初创公司尽调
尽调报告 Commercial space infrastructure / satellite services Private / late growth 2026-07-22

Aerospace Yuxing

有过任务验证的中国空间基础设施公司,但当前定价需要实质性披露折扣

Aerospace Yuxing 有真实产品和客户验证,但公开记录更支持继续跟踪,而不是按高叙事价格出手。

封面要素

成立时间 01
2016 [CO001]
总部 02
Beijing, China [CO002]
公开员工信号 04
300+ employees [CO007, CR034]
付费任务规模标记 05
674 satellites / rockets served [CU007]
公开 2026 年估值标记 06
60-70 to 100 RMB 100M [CV003]
IPO 状态 07
A-share IPO counseling active in June 2026 [CV002]

公司概况

Aerospace Yuxing 对外品牌为 Emposat 和 航天驭星,是一家 2016 年成立、总部位于北京的商业空间基础设施公司。公开证据显示,它的任务关键型服务栈很宽,覆盖发射与入轨早期测控(TT&C)、长期航天器运营、安全管理、遥感定标,以及相邻的地面 / 软件 / 通信产品。公司在中国商业航天建设中占位较好:60 多座地面站网络、数百次付费任务、具名客户验证,并在 2026 年进入 IPO 辅导。核心问题不是业务是否真实,而是在缺少经审计经济性、客户集中度、牌照细节和股权结构可见度时,当前价格能否被承销。

官网
www.emposat.com
成立时间
2016-10-12
创始人
Zhao Lei
总部
Beijing, China
产品
已披露平台把发射测控、长期在轨管理、安全与碰撞管理服务、遥感定标基础设施,以及任务运营所需硬件 / 软件系统组合在一起。
客户
需要任务关键型运营和数据基础设施的发射服务商、卫星运营商、星座项目和遥感用户,而不是购买通用软件席位的客户。
商业模式
资产较重的服务与产品组合:按任务计费的发射 / 入轨早期支持、较长期卫星运营、安全和定标服务,以及选择性硬件 / 软件产品收入。
阶段
Private / late growth
融资情况
2026 年公开报道显示,公司后期融资仍在推进,IPO 辅导也有进展,但累计融资额与当前估值标记在公开口径中仍不一致。
[CO001, CO002, CO004, CO006, CO007, CO011, CU001, CU007]

执行摘要

主要优势

  • 产品线覆盖真实关键任务:发射 TT&C、长期运营、安全、校准,以及软硬件系统。
  • 60 多个站点网络、数百次付费任务和具名商业航天客户案例,提供了公开规模验证。
  • 中国商业航天建设带来结构性顺风,公司也已经走在 2026 年 IPO 准备路径上。

主要风险

  • 公开估值和融资标记相互冲突,表面 2026 年价格缺少干净证据支撑。
  • 收入质量、利润率、集中度、利用率和股权结构表仍过于不透明,难以激进承销。
  • 监管、许可和任务可靠性风险都可能先伤经济性,再伤战略相关性。

未决问题

  • 按服务线拆分的完整管理账,包括收入、毛利率、EBITDA、烧钱速度和现金。
  • 股权结构表、清算优先权、反稀释权,以及任何影响新钱回报的结构。
  • 客户集中度、合同期限、积压订单,以及续约 / 转化数据。
  • 分服务许可地图、海外站点审批,以及事故 / SLA 历史。
  • 在轨服务 / 机械臂分支的商业化经济性。

目录

Chapter 01

01公司概览

1.1 身份、定位与运营足迹

Aerospace Yuxing 更像是中国商业航天建设背后的在轨基础设施层,而不是传统卫星主制造商或发射公司。官方材料使用 航天驭星 和 Emposat 作为品牌,披露公司成立于 2016 年,总部位于北京海淀区。公司使命说得很直白:建设地面、软件和运营系统,让卫星发射后仍可控,从而让卫星更容易使用。落到业务上,就是发射段跟踪、遥测与指令(TT&C)、长期飞控支持、载荷数据接收、遥感定标、碰撞预警,以及配套数字应用。已抓取语料一致指向一家公司:它试图把空间运营中不光鲜但绕不开的「后端」变成收入。 足迹本身也有战略意义。官方页面称,公司已建设 60 多套地面站和一处综合定标场,分支或运营节点覆盖北京、西安、郑州、中卫、七台河、精河、鹤壁、南太平洋、非洲和南美。合作伙伴材料还称,2023 年二期网络设计目标是支撑 3,000 多颗卫星,但这一容量说法目前仍主要来自公司或合作伙伴。即便对最难佐证的规模口径打折,证据仍支持一个更窄但重要的结论:Aerospace Yuxing 已经拼出真实的物理服务网络,而不只是软件层或咨询标签。 这种定位也解释了为什么外部报道会把公司称为「空间物业管理」。数智趋势把类比讲得很明确:它把 Aerospace Yuxing 与全球地面站即服务专家相比,而不是与垂直一体化航天公司相比。官方产品 / 服务分类也指向同一逻辑:公司销售地面系统、通信产品和运营软件,因为这些资产是大规模运营商业 TT&C 网络的前置条件。[CO001, CO002, CO003, CO004, CO005, CO006]

快照 KPI 表
指标数值 / 状态日期 / 范围置信度 / 缺口
成立 / 法定设立2016;法定设立日期 2016-10-12历史多个第三方来源确认日期,置信度高
总部北京海淀 / 上地东路当前城市置信度高;具体楼层 / 楼宇细节属于次要信息
员工官方披露 300+当前官方披露部分确认;未找到更新的独立人数统计
地面站网络60+ 套地面站,加定标场当前官方披露存在性置信度高;持续利用率未披露
付费服务规模2025 年 500+;截至 2026-06-15 为 6842025-2026方向性规模置信度高;日期差异大于冲突
2025 年付费服务市场覆盖率商业卫星 TT&C 付费服务市场 92.8%2025中;第三方报道,未经审计
最新融资D / D+ / D++ 轮合计近 RMB 2bn2026 年 6 月金额和投资方组合置信度高
当前估值标尺Sina / NetEase 为 RMB 10bn+,Jiemian 为 RMB 6bn-7bn2026公开差异重大;需申报文件或投资条款书确认

快照表把已有充分交叉验证的运营事实,与当前精确估值、员工数和收入披露等仍未解决的封面指标区分开。

[CO001, CO002, CO006, CO007, CO022, CO023]
FO002: 公司快照逻辑

公司把全球地面基础设施、自有产品和在轨运营接成一套后台空间服务平台。

[CO003, CO006, CO017, CO018, CO022, CO039]

1.2 领导层、治理与披露质量

公开证据在创始人层面很强,在其他管理层面则很薄。界面、Baidu 英文公司页和官方联系方式都把赵磊标识为创始人、法定代表人、控制人,也是公司最核心的公开面孔。界面还给出了已抓取材料中最清晰的创始人与市场匹配叙事:赵磊本科就读天津大学机械工程,后来在国防科技大学完成研究生学习,之后在中国空间技术研究院从事卫星研制十多年,并于 2016 年创办 Aerospace Yuxing。这个背景与公司把国家级任务保障能力商业化为基础设施的方向相匹配。 赵磊以下的公开团队阵容要窄得多。人民日报把副总裁曹梦列为驭星三号 06 星任务发言人;陈静则以子公司 Sustain Space CTO 身份出现在机械臂项目中。官方材料还称,更广义的核心团队来自传统航天系统单位。但本章抓取到的来源没有披露完整高管名单、独立董事、投资人董事席位或接班计划。这个缺口不小,尤其是公司已经进入 IPO 辅导,很快需要从创始人叙事切换到更结构化的治理披露。 因此,公司呈现出典型后期私营公司治理画像:创始人高度居中,技术纵深看起来可信,但制度化控制的公开信息不完整。这不会抹掉已经取得的运营成果;但投资人若把第一章证据当作底层事实,就应把治理集中度作为概览级风险继续带入,而不能假设董事会流程或第二梯队管理深度已经去风险。[CO011, CO012, CO013, CO014, CO015, CO016]

