commercial viability of commercial aerospace applications, and initial commercial deployments have been achieved in China's localized niche scenarios. Brands can leverage their core existing businesses to enter targeted niche scenarios and explore commercialization paths.

This article summarizes the latest industry and capital developments in China's commercial aerospace track, providing references on opportunities and risks for operators in the sector. Key takeaways are as follows:

1. Overall track opportunities: Commercial aerospace has become a RMB 100 billion+ funding track, with four leading rocket companies already in the Pre-IPO stage. SpaceX's IPO has established a capital market pricing anchor for the entire industry, and previously on-the-sidelineading VC firms entered the sector en masse in 2026. More capital is expected to flow into the sector going forward, making it a clear high-growth emerging track.

2. Niche track opportunities: Segments including reusable rockets, new spacecraft, satellite internet, space-based computing, and agricultural remote sensing satellites have all received intensive capital support. Initial commercial deployments have been achieved in multiple downstream niche application scenarios, leaving large unmet demand gaps that are suitable for operators to enter via differentiated positioning.

3. Risk warnings: The industry as a whole has not yet formed a mature commercial closed loop for applications, and the last mile of capital exit channels remains unblocked. Parallel exploration of multiple technical routes also means high trial-and-error costs. Operators need to clarify their own technical and scenario positioning to avoid risks from homogeneous competition.

This article systematically sorts out industrial demand and布局 in China's commercial aerospace sector, providing development references for aerospace-related manufacturing factories. Key takeaways are as follows:

1. Product and design demand: China's commercial aerospace sector currently follows a model of parallel exploration of multiple technical routes. Liquid reusable rockets cover multiple technical directions including stainless steel airframes, liquid oxygen methane and liquid oxygen kerosene, while there is also diversified product demand for new spacecraft, computing satellites, and SAR remote sensing satellites. This creates diverse order demand for upstream manufacturing factories.

2. Business matching opportunities: Clear regional industrial clusters have formed in the sector: Beijing hosts a rocket R&D cluster, Shanghai has a full satellite industry chain cluster, Chengdu has rocket engine and satellite manufacturing clusters, Shenzhen focuses on aerospace components, and Wuxi connects high-end IoT manufacturing. All regions offer capital and policy support, so relevant factories can connect with corresponding clusters to secure cooperation opportunities.

3. Development insights: The track currently has sufficient capital, leading companies are gradually approaching IPO, and the industry is in an expansion phase. Upstream factories can capture this growth dividend by upgrading their precision manufacturing capabilities, meet production requirements for different technical routes, and integrate into the commercial aerospace supply chain.

This article summarizes the current development status and core pain points of China's commercial aerospace sector, providing business references for service providers serving the commercial aerospace field. Key takeaways are as follows:

1. Industry development trends: China's commercial aerospace has completed early-stage exploration and entered a phase of rapid development driven by intensive capital布局. The industry has shifted from Beijing's dominance to coordinated development across multiple cities, and formed a diversified capital structure with participation from state-owned assets, specialized industrial funds, broker-backed funds and market-oriented VCs. Overall growth momentum is strong, and market size continues to expand.

2. Core pain points of industry clients: The industry currently faces three core pain points. First, downstream applications have not yet formed a stable commercial closed loop, lacking sustainable cash flow to reinvest in R&D. Second, the exit path for listing unprofitable commercial aerospace companies is still being refined, and exit channels remain unsmooth. Third, parallel exploration of multiple routes has pushed up financing demand, so enterprises continuously need support for matching with capital and industrial resources.

3. Business opportunities: Service providers can develop targeted services tailored to the long R&D cycle of commercial aerospace, including capital matching, industrial resource connection, exit path planning, and policy application support, to meet the differentiated demand of enterprises and enter the commercial aerospace service market.