领导层和创始人表
人物角色背景 / 公开证据创始人-市场匹配或职能覆盖关键人依赖
Zhao Lei创始人、法定代表人、实际控制人Jiemian 称其曾在 CAST 从事卫星研制,具 Tianjin University 和 NUDT 背景与 TT&C 和在轨运营问题直接匹配
Cao Meng副总裁 / 公开发言人People's Daily 在 Yuxing-3 06 任务报道中引用其表述连接运营业务与在轨服务叙事的公开接口
Chen JingSustain Space 子公司 CTOPeople's Daily 将其列为柔性机械臂工作的技术负责人显示创始人之下已有专门的在轨服务技术梯队
核心团队(姓名未披露)传统航天系统老兵官方介绍称核心团队来自传统航天系统核心单位支撑技术可信度,但缺少投资级团队名单透明度中至高

公开证据对 Zhao Lei 和部分技术负责人较强,但完整高管与董事会披露仍弱。

[CO011, CO012, CO013, CO014, CO015, CO016]

1.3 平台深度、产品栈与服务架构

Aerospace Yuxing 的商业价值来自服务与自有基础设施的组合。官方服务页显示,公司业务横跨发射测控、入轨早期支持、长期星座管理、碰撞预警、健康管理、遥感定标和任务规划。产品页又补上三层支撑:地面站系统、通信 / 基带硬件和任务软件。这种一体化架构很重要,因为它让公司既能销售持续运营服务,也能销售使能设备,同时在不同站点和任务之间守住更强兼容性。36Kr 还补充了一个有用的经济性视角:关键产品自研比例超过 90%,并已向星座客户批量交付。 在一家中国私营空间基础设施公司里,这种技术宽度相当具体。地面系统页披露了 12 米 X 波段和 4.5 米 S/X/Ka 系统的性能细节,包括 EIRP、G/T、捕获时间、跟踪精度、数据记录速率和 7x24 自动化运行。通信产品页列出一体化测控基带、高速数传基带、X 波段应答机,以及测控 / 数传一体化单元。软件页描述任务规划、遥测处理、指令管理、3D 可视化和数字孪生式功能。这不是单纯撮合站点时段的公司,而是在试图占住卫星制造商与终端用户之间的运营中间层。 这种架构也解释了为什么第三方来源称,公司已经服务国家航天单位、商业发射服务商、卫星公司、高校和科研院所。无法自建全球 TT&C 足迹的客户,仍然需要合规的指令、遥测和数据回传覆盖。因此,Aerospace Yuxing 参与的是商业航天栈中结构性必需的一层;它的服务深度看起来比单点地面站供应商更宽,但仍窄于完全垂直一体化的卫星运营商。[CO017, CO018, CO021, CO022, CO025, CO026]

1.4 资本历史、估值标记与 IPO 窗口

融资记录显示,公司早已越过早期风投阶段,但公开披露在精确估值上仍然杂乱。最近最清楚的资本事实,是 2025 年 8 月 C+ 轮和 2026 年 6 月 D 系列融资包。36Kr 报道,C+ 轮融资 4.30 亿元人民币,投资方包括信达资本、工大创投、财通资本、汉江资本、长江资本、尼斯集团和济钢集团。新浪、腾讯、网易和 Baidu 英文公司页对下一步基本一致:2026 年 6 月完成 D、D+、D++ 轮合计近 20 亿元人民币融资,投资方包括红杉中国、前海方舟、中国联通战略性新兴产业载体、紫金矿业、SAIC Motor、五粮液和多家财务投资人。 记录变得不那么干净的地方在估值。新浪和网易称,公司在 D+ 阶段后进入 100 亿元人民币以上独角兽区间,这与用户提供的 15 亿美元方向性框架在常规汇率换算后大体一致。但界面把公司放在更温和的 60 亿至 70 亿元人民币区间,同时仍称其为独角兽。没有一手备案文件或 term sheet,本章最稳妥的立场是:公司在 2026 年明确进入后期独角兽阶段,但当前精确估值尚未在公开媒体口径中对齐。 IPO 准备更直接。界面称,公司于 2026-05-28 与国泰海通证券签署辅导协议,并于 2026-06-05 完成备案;Baidu 英文公司页重复了备案日期。这个时间序列叠加 2025-2026 年的大额融资周期,显示公司正用私人资本延长基础设施领先,同时打开公开市场选项。公开文件仍未披露的内容同样关键:收入、经常性服务占比、利润率结构和现金生成仍然缺席。[CO027, CO028, CO029, CO030, CO031, CO032]

利益相关方和投资方图谱
利益相关方角色控制权或经济重要性公开证据尽调事项
Zhao Lei创始人 / 实际控制人Jiemian 称直接持股约 19%,并拥有实际控制权创始人仍是核心治理节点获取完整股权结构表和股东协议
Guotai Haitong SecuritiesIPO 辅导机构2026 年启动 A 股进程的关键中介2026-05-28 签署辅导;2026-06-05 备案厘清目标板块、时间表和准备缺口
Sequoia China 和 Qianhai Ark2026 年 D 系列战略成长轮领投方参与为最新扩张提供背书的后期投资方组合出现在 2026 年 6 月 D / D+ / D++ 轮报道中索取轮次经济条款、董事会权利和清算优先权
Cinda Capital 和 2025 C+ 财团IPO 前成长轮投资方支持网络建设和卫星互联网地面基础设施扩张36Kr 列出 RMB 430m C+ 轮参与方确认 2025 与 2026 年轮次是否出现实质性重定价
China Unicom 战新 / SAIC / Zijin / Wuliangye 等产业与战略资本意味着除纯财务 VC 外,还有需求邻近性和政策 / 产业支持出现在 2026 年 6 月融资报道中验证资金是否绑定商业合同或渠道入口
Sustain Space 子公司在轨服务运营主体承载最前沿的机械臂与在轨服务叙事出现在 Global Times 和 People's Daily 的 Yuxing-3 06 报道中梳理子公司经济利益和 IP 归属如何进入母公司价值

本表聚焦控制权和投资判断相关性,而不是尚未公开的完整股权结构表。

[CO013, CO027, CO028, CO029, CO032, CO033]
FO003: 快照 KPI

公开运营标记显示,公司基础设施规模真实、融资动能仍在,但经济性还没有完全对齐。

RMB 2bn 融资按公开报道中的近似标题金额呈现;估值行刻意保留互相冲突的公开区间,不强行压成一个失真的单点数字。

[CO006, CO007, CO023, CO024, CO027, CO028]

1.5 里程碑、在轨服务扩张与反向视角

里程碑时间线显示,公司正在从测控基础设施向更高价值的在轨服务野心扩展。第三方历史资料把最早关键标记放在 2017 年和 2018 年:Aerospace Yuxing 建成中国首个第三方商业 TT&C 站,取得首张商业 TT&C 无线电台执照,并建立指挥中心。到 2020 年,公司围绕中卫遥感定标场运营,从指挥与控制延伸到数据质量基础设施。2025 年武汉分公司又围绕轨道运营机器人,形成在轨服务研发足迹。 最近最重要的里程碑是驭星三号 06 星。Global Times 和人民日报称,该卫星于 2026-03-16 发射,是中国首颗搭载柔性机械臂的商业试验卫星,并验证了模拟加注和对接操作。Global Times 补充称,该项目属于子公司 Sustain Space 主导的任务系列;人民日报则把目标终局表述为用于维护、加注和在轨服务的「太空 4S 店」。战略意义在于,它把 Aerospace Yuxing 从监测与控制叙事扩展到寿命延长、服务和碎片缓解叙事。公司试图从让卫星活着,走向主动操作并维持卫星。 反向视角不是丑闻,而是承销模糊。界面称该行业重资产、资金密集;数智趋势称,投资人仍需要收入结构、客户集中度、利用率和现金流披露。这些警示与本章观察到的缺口相吻合。Aerospace Yuxing 显然有真实基础设施和任务深度。尚未解决的问题,是这些深度有多少能转化为可重复、高质量的经济性,而不是项目驱动的服务收入。[CO034, CO035, CO036, CO037, CO038, CO039]