This article sorts out the industrial layout and development characteristics of China's commercial aerospace sector, providing operational references for industrial parks and investment and financing platforms looking to布局 commercial aerospace. Key takeaways are as follows:

1. Core industry demand for platforms: Commercial aerospace companies have high requirements for industrial infrastructure, talent pools, policy support and capital connection, and have a clear demand for clustered development. Platforms need to provide supporting industrial resources, policy support and capital connection services to attract companies to settle in.

2. References for investment promotion and operation: Clear regional differentiation across niche segments has formed in commercial aerospace: Beijing focuses on rockets, Shanghai on the full satellite industry chain, Chengdu on rocket engines and satellite manufacturing, and Shenzhen on aerospace components. Platforms can leverage their region's existing industrial advantages to target companies in corresponding niche segments for investment promotion, and build differentiated competitiveness.

3. Risk mitigation: The commercial aerospace application closed loop has not yet formed, exit paths remain incomplete, and parallel exploration of multiple routes can easily lead to homogeneous competition. In operations, platforms should guide enterprises to explore differentiated technical routes and application scenarios to avoid duplicate investment and resource waste, while helping enterprises connect with capital and unblock exit paths.

Based on full historical financing data, this article sorts out the development landscape of China's commercial aerospace, summarizes industry development characteristics in comparison with SpaceX, and offers high reference value for industrial research. Key takeaways are as follows:

1. Latest industry developments: The top 24 leading commercial aerospace companies in China have accumulated total financing close to SpaceX's pre-IPO scale. Capital in the industry has left behind the era of early scattered bets, and formed a diversified capital structure led by state-owned assets with participation from specialized institutions, broker-backed funds, market-oriented VCs and leading VC firms. Leading VCs entered the sector collectively in 2026, four leading rocket companies have reached the Pre-IPO stage, and the industry has entered an accelerated development phase.

2. New industry issues: Compared with SpaceX, China's commercial aerospace is characterized by parallel exploration of multiple technical routes, higher state capital participation, and an unformed commercial closed loop for downstream applications. It also faces problems including low financing output ratio and an unblocked last mile for capital exit channels.

3. Research and policy implications: China's commercial aerospace has developed a differentiated development path adapted to its local institutional environment, and multi-route exploration is more conducive to technical trial and error. SpaceX's IPO has established a valuation anchor for the industry, and future development deserves continuous tracking. On the policy side, further optimization of the implementation of the fifth listing standard can unblock exit channels for unprofitable commercial aerospace enterprises and promote industry development.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

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作者 |Judy

来源 |IT桔子

写在前面

2026年 6月 12日,SpaceX正式登陆纳斯达克,股票代码SPCX,发行价每股135美元,对应市值接近1.8万亿美元,募资规模高达750亿美元——这是人类历史上规模最大的科技IPO。

回顾其发展历程,SpaceX在上市前通过一级市场累计融资约110亿美元(约770亿人民币)。

当全球目光聚焦在马斯克的火箭上时,一个被频繁提及的话题是:中国商业航天,现在到底怎么样?

我们对中国商业航天赛道做了全历史范围的系统梳理。

结果发现了一个值得深思的对比——中国融资最多的24家纯商业航天公司,历史累计融资总额约620亿人民币,而SpaceX在上市前用了约770亿人民币的一级市场融资。

换句话说,中国24家头部公司消耗的融资规模与SpaceX旗鼓相当。

这既是差距,也是故事。

本文将从数据出发,拆解这24家公司的融资结构、背后的投资势力地图,以及它们与SpaceX的发展差异。

一、24家公司全貌:

中国商业航天的融资天团

按照历史累计融资额排名,我们得到以下榜单:

这份榜单的总融资额达到了约620亿元,显示商业航天已经是一个千亿级的融资赛道。

榜首的星际荣耀以85.8亿元领跑,但第二名垣信卫星仅通过3 轮融资就拿到67亿,显示卫星互联网赛道的融资密度远高于火箭。

值得注意的是,榜单中已有12家公司进入D 轮及以后阶段,星际荣耀、天兵科技、星河动力和蓝箭航天四家火箭公司均已到达Pre-IPO窗口,“中国商业航天第一股”的竞逐已经进入最后阶段。

另一个显著特征是城市集中度。

北京以12家公司、约360亿元融资额占据半壁江山,TOP 5火箭公司中4 家位于北京经开区/丰台区。这种集中度的背后是航天科技集团等央企体系带来的火箭研发底蕴和人才储备。

与北京不同,上海以4 家公司成为第二大极,方向明确偏向卫星赛道——垣信卫星、格思航天、鸿擎科技、蓝星光域构成了从卫星制造到星座运营到空间通信的完整链条,G60星链计划是其重要的产业牵引。

成都、长春、武汉、烟台等城市则各自凭借特定的产业基因或政策支持,在细分赛道中占据了一席之地。

二、620亿元去了哪里?

火箭与卫星:两条赛道的融资逻辑

从赛道分布来看,9家火箭公司合计融资约331亿元,平均每家36.8亿,是典型的重资产、高壁垒、长周期赛道。

而10家卫星公司合计约275亿元,虽然总额接近,但融资节奏明显不同——垣信卫星仅通过3 轮就融到67亿,反映了卫星互联网“高举高打”的融资策略。

两个赛道合计超过600亿元,占TOP 24总体量的97%。

这种“火箭跑步,卫星起飞”的格局,实际上是中国商业航天赛道分工的写照。火箭决定“能不能上去”,卫星决定“上去后干什么”,前者是基础设施,后者是应用生态。

现在基础设施层面已经有了足量的资金注入,但应用生态层面的商业闭环还未形成,这是和SpaceX最核心的差距所在。

三、谁在押注中国商业航天?

通过对商业航天赛道全部历史融资事件的投资方逐条聚合,我们共提取出有效记录覆盖183家公司和434家投资机构。以参投 ≥3 次为活跃线,61家机构进入活跃名单;参投 ≥5 次的有22家——商业航天的投资战线已告别「零星押注」的早期阶段,一批持续加码的核心玩家正在成型。

博华产投:低调的赛道头号玩家

在434家机构中,博华产投以10次参投排名第一,覆盖天仪研究院、天兵科技、银河航天、微纳星空、易动宇航、星移联信等至少9 家公司,覆盖广度与参投密度均远超其他机构。

2026年以来,博华产投持续加码——4月领投天仪研究院13亿元战略融资,2月参与银河航天数十亿级C 轮和易动宇航数亿元B+ 轮。

博华产投在管基金规模约300亿元,已累计投资超过35家商业航天企业、投资额近80亿元,覆盖火箭制造、卫星研发、核心部件、星座运营全产业链。如果SpaceX的崛起背后站着Founders Fund和 DFJ,那么中国商业航天背后最重要的「耐心资本」,无疑是博华产投。

第二梯队:三种不同的投资逻辑

紧随博华产投,顺禧基金、元航资本、中信建投资本各以9 次参投并列第二名,代表三种截然不同的投资逻辑。

顺禧基金是北京国管旗下的市场化创投平台,管理规模超600亿元,9次参投覆盖9 家公司——2026年以来参与了中星高科A+ 轮、轨道辰光Pre-A轮、凌空天行C 轮、银河航天C 轮以及馥昶空间B+ 轮。加上京国瑞的4 次参投,两者构成了「北京国资双引擎」。

元航资本核心团队具有北航背景,坚持「投早、投小、投硬」策略,9次参投并列第二。2026年以来参与了云遥宇航B+ 轮(5亿元)、致航科技B 轮、星思半导体D 轮(15亿元)。元航在商业航天1.0时代投资的星河动力、微纳星空、航天驭星等项目估值增长超百倍,是国内少数同时拥有「深度产业理解 + 早期投资能力 + 持续陪跑决心」的专业化航天基金。