里程碑表
日期事件类型金额 / 状态参与方含义
2017-10建成中国首个第三方商业卫星 TT&C 站产品已完成Aerospace Yuxing确立公司的核心商业基础设施身份
2018-09取得中国首个商业卫星 TT&C 无线电台执照监管已获许可Aerospace Yuxing为第三方商业 TT&C 建立监管护城河
2018-12设立商业 TT&C 指挥中心规模已运营Aerospace Yuxing从站点资产转向一体化运营能力
2020-12中卫遥感定标场投入使用产品已运营Aerospace Yuxing / 中卫平台从指挥扩展到定标基础设施
2025-07武汉分公司成立,承担华中总部和在轨服务研发规模已注册Aerospace Yuxing新增一个地理和技术增长节点
2025-08-11完成 C+ 轮融资融资RMB 430mCinda Capital 和财团资助地面基础设施研发和批量生产
2026-03-16Yuxing-3 06 搭乘 Kuaizhou-11 Y7 发射产品在轨Sustain Space / Emposat开启在轨服务章节
2026-03 to 2026-05柔性机械臂任务验证了模拟加注和服务作业产品技术验证完成Sustain Space / 合作机构公司叙事延伸到维护和空间碎片缓解服务
2026-05-28 / 2026-06-05已与 Guotai Haitong 签署并备案 IPO 辅导治理已备案Aerospace Yuxing / Guotai Haitong公司进入正式公开市场准备周期
2026-06-16 / 2026-06-17D / D+ / D++ 轮融资公开宣布融资接近 RMB 2bnSequoia China、Qianhai Ark、产业投资方强化资产负债表,并立下后期估值标记

时间线记录了公司从牌照和 TT&C 基础设施,推进到定标、在轨服务、IPO 准备和后期融资的进程。

[CO027, CO028, CO033, CO034, CO035, CO036]
FO001: 公司里程碑时间线

2017-2026 年,Aerospace Yuxing 从商业测控基础设施扩展到校准、在轨服务和 IPO 准备。

[CO027, CO028, CO033, CO034, CO035, CO036]

1.6 图表

Chapter 02

02市场分析

2.1 市场边界与纳入支出

Aerospace Yuxing 的可服务市场不是「所有商业航天」,也不只是公开卫星互联网标题常强调的终端零售宽带市场。工信部 2026 年解读是已抓取材料中最干净的边界文件:它把卫星互联网描述为空天地一体化基础设施,用来解决覆盖缺口、韧性需求和战略自主目标,价值链覆盖卫星制造、发射、地面设备、用户终端和运营服务。这个定义很重要,因为 Aerospace Yuxing 变现的是中游和下游基础设施层——TT&C、地面站、数据接收、定标和长期轨道运营,而不是完整消费者服务栈。 因此,纳入支出覆盖三类。第一类是主权和准主权星座基础设施:国网、千帆及相邻国家或省级项目需要备案支持、发射支持、入轨早期控制和持续网络运营。第二类是运营商主导的连接扩展,尤其是直连设备和远程覆盖;即便零售界面属于电信运营商,网关、监管合规和持续监测仍是刚需。第三类是任务关键型移动和韧性需求——海事、航空、应急响应、科学考察和偏远工业场景——卫星链路的胜出点不是在城市里打败光纤,而是在地面网络失效的地方仍能工作。 最贴近公司变现的市场之外,边界同样重要。标准城市宽带订阅、通用发射收入和宽泛航天器制造收入都在相邻位置,但并不等同于 Yuxing 的实际变现层。因此,一个关于数十亿美元卫星互联网市场的标题判断可以方向正确,却仍然无法说明 TT&C 和地面基础设施专家的可服务机会;分析必须先拆出价值链里真正需要 Yuxing 这类运营商的部分。[CM001, CM002, CM003, CM004, CM005, CM006]

市场定义表
细分市场 / 类别纳入支出排除支出买方 / 付款方与 Yuxing 的契合度
中国主权卫星互联网基础设施星座控制、TT&C、网关、数据接收、符合标准的网络运营零售宽带 ARPU,以及无关的纯发射经济性国家星座运营方、主承包商、国家支持的项目预算核心
电信直连终端延伸补充性非地面覆盖基础设施、运营商集成、网关与控制服务独立零售移动订阅,以及地面 RAN 资本开支移动运营商持有频谱 / 牌照;卫星伙伴作为批发供应商
移动场景与韧性连接海事、航空、科考、应急和偏远站点的卫星运营支持密集城区家庭宽带替代政府机构、航空公司、海事运营商、偏远工业运营商
遥感与任务运营支持载荷数据接收、定标、长期在轨管理、碰撞预警纯分析软件或仅下游影像应用卫星运营商、EO 项目、科研客户
相邻但非核心广义零售卫星互联网收入、完整卫星制造收入、通用发射收入消费者、OEM、发射客户仅相邻

市场按价值链层来切,而不是按某个终端服务标签来切;Yuxing 赚的是地面与运营基础设施的钱,不只是消费者宽带。

[CM002, CM003, CM004, CM005, CM006, CM038]
FM001: 市场规模判断框架

Aerospace Yuxing 处在一个由国家主导的超大卫星互联网建设里,但它真正可变现的层在地面和运营栈,不是整个大口径 TAM。

这个金字塔刻意叠加了不同但相关的口径——宏观航天经济背景、服务市场收入、星座足迹和 Yuxing 的价值链切入层——因为公开证据不足以支撑一个干净的 Yuxing 专属 TAM 分层。

[CM005, CM007, CM008, CM010, CM011, CM013]

2.2 规模测算视角:服务收入、在轨足迹与基础设施吞吐量

公开规模证据使用了几套彼此不兼容的单位,硬压成一个整齐 TAM 会制造虚假精确。第一种视角是服务市场收入。The Business Research Company 估算全球卫星互联网市场 2026 年为 $7.42 billion,2030 年达 $12.69 billion;这有助于证明品类具备商业意义,但范围太宽,不能单独代表 Yuxing 的可触达层。第二种视角是战略轨道规模。Orbital Radar、MERICS、China Daily 及其他报道都显示中国建设规模很大:仅国网和千帆规划卫星就约 28,000 颗,2026 年中前已发射 350 多颗,而中国向 ITU 提交的更广泛申报包络超过 200,000 颗卫星。 卫星数量重要,因为它们意味着未来会有备案、发射支持、地面网关、轨道控制和持续网络运营需求。但这些数字仍不是市场收入。ITU 自身指引明确指出,申报不等于物理卫星一一对应,启用和里程碑义务存在,反囤积措施也会影响部署节奏。换句话说,申报足迹是野心和战略定位信号,不是收入积压。这就是市场分析的核心陷阱:最大的公开数字往往最不接近变现。 具体到 Yuxing,最有支撑的规模结论是,公司处在一个巨大且加速的基础设施建设周期里,但它的 SAM 明显窄于完整全球卫星互联网收入市场,也窄于最激进的中国申报数量。更多星座需要网关、TT&C、定标和长期轨道管理时,公司会受益;但每新增一个名义宽带用户,或每一颗递交给 ITU 的纸面卫星,都不会自动变成 Yuxing 的收入。因此,本章把轨道野心、产业产能和服务市场收入视为彼此独立的观察镜头,而不是可直接相加的市场规模数字。[CM007, CM008, CM009, CM010, CM011, CM012]

TAM/SAM/SOM 或规模测算视角表
发布方 / 视角年份地域数值CAGR / 规模方法置信度局限
The Business Research Company — 全球服务市场2026全球$7.42B14.6% 同比覆盖产品、频段和终端用户细分的商业卫星互联网收入口径太宽,无法直接对应 Yuxing 的 SAM
The Business Research Company — 前瞻市场2030全球$12.69B14.4% CAGR卫星互联网市场的前瞻收入预测预测值,不是基础设施专家当前可触达的支出
MIIT / Morgan Stanley — 空间经济背景2040全球>$1T 空间经济50%–70% 增长来自卫星宽带MIIT 引用的空间经济宏观视角背景指标,不是 Yuxing 可直接捕获的支出
Orbital Radar / MERICS — 中国主权建设2026 / 2030中国计划 28k / 27,992 颗卫星;已发射 350+ 颗星座规模视角Guowang 和 Qianfan 的卫星数量版图卫星数量代表基础设施规模,不代表收入
China Daily / ITU 申报 — 中国更宽申报口径2026中国 / ITU申报 200k+ 颗卫星监管申报视角中国各星座在 ITU 的申报版图申报不等于实际部署,也不等于有资金支持的需求
Tencent / 工业产能视角2026中国58 家工厂;计划年产能 >6,800产业化视角用上游制造产能代理星座部署节奏工厂产能不会一比一转成发射或服务开通

本表有意混用收入与非收入单位;公开证据更多落在星座版图和工业规模,Yuxing 专属服务定价披露较少。

[CM007, CM008, CM009, CM010, CM011, CM012]
FM002: 市场估算区间

卫星数量区间能说明,国家目标、申报足迹和标杆星座如何收敛成更现实的部署图景。

所有行都使用卫星数量,而不是收入。图中比较已部署足迹、已宣布计划和申报包络,因为这是目前公开证据最能支撑 Yuxing 周边市场判断的地方。

[CM011, CM012, CM013, CM029, CM030, CM035]

2.3 买方分群、预算所有者与采用路径

Yuxing 可服务市场里,最早可信买家是机构客户,而不是大众零售。国家星座运营方及其制造伙伴位于核心位置,因为它们承担部署负担,需要从发射到稳定运营都合规的测量、控制和地面网络支持。电信运营商是直连设备场景中的第二大预算所有者:GSMA 明确指出,D2D 最适合作为运营商控制频谱安排下的补充覆盖层,而不是绕开运营商的独立零售渠道。这意味着移动运营商通常控制客户关系和持牌频谱,卫星与基础设施一侧则提供非地面容量、网关和运营支持。 第三类买方是韧性或移动性要求很高的垂直行业。工信部和 GSMA 都指向海洋、山区、沙漠、航空、科学考察和灾害响应等场景:地面网络缺失、受损或延伸成本太高时,卫星链路价值最清楚。这些细分场景采购往往更集中,对基础设施主导方案的接受度也更高。它们更需要可靠监测、控制和激活,而不是消费者营销声量,这与 Yuxing 当前产品与服务栈相当匹配。 采用路径也偏向基础设施专家。价值释放要等监管申报、标准对齐、卫星建设、发射执行、入轨早期管理,以及运营商集成或任务激活逐步完成。每一步都会给地面和运营玩家创造机会。这也解释了为什么 Yuxing 的机会随发射节奏和星座复杂度放大,而不是随消费者宽带市场的原始规模放大。星座如果不能被可靠控制、协调并投入运营服务,就无法向终端用户或政府任务收费。[CM016, CM017, CM018, CM019, CM025, CM027]

细分市场 / 买方地图
细分市场买方用户付款方 / 预算所有者工作流采用触发因素
国家星座项目SatNet / SpaceSail 式运营方、主承包商星座运营团队和任务控制员国家或国家关联项目预算申报、发射、控制并维护大型非地面网络主权覆盖与轨道权落地需求
电信 D2D 合作移动运营商和卫星伙伴无覆盖区域的移动用户运营商频谱和网络预算用卫星层补足地面移动网络覆盖延伸与韧性要求
应急与公共安全政府应急机构中断情况下的一线响应人员和公众用户公共部门韧性预算地面系统失效时启用备用通信灾害韧性要求
海事 / 航空 / 科考船舶运营商、航空公司、科研机构船员、乘客、科研团队企业或政府运营预算在离网或移动中保持连接地面基础设施缺位处的覆盖缺口
偏远工业 / 能源 / 矿山站点偏远工业运营商和基础设施所有者难抵达区域的运营团队企业运营和安全预算连接远程资产并监控任务可靠性需求,以及缺少地面替代方案
遥感与任务运营方EO 卫星公司、高校、研究实验室任务运营和数据团队项目或任务预算接收载荷数据、定标仪器、管理轨道健康合规、可靠的任务支持需求

契合度最强的买方愿意为可靠性、合规或地理覆盖付费,而不是只为通用消费者宽带替代品付费。

[CM003, CM004, CM016, CM017, CM018, CM027]
FM003: 买方 / 细分市场地图

这张定性匹配矩阵覆盖最可能首先影响 Yuxing 地面和运营服务的买方细分。

矩阵标签是有证据支撑的序数判断,不是实测市场份额。它们反映政策优先级、任务关键性以及各细分场景的运营强度。

[CM003, CM004, CM016, CM017, CM018, CM027]
FM004: 采用漏斗 / 价值链地图

申报、标准、发射执行、网络激活和经常性运营转化为可收费基础设施需求后,商业价值才会落地。

这个序列是流程性而非概率性。公开来源没有披露 Yuxing 或更广泛中国基础设施市场在这些步骤之间的转化率。

[CM015, CM019, CM021, CM027, CM039, CM041]

2.4 增长驱动、采用约束与对 Yuxing 的含义

需求驱动强,而且看得见。2026 年,中国把卫星互联网提升到产业议程中,批准专项标准化推进,继续快速发射星座,并持续强化 6G 与韧性叙事。人民日报和新华社报道把低轨网络视为智能手机直连和 6G 一体化的核心支撑。腾讯产业排名显示上游产能正在形成:58 家卫星工厂,规划产能超过每年 6,800 颗卫星。36Kr 则把市场直接连到 Yuxing 的切入点,称 GW 和 G60 加速推高了 TT&C、数据接收和网关基础设施需求。所有这些都利好销售控制与运营层的公司。 约束同样实质。GSMA 警告,D2D 无法在高密度地区复制地面容量。Deloitte 指出,终端可负担性和网关建设是现实瓶颈。ITU 规则意味着申报仍要转化为协调、发射和运营。MERICS 补充称,可重复使用火箭和部署瓶颈仍然真实存在;SatNews 的解读最严厉,把 244,000 个轨道 / 频率坑位的申报潮称为监管圈地,而不是现实的短期部署计划。这些约束不会杀死市场,而是定义真实市场在哪里。即便最宽泛的纸面野心无法完全兑现,一个低密度、任务关键、运营商合作的市场仍可能大到足以显著影响 Yuxing。 含义是,Yuxing 同时杠杆于上行与摩擦。更多发射、更多星座和更多标准化,会创造更多核心服务需求。但如果申报野心跑在发射节奏前面,如果运营商无法经济地激活终端,或星座在达到稳定服务前停滞,那么理论 TAM 的一部分永远不会转化为经常性基础设施收入。因此,市场案例应沿着部署和运营顺序承销,而不是沿着最大的星座标题承销。[CM019, CM020, CM021, CM022, CM023, CM024]