中信建投资本9 次参投体现了券商系在商业航天中日益提升的存在感,策略偏向「Pre-IPO窗口 + 战略配售」路线。2026年以来参与智星空间B+ 轮、工大卫星B+ 轮、轨道辰光Pre-A轮——最后一笔联手红杉中国、凯辉基金、昆仑资本等头部机构,信号意义显著。

地方产投:城市竞赛的资本映射

在地方产投层面,深圳高新投(7次)、锡创投(7次)、成都科创投(6次)是最活跃的三家。深圳高新投持续布局航天零部件企业,与深圳精密制造优势协同;锡创投聚焦微纳星空、斯北图、钧天航宇等,与无锡物联网和高端制造基础联动;成都科创投参与星际荣耀50亿级D+ 轮和星际开发A 轮,围绕成都在火箭发动机和卫星制造方面的产业集群持续布局。商业航天正在从「北京独大」走向多城生态,地方产投是这场城市竞赛最直接的资本表达。

毅达资本与市场化VC梯队

在纯市场化机构中,毅达资本以8 次参投领跑,2026年以来参与了控维通信C 轮(联手中国互联网投资基金、农银投资)、鑫辉空天A 轮(联手同创伟业)、箭元科技B 轮(联手IDG资本),覆盖维度从卫星通信到火箭到核心部件,在市场化机构中最为完整。

普华资本(7次,参与天仪研究院13亿元战略融资、九州云箭C+ 轮、大航跃迁A 轮)和深创投(7次)紧随其后。啟赋资本(6次)、中科创星(5次)、鼎晖投资(4次)组成了稳固的第二梯队。参投 ≥5 次的22家机构中,市场化VC和地方国资平台大致各占一半。

头部VC的入局:信号与意义

红杉中国、高瓴创投、IDG资本——这三家中国最具影响力的VC均在2026年上半年完成了在纯商业航天赛道的实质性落子。

高瓴创投以4 次参投在头部VC中最为活跃,其中3 次投向了宇石空间——2026年3月 Pre-A轮和5 月A 轮(5亿元,联手东证资本、蓝湖资本、高榕创投等11家机构)连续追投,加上3 月参与庆为航空Pre-A轮。宇石空间是国内唯一主打「新型航天器」方向的企业,技术路线属独家,高瓴用连续追投验证了自己的判断。

红杉中国首笔商业航天投资落于2026年 4月——参与轨道辰光Pre-A轮(联手中信建投资本、凯辉基金、昆仑资本、海松资本、英诺基金)。轨道辰光专注晨昏轨道算力卫星和太空数据中心,首颗试验星「辰光一号」已完成研制,规划120颗卫星组网,主打「天基算力」概念。这笔投资标志着红杉从此前投资的eVTOL(沃兰特航空、汇天飞行汽车)延伸到了真正的太空基础设施。

IDG资本则在2026年 2月参与了箭元科技B 轮融资(联手毅达资本、九智资本等8 家机构)。箭元科技是不锈钢火箭路线的代表,与SpaceX星舰的技术路线有呼应之处。

整体来看,商业航天的投资版图已不再是碎片化的荒原。博华产投(10次)和顺禧基金(9次)作为国资双雄领跑,元航资本(9次)和中信建投资本(9次)代表专业化和券商系两股力量,毅达资本(8次)领衔市场化VC第二梯队。2026年红杉、高瓴、IDG的集中入局,则意味着头部VC对商业航天「观望期」的终结——当估值锚定被SpaceX上市推高,更大的资本力量正在加速涌入。

四、中国商业航天格局

与SpaceX的差异发展

SpaceX上市前一级市场融资约110亿美元(约770亿人民币),而中国24家头部商业航天公司合计融资约620亿人民币。两者体量接近——但资金的去向和技术路线的选择,折射出的是两种截然不同的产业逻辑和发展路径。

差异之一,在于技术路线的选择逻辑。

SpaceX走过的路是「单点突破、垂直整合」——从猎鹰1 号到猎鹰9 号到猎鹰重型到星舰,一条主线走到底,猎鹰9 号单枚助推器复用纪录已达34次,星舰正在挑战全复用超重型火箭。

而中国商业航天呈现的是「多路线并行」格局:朱雀三号、双曲线三号、天龙三号等多款液体可回收火箭同时推进,技术路线涵盖不锈钢箭体、液氧甲烷、液氧煤油等不同方向。这种分散探索在短期内拉高了总融资额,但也意味着更大的试错空间和更快的技术演进潜力——一旦某条路线跑通,市场化的「第二波」投资浪潮将获得巨大的释放空间。

差异之二,在于商业闭环的路径。

星链(Starlink)截至2026年 3月已拥有超1,000万付费用户,覆盖164个市场,2025年营收约118亿美元,为SpaceX的火箭研发提供了稳定的现金流反哺。这种「应用养研发」的闭环是中国商业航天目前尚不具备的。

但中国商业航天下游的应用生态有自己的独特路径:垣信卫星和格思航天的G60星链计划面向的是不同于Starlink的市场需求,天仪研究院的SAR卫星星座在灾害监测和农业遥感的落地已经初具规模,轨道辰光的「天基算力」则是在算力卫星这一全新品类上的探索。中国商业航天的应用场景,不一定需要复制SpaceX的路径。

差异之三,在于资本生态的结构性特征。

SpaceX的核心投资人以市场化长期资本为主——Founders Fund、DFJ、Google、Fidelity、Baillie Gifford,融资逻辑是「技术突破→估值提升→融资→新突破」。

而中国商业航天的资本结构中,地方国资和政府引导基金权重更高,融资逻辑更偏向「产业布局→招商引资→融资→产业集群」。

前者的优势在于市场化定价和退出机制成熟,后者的优势在于长周期的资金耐心和产业协同——博华产投覆盖全产业链、顺禧基金锚定北京的产业布局,都是这种模式的优势体现。两种模式并非优劣之分,而是不同发展阶段和制度环境下的最优解。

资本竞赛之外的维度——规模与效率的辩证

值得关注的一组数据是:中国24家头部公司已融资620亿元,但尚无一家IPO,而SpaceX用 770亿元融资走到了1.8万亿美元市值的IPO。这个「融资-产出比」的差异背后,不只有技术差距。美国拥有全球最成熟的资本市场退出通道,SpaceX从A 轮到上市走了一条清晰的「私募→退出→公开市场」路径。而中国科创板对未盈利硬科技企业的包容度正在提升,第五套上市标准的实践仍在磨合期——这对于研发周期动辄8—10年的商业航天企业来说,资本退出路径的「最后一公里」仍待打通。

两条路径,同一个赛点

SpaceX用 20年证明了「一条路线走到极致」可以创造商业航天史上最大的奇迹。中国商业航天用24家公司、10座城市、三种资本力量(国资 + 市场化VC+ 券商系)正在书写另一种可能性——多路线并行、多场景探索、多元化资本结构的发展模式。

SpaceX的上市不是中国商业航天的压力,而是利好:它为全球商业航天确立了资本市场的定价锚。当全球资本市场认可了「一家火箭公司可以值1.8万亿美元」,中国商业航天公司的估值逻辑将获得前所未有的参照系。接下来,谁先跑通入轨回收闭环、谁先构建起可持续的商业应用生态、谁先叩开资本市场大门,谁就会成为中国版的SpaceX——但不一定需要复制SpaceX走过的每一步。

IT桔子将持续跟踪中国商业航天的融资动态。

注:文/Judy,文章来源:IT桔子(公众号ID:itjuzi521),本文为作者独立观点,不代表亿邦动力立场。

文章来源:IT桔子

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