增长驱动因素与约束表
驱动因素 / 约束方向时间证据影响尽调追问
2026 年卫星互联网政策升格上行当前MIIT 与 Xinhua/People 将卫星互联网定义为新基建和 6G 支撑支撑非地面基础设施的长期需求跟踪政策表述如何转成有预算的项目
国家标准化推进上行当前Global Times 与 MIIT 显示,2026 年标准委员会开始搭建有助于规范市场准入,降低无序扩张风险识别哪些标准直接影响网关、TT&C 和服务认证
星座部署与制造扩产上行当前至中期Orbital Radar、MERICS 和 Tencent 显示,大型星座规划和工厂产能规模很大卫星增加应会抬高控制与运营支持的经常性需求对照制造口径,测试现实发射节奏
网关与地面站密度上行当前至中期Deloitte 称网关仍不可或缺,需求还会增加直接支撑 Yuxing 所在市场层梳理哪些项目采购第三方基础设施,哪些选择自建
终端可负担性与容量限制下行当前Deloitte 与 GSMA 显示,D2D / LEO 在高密度或低收入场景受限零售采用可能落后于高调目标建模非地面服务最先在哪些场景跑通经济账
发射与可复用火箭瓶颈下行当前至中期MERICS 称中国仍面临发射能力约束拖慢申报转化为活跃服务收入用真实运力压力测试部署计划
申报版图过度解读下行当前ITU 称申报不是实体卫星;SatNews 给出负面的抢占式申报视角庞大轨道申报可能高估可变现机会按已部署产能和已签合同建模,不按纸面申报下注
基础设施定价不透明下行当前公开来源未披露 TT&C 或网关价目表难以做干净的自下而上 SAM 或 SOM 建模直接向管理层索取定价、合同期限和利用率假设

驱动因素和约束按政策与建设需求到转化摩擦排序;后者决定轨道雄心能否变成经常性基础设施收入。

[CM015, CM017, CM019, CM020, CM021, CM022]

2.5 图表

Chapter 03

03竞争格局

3.1 竞争类别,以及为什么 Yuxing 面对不止一组同行

Aerospace Yuxing 并不是在和一个完全可比的对手竞争。它自己的官方材料把公司放在商业测控、通信、载荷数据接收、遥感定标和在轨管理中,而不是单一狭窄的地面站过境时段经纪业务里。因此,最有用的参照至少分成四类:KSAT 和 SSC 这类全球外包地面网络运营商;AWS Ground Station、Leaf Space 和 ATLAS 这类云端或 API 驱动的地面段公用设施;Geespace 和 SpaceSail 这类能把任务运营留在内部的一体化星座运营商;以及偏好自有站点、牌照和流程的既有内部自建项目。 全球参照组很重要,因为它展示了外包任务保障的顶端形态。KSAT 把 TT&C、LEOP、托管地面基础设施、月球通信和卫星运营,与覆盖 26 个地点、280 多副天线的网络组合在一起。SSC 的主张类似但市场更老,定位为全球最大且最可靠的地面站网络之一,同时提供航天器运营和工程服务。Yuxing 的官方姿态在地理上更窄,但野心可比:它称自己已建设 60 多座地面站网络和综合定标场,并已服务 370 多颗卫星和火箭。 替代者类别同样重要。AWS、Leaf 和 ATLAS 不只是卖天线时段;它们把软件、API 和工作流抽象打包,降低买方自组定制地面基础设施的必要性。再往远端看,Geespace 和 SpaceSail 展示了一体化运营商如何在不成为独立基础设施供应商的情况下争夺同一批任务预算。因此,Yuxing 的竞争问题不是「谁还有另一个天线网络?」而是「谁能用比 Yuxing 更少摩擦或更强政治适配,解决卫星运营、数据交付和任务激活?」[CP001, CP002, CP003, CP004, CP006, CP007]

竞品画像表
竞争对手类别规模 / 融资目标细分市场差异化局限
Aerospace Yuxing聚焦中国的商业地面站与运营服务专家60+ 个地面站;服务 370+ 颗卫星和火箭中国发射、卫星、EO 和在轨运营客户TT&C、长期在轨管理、定标、安全和频率协调支持公开定价、具名客户结构和全球披露的自助服务版图都很稀疏。
KSAT全球外包地面网络标杆26 个地点、280+ 副天线;KSATlite 服务 150+ 家运营方EO、发射、TT&C、月球和星座运营方服务组合很宽,运营深度和全球覆盖都强公开成交价格不透明;作为外国供应商,对中国本地主权工作流的适配更弱。
SSC Space老牌全球地面站与运营服务商SSC 称其拥有全球最大、最灵活的地面站网络之一民用、科学、电信和任务运营客户在发射、地面站和航天器运营上积累深现有公开资料在当前站点数量、定价或软件抽象层上不如 KSAT 明确。
AWS Ground Station云托管地面站工具10 个具名公开地点,另有未披露的专用天线已用 AWS 承载存储、处理和任务工作流的运营方全托管服务、公开定价逻辑、直接云集成、数字孪生公开文档列明的频段 / 轨道比部分定制化供应商更窄,对中国本地任务的适配也弱。
Leaf Space新航天 GSaaS 运营方40+ 个站点;每月 23,000+ 次过境;18 站扩张计划小卫星、星座,以及寻找灵活 GSaaS 的运营方有竞争力的无承诺采购姿态、披露的站点经济性、自动化排期支持窗口和披露版图仍小于最大规模的全球标杆。
ATLAS Space Operations联邦式 GSaaS 与任务运营平台50+ 副天线;34+ 个全球地点;2B+ 网络指标商业、民用和防务航天器运营方单一 API、聚焦 LEOP、联邦模式、安全主导定位缺少公开定价,最强公开定位偏美国中心,而非中国中心。
Geespace中国一体化 LEO 卫星通信运营商和解决方案供应商64 颗在轨卫星;最多支持 20M 用户;20+ 项国内测试和 20+ 个国家测试车辆、海事、应急、IoT 和电信相关垂直场景自有星座,加上芯片、模块、天线、终端和垂直合作伙伴不是中立第三方基础设施供应商;内部优先级可能压过外部客户需求。
SpaceSail / SSST国家支持的一体化宽带运营商目标 2026 年上半年在巴西启动;与 Telebras 签署公共部门 MOU政府和主权连接项目政治背书强,可直接争夺国家连接预算现有公开资料很少揭示第三方外包需求或定价。
内部自建 / 国家集成商现状替代方案建设一个 S/X 站约需 €400k-€500k,另加每月 ~€7k 维护费有主权控制、安全或定制工作流需求的项目最大化控制牌照、流程和数据路径相比 GSaaS 或外包,资本开支重、扩张慢、运营负担大。

本组行有意混合直接供应商、一体化运营商和内部自建替代方案;买方要完成的是任务保障和卫星服务开通,不只是再买一份天线合同。

[CP001, CP002, CP006, CP007, CP010, CP011]
FP001: 竞争定位图

序数图:x 轴 = 公开披露的全球 / 自助服务规模,y 轴 = 解决方案宽度 / 任务集成深度。

分数是有证据支撑的序数判断,不是已发布评分模型。x 值更高表示公开记录中的全球或自助服务规模更大,并不代表任何场景下经济性都更优。

[CP001, CP006, CP010, CP011, CP016, CP021]

3.2 能力、架构与信任 / 监管姿态

能力宽度最能拉开竞争者差距。Yuxing 的栈偏重任务运营:入轨早期和长期 TT&C、在轨管理、碰撞与安全服务、定标,以及横跨 S/X/Ka 波段的地面设备。KSAT 和 SSC 在任务保障上重合最直接,但它们依托全球分布式网络和成熟外包服务定位。AWS 的重合方式不同:它把常见卫星工作流标准化为云托管服务,支持公开 S 波段和 X 波段工作流,披露站点位置,提供控制台和 API 控制,并在公开站点不足时提供专用天线。Leaf 和 ATLAS 更明确地面向新航天运营商,强调自动排程、单次集成接入和联合网络,降低多站点运营的集成负担。 各家的信任与监管姿态并不对称。Yuxing 的国内优势在于,它明确支持中国运营环境下的频率协调、发射许可申请、在轨安全管理和定标。这让它在结构上比西方地面网络更贴近国家项目或国内商业航天工作流。相反,AWS 和 ATLAS 强调安全 API、数字孪生、24/7 运营和政府级工作流,对已经处在美国阵营云与防务生态中的买家更有吸引力。Geespace 又给出另一种信任姿态:它把自己的星座、芯片、模块、天线、终端和垂直解决方案捆在一起,客户可以买一体化服务,而不是把多个供应商拼起来。 实际结果是,买方重视中国本地执行、长寿命任务支持以及相邻安全 / 定标能力时,Yuxing 最强;买方想要最透明披露的全球足迹、即插即用 API 或打包下游连接产品时,它较弱。这个差异重要,因为很多采购决定在任务团队比较原始天线规格前,就已经由信任、工作流兼容性和牌照适配决定。[CP003, CP004, CP005, CP007, CP009, CP011]

功能 / 能力矩阵
采购标准Aerospace YuxingKSAT / SSCAWS Ground StationLeaf SpaceATLASGeespace / SpaceSail内部自建
中国本地牌照 / 运营适配
全球公开网络规模披露很高
TT&C + LEOP 深度不一
载荷下行 / EO 支持中高不定
云 / API 自助自动化
安全 / 碰撞 / 校准邻近能力中低不定
终端 / 芯片 / 端到端方案集成中低极高不定

数值是基于保留来源集给出的有证据支撑的分档判断。「不定」表示该能力更多取决于项目自身的工程预算和任务设计,而不是通用产品界面。

[CP003, CP004, CP005, CP006, CP010, CP011]
分销 / 覆盖 / 信任对比
主体公开覆盖信号分销动作信任 / 监管姿态自建替代威胁含义
Aerospace Yuxing60+ 座地面站;累计服务 370+ 颗卫星和火箭把任务服务卖进中国商业航天和国家关联航天工作流国内任务支持、许可、安全和校准能力强中高买方需要中国本地、能承担主体责任的运营方,而不是通用云工具时,Yuxing 最合适。
KSAT26 个地点部署 280+ 副天线;KSATlite 有 150+ 家运营商围绕任务保障和外包运营做企业直销国际任务信任度高;在中国的国内政治适配较弱Yuxing 的外包服务规模标杆就是 KSAT。
SSC Space全球网络,加运营和工程服务跨机构和长周期航天任务积累的传统关系传统信任度高;保留来源集中,自助式现代工具的公开细节较少更像既有巨头标杆,而不是快速迭代的软件颠覆者。
AWS Ground Station10 个公开站点,加专用天线选项在 AWS 账户关系内自助式云上入门以 AWS 为核心的买方信任度强,但许可和地区政治仍然重要中低任务能标准化到云原生运营时,AWS Ground Station 竞争最猛。
Leaf Space40+ 座站、每月 23k+ 次过境,并扩展 18 个站点面向新航天和星座运营商的 GSaaS 销售动作靠透明度、文档和运营商背书建立信任中低Leaf Space 证明,小玩家也能靠清晰度和运营简单性赢单。
ATLAS50+ 副天线、34+ 个地点,加南太平洋扩张通过一个集成界面销售联合网络安全牵头、偏国防友好的美国姿态中低ATLAS 抬高了市场对 API 驱动编排和 LEOP 支持的预期。
Geespace / SpaceSailGeespace 有 64 星运营证明;SpaceSail 有公共部门扩张证明捆绑电信、政府和垂直伙伴关系在中国关联的主权项目里政治适配度高;服务信任绑定自身星座一体化运营商一旦控制客户关系,就能绕开第三方运营商。
自建项目自有站点、人员和许可证采购牵头的资本开支项目主权控制最大,但执行负担重None对高度定制或安全敏感任务来说,自建仍是天然现状选项。

这张表比较的是分销和信任姿态,而不是纯技术能力,因为很多卫星服务采购先看审批、安全和工作流适配,再看单位价格。

[CP001, CP002, CP007, CP008, CP011, CP015]
FP002: 功能宽度 / 能力图

这些高层能力簇最影响 Yuxing 能否被选为任务服务伙伴。

这个矩阵采用序数和比较口径。“低”并不表示该参与者整体弱;它表示在保留证据集中,这项能力不是该参与者公开可证模式的核心。

[CP005, CP011, CP013, CP016, CP021, CP026]

3.3 商业模式、转换成本与多供应商并用

竞争者之间最大的商业差异不是技术能力,而是包装方式。保留材料里,AWS 披露的公开合同逻辑最干净:只为天线分钟数付费,选择按需或预留排程,并把处理留在 AWS 内部或把数据路由回自有基础设施。Leaf 几乎同样明确,主张客户只为实际使用付费,并披露网络规模,以及自建站点大致 capex 和维护负担。ATLAS 以单一 API、LEOP 支持和联合网络抽象竞争;KSAT 以服务深度和运营可靠性竞争;Yuxing 与中国一体化运营商对实际合同条款披露少得多。 这种差异带来两种采购效果。第一,标准化云端或 GSaaS 工作流比主权或项目式任务支持更容易发现价格。第二,真正的转换成本不是天线,而是牌照、上线、任务软件集成、数据路由、运营流程、异常响应和客户审批。AWS 称,运营商必须完成牌照和上线流程后才能使用网络。Leaf 技术文档称,自建站点还需要监管审批、运营软件、维护团队,以及自有场地或 teleports。ATLAS 和 KSAT 都强调,它们的价值在于让客户不必从零搭建新的供应商栈。 这意味着多供应商并用真实存在,但并不免费。成熟运营商可以混用供应商,组合公有云与联合网络,或把部分资产留在内部,同时外包溢出需求和 LEOP 支持。但一旦工作流、安全审批和运营习惯嵌入,任务关键项目即便没有物理排他,也会形成软锁定。Yuxing 如果成为中国项目可信的国内登记运营商,就会受益;如果买方认定更便宜、更自动化或更垂直一体化的替代方案能用更少定制支持完成同一任务,它就会受损。[CP011, CP012, CP013, CP014, CP016, CP018]

定价 / 打包对比
主体公开合同模式公开价格 / 单位信号包含能力未知项含义
Aerospace Yuxing从官方服务栈推断为项目和服务打包保留来源集没有公开价目表TT&C、在轨管理、安全、校准和设备实际定价、合同期限、折扣和利用率未公开商业质量比能力叙事更难对标。
AWS Ground Station按需或预留的天线分钟数调度只按天线时间付费;预留折扣需要 12 个月月度承诺托管天线、调度、API、向 AWS 交付数据、数字孪生、专用天线选项实际预留折扣和大客户让利未公开该组里最透明的公用事业式竞争者。
Leaf SpaceGSaaS,按使用付费 / 无承诺姿态保留页面没有精确的每分钟价目表,但公司称只为实际使用付费TT&C、载荷交付、自动化调度、部署规划、全球网络接入精确分层和企业折扣结构未公开买方想要灵活外包运营、又不愿投入重资本开支时,Leaf Space 是强挑战者。
KSAT托管外包网络和任务服务保留来源集没有公开价格表全球地面网络、TT&C、LEOP、托管基础设施、月球网络、卫星运营实际定价和 KSATlite 套餐层级未公开KSAT 拼的是服务深度,不是价格透明度。
ATLAS通过 Freedom 平台提供联合式 GSaaS保留来源集没有公开价目表单一 API、联合网络接入、LEOP 支持、分析、安全工作流客户定价、合同最低额和合作站点经济性未公开ATLAS 赢在集成抽象,而不是标价简单。
Geespace / SpaceSail捆绑连接和方案项目保留来源集没有公开的每分钟或每合同定价星座服务,加上硬件、终端以及垂直或主权服务项目单位经济性、补贴强度和伙伴收入分成未公开一体化运营商能把全栈打包,从而压低独立基础设施供应商的价格。
自建资本项目加持续运营支出S/X 频段地面站约 €400k-€500k,另有约 €7k 月维护费完整资产控制、专用工作流、本地人员和自有合规路径真实总成本取决于许可证、站址、人员配置和网络冗余对有规模的主权或安全敏感项目来说,现状选项仍然可信。

这是打包方式对比,不是标准化价格表。保留来源集能支持的最强结论是透明度差异:云牵头的 GSaaS 玩家公开了远多于 Yuxing 或中国一体化运营商的定价逻辑。

[CP011, CP012, CP013, CP014, CP018, CP019]
FP003: 护城河 / 准备度 KPI

混合运营代理指标显示,Yuxing 面对全球 GSaaS 与一体化运营商竞争对手时,承受着规模和产品打包压力。

这些 KPI 有意混用站点数、地点数、过境量和卫星数,因为本章尽调问题是竞争准备度,而不是一个归一化财务指标。

[CP001, CP007, CP015, CP018, CP022, CP027]

3.4 护城河耐久性与反向案例

Yuxing 的护城河真实但有边界。证据支撑最强的差异点,是国内任务服务宽度、对频率协调和发射许可的明确支持、云平台不容易自然复制的在轨安全与定标服务,以及能支持中国发射和卫星项目的 60 多座地面站网络。买方需要中国本地运营伙伴,而不是通用全球天线 API 时,这些优势最有价值。 反向案例来自两端。上游,全球 GSaaS 龙头持续降低摩擦:AWS 把标准地面接入商品化为云公用设施,ATLAS 把许多站点变成一个集成界面,Leaf 则专门用 TreeNet 降低对离散地面过境的依赖。下游,Geespace 和 SpaceSail 等一体化运营商可以自己拿下客户关系,打包终端和垂直应用,并借助电信运营商或政府直接合作,把 Yuxing 本可销售的服务内部化。Geespace 的全栈产品线和 SpaceSail 的巴西 Telebras 动作很重要,因为它们说明竞争不是理论上的。 底线是,Yuxing 并没有明显输在能力上,但暴露在商业模式压缩和披露不透明之下。公开材料没有展示公司的实际定价、正常运行时间指标、国际自助服务足迹,或按项目划分的收入集中度。这让公司在战略上可信,却仍比最透明的全球 GSaaS 模式更难承销。持久优势取决于 Yuxing 的国内监管适配和任务深度能否足够重要,抵消最强对手在规模、自动化和打包解决方案上的优势。[CP020, CP023, CP025, CP029, CP030, CP033]

护城河耐久性 / 竞争风险登记表
护城河主张威胁严重性证据缓释 / 尽调问题
中国本地 TT&C 和任务支持深度AWS、ATLAS 和 Leaf 持续把标准工作流抽象成 API 和托管工具中高云牵头的竞争者越来越多地销售自动化、自助调度和更容易的集成索取赢单 / 输单数据,证明国内监管适配何时压过云牵头采购的简单性。
安全、校准和在轨管理邻近能力一体化星座运营商规模起来后,可以把这些工作流留在内部Geespace 销售全栈,SpaceSail 已在海外推进主权端到端服务项目索取客户证据,证明星座成熟后第三方仍会外包这些功能。
已安装的国内基础设施对大型主权项目来说,自建这一现状选项仍然可信建站昂贵又麻烦,但部分买方仍看重直接控制要求管理层提供站点利用率、续约率,以及外包胜过自建的案例。
任务保障声誉KSAT 和 SSC 等全球标杆公开运营深度更长、披露的全球覆盖更广中高KSAT 披露 280+ 副天线和 150+ 家 KSATlite 运营商;SSC 宣传其拥有全球最大网络之一索取 Yuxing 的独立正常运行时间、异常响应和 SLA 指标。
项目式方案广度即便能力栈很宽,定价不透明也可能掩盖糟糕经济性AWS 和 Leaf 公开的定价逻辑远多于 Yuxing索取样本合同、定价阶梯,以及按任务类型拆分的服务毛利率数据。
地面网络不可或缺性常久在线网状 / 中继概念可能降低对独立站点过境窗口的依赖Leaf 明确把 TreeNet 包装为能减少对有限地面过境窗口的依赖;AWS 数字孪生和自动化也在压缩传统工作流价值建模拆分 Yuxing 哪些收入流依赖过境窗口稀缺性,哪些依赖更深的任务服务专业能力。

严重性反映未来 24–36 个月内,这些风险可能如何影响 Yuxing 保持差异化定价或战略相关性的能力。

[CP020, CP023, CP025, CP036, CP039, CP040]

3.5 图表

Chapter 04

04财务

4.1 收入流与实际变现内容

Aerospace Yuxing 既不是纯软件公司,也不是纯硬件公司,所以公开收入模型只能从它披露的服务栈反推。官方页面显示,至少有四类可变现项目:发射和入轨早期测控支持、长期在轨管理、遥感定标和载荷数据服务,以及地面系统或通信设备等产品销售。这个组合重要,因为它意味着收入确认节奏不同。入轨早期和发射支持按事件驱动。长期航天器运营可能具备经常性,但仍然与任务绑定且运营强度高。定标和安全服务看起来专业化且潜在价值更高,但公开定价缺失。设备和软件产品销售可能放大客单价,也可能把公司拉向利润率更低的项目经济性。 最强公开牵引信号方向积极,但口径杂乱。官方简介称,公司已服务 370 多颗卫星和火箭。一篇 2026 年 6 月腾讯 / IPO 文章称数量为 674 颗付费卫星和火箭。界面报道,公司已为 500 多颗卫星和火箭提供付费服务,且服务量连续四年翻倍。这些数字都指向同一方向——Yuxing 不是未收入公司——但在缺少客户结构、合同金额和持续期的情况下,它们不能直接换算成收入。 实际结论是,Yuxing 很可能变现的是一组任务关键型服务,加上选择性产品收入。这比依赖一条很薄的服务线更好,但也意味着 ARR 倍数思维或简单席位定价这类经典 SaaS 捷径并不适用。正确框架应是服务结构、利用率,以及卫星离开发射阶段后仍会续约的收入占比。[CI001, CI002, CI003, CI004, CI005, CI006]

收入流表
收入流机制单位当前价值 / 状态质量尽调问题
发射 / 早期轨道 TT&C为火箭发射和早期轨道运行提供按任务计的支持每项任务 / 支持窗口官方披露为核心服务;无公开定价潜在价值高,但呈事件性索取按任务类型拆分的平均合同价值、发射节奏和毛利率。
长期在轨管理持续规划、数据处理、轨道保持、问题诊断、星座支持每颗卫星 / 每个星座 / 定期合同官方已披露;经常性模式可信,但未量化最可能形成经常性收入索取续约率、平均合同期限和每卫星月度定价。
安全和碰撞 / 空间态势支持在轨安全管理、预警和相关支持每颗卫星 / 风险服务合同官方已披露;无公开量或价格数据如果能力稀缺,可能差异化且毛利更高索取服务附加率和独立定价。
遥感校准 / 载荷数据服务校准场使用和载荷数据支持每次项目 / 每颗卫星 / 数据服务官方已披露;无公开量或价格数据专业服务,重复节奏不清楚索取平均项目价值和重复频次。
地面系统 / 通信产品地面站、基带、通信产品、软件系统每项产品 / 项目交付产品族已公开披露;无公开收入拆分可抬高客单价,但可能稀释毛利质量索取硬件、软件和服务的收入组合。
工程 / 许可 / 集成支持频率协调、发射许可、集成和咨询支持每个项目官方定位中可见,但没有公开商业化细节对进入市场和粘性很重要索取其与运营合同的附加率,以及平均销售周期长度。

这张表反映公开材料里可见的可变现活动,不是报告分部收入。实际合同中,若干行可能被打包在一起。

[CI001, CI002, CI003, CI004, CI024, CI040]
定价 / 变现表
主体 / 参考价格 / 合同模式标价与实际信号包含能力未知项含义
Aerospace Yuxing无公开价目表;可能是项目加服务的组合实际定价未知任务运营、校准、安全、产品、集成价格阶梯、折扣、SLA 和计费节奏未公开无法自下而上重构公开经济性。
AWS Ground Station按分钟按需或预留调度标价逻辑公开;实际企业让利不公开天线接入、API、许可工作流、数字孪生、数据交付大客户折扣和利用率经济性不公开可作为商品化工作流的有用上限。
Leaf Space按使用付费 / 无承诺的 GSaaS 姿态标价思路公开;精确企业层级不公开全球网络接入、TT&C、载荷交付、部署规划精确分钟价和高级支持定价不公开说明部分任务可以像购买公用事业容量一样购买地面接入。
KSAT / ATLAS托管网络服务和联合集成保留来源集中未公开实际定价LEOP、任务支持、安全集成、广泛网络接入合同最低额和 SLA 定价不公开任务保障型竞争者在价格上仍主要靠台面下谈判竞争。
自建参照资本开支加维护和许可Leaf 文档公开的建站参照值自有天线、本地人员、软件和站址控制真实总成本随国家和任务设计而变外包的最佳替代方案昂贵,但真实存在。
一体化运营商参照(Geespace)服务 + 硬件 + 垂直方案捆绑模式无公开定价星座服务,加芯片、模块、天线、终端收入分成和补贴结构未知捆绑可能从价格和范围两端挤压独立基础设施提供商。

这里把可比公司定价作为市场参照,因为 Yuxing 本身没有发布合同条款。

[CI003, CI018, CI019, CI020, CI021, CI022]
FI001: 收入模型桥

公开证据显示,Yuxing 将任务活动转化为收入,靠的是发射支持、持续运营、专项服务和产品交付的组合,而不是单一纯订阅模式。

这个流程是程序性而非概率性。公开来源未披露转化率、附加率或各收入流利润率。

[CI001, CI002, CI004, CI024, CI026, CI040]

4.2 成本结构与单位经济代理指标

最好的单位经济性证据是间接的,但仍有信息量。界面明确把商业航天 TT&C 描述为重资产、长周期业务,需要持续投入地面站基础设施、RF 系统、天线、基带设备、站点运营,以及国内外合规。AWS FAQ 从买方侧给出同样结构性判断:传统上,运营商需要大量资本投入来建设地面站和运营中心,而托管服务平台正是在管理这部分成本负担。Leaf 技术文档给出了其中一块负担的粗略数字:一套典型 S/X 波段天线成本约 €400k-€500k,另需每月约 €7k 维护费。 这些代理指标说明,Yuxing 的毛利率对站点利用率、网络组合和标准化程度高度敏感。一个需要专门人员、短时突发使用的发射支持合同,与一个复用既有基础设施的多年在轨管理合同,经济性完全不同。公司自己的产品页还暗示,部分合同可能包含设备销售、软件和一体化数据服务,这同样让利润率质量取决于组合,而不是某一个统一服务 SKU。 公开竞争者进一步凸显这一点。AWS 披露按分钟排程、牌照流程和取消规则;Leaf 则营销无承诺使用和共享网络容量扩张。这些公用设施式模型为标准化任务设置了外部价格上限。任务带有监管属性、安全关键性,或深度嵌入中国发射与卫星工作流时,Yuxing 大概率能守住更好经济性。但在没有利用率、续约和产品 / 服务组合披露前,当前利润率路径仍是尽调问题,而不是可报告事实。[CI012, CI017, CI018, CI019, CI020, CI021]

单位经济性表
指标价值 / 状态置信度为何重要尽调问题
地面站资本开支参照值每副 S/X 频段天线 €400k-€500k,加约 €7k 月维护费为基础设施强度提供外部下限索取 Yuxing 按频段和站点类型拆分的建站成本。
许可周期AWS 示例中,视司法辖区为 45 天到 9+ 个月审批周期长,会拖慢收入转化和营运资本回收索取 Yuxing 国内和海外站点的平均许可周期。
付费任务数官方 370 / Jiemian 500+ / Tencent 文章 674中低显示真实商业活动,但无法干净转换为收入按年份、卫星和收入核对付费任务数。
产品自研率36Kr 称关键产品 >90%如果准确,可能改善成本控制和毛利率索取 BOM、制造良率和实际产品毛利率。
站点利用率未公开利用率很可能是最重要的单一毛利驱动因素索取按站点、频段和服务线拆分的利用率。
收入留存 / 续约未公开需要用它区分事件性的发射支持和经常性运营收入索取分群续约和发射阶段后的附加率。

这张表有意混合已观察到的外部代理值和空白项。空白项是核心尽调阻碍,不是遗漏。

[CI008, CI009, CI010, CI011, CI012, CI017]
FI002: 单位经济性桥

外部代理指标显示,Yuxing 的经济性先受基础设施强度、审批和利用率约束,之后经常性收入才可能转化为利润率。

公开来源提供了基础设施成本和许可代理指标,但没有 Yuxing 的实际人工、折旧或利用率数据。

[CI017, CI018, CI019, CI020, CI025, CI033]

4.3 资本充足性与融资依赖

资本故事远比损益表更可见。多家 2026 年 6 月来源显示,Yuxing 在一轮私人融资激增后,由国泰海通辅导进入 IPO 准备。最干净的共同事实是,公司于 2026-05-28 签署辅导协议,并于 2026-06-05 完成辅导备案。除此之外,公开数字开始分叉。一篇 2026 年 6 月腾讯文章称累计融资超过 20 亿元人民币,并把公司放在 60 亿至 70 亿元人民币独角兽区间。另一篇腾讯 / IPO 文章称累计融资超过 10 亿元人民币。新浪和腾讯对 6 月 D / D+ / D++ 序列的报道称,最新融资包本身接近 20 亿元人民币;网易则称 D+ 阶段把公司推入 100 亿元人民币独角兽区间。 正确解读不是某一个来源一定为真、其他一定为假,而是 Yuxing 明确处在后期阶段,同时公开口径仍不一致。方向毫不含糊:公司具备足够规模、投资人支持和被市场感知的战略价值,足以推进公开市场准备。精确总额、当前估值,以及资产负债表可用资本,在没有一手文件前仍未解决。 关于充足性,仍可给出结构性判断。Yuxing 面向一个需要基础设施、合规和工程纵深的业务销售。它自己的网络野心、产品开发和国际站点足迹都意味着持续现金需求。IPO 辅导因此不像可选品牌动作,更像一家试图为基础设施扩张和技术开发融资、又不想永远依赖私人轮次的公司所走的合理步骤。但由于没有公开现金、烧钱、债务或 runway 数字,资本充足性只能是战略推断,不是审计结论。[CI005, CI006, CI007, CI013, CI014, CI015]

资本充足性表
项目公开信号置信度为何重要尽调追问
累计融资额公开口径不一致:>RMB 1bn、>RMB 2bn、最近一轮接近 RMB 2bn 的说法均出现中偏低融资历史可信,但可用资金到底有多少,决定现金续航核对扣除老股流动性后的一级市场累计融资额。
最新融资周期2025 年 C+ 轮 RMB 430m;2026 年 6 月 D / D+ / D++ 轮接近 RMB 2bn说明近期融资通道顺畅,也有扩张意图索取各轮日期、交割金额、工具类型和投资人权利。
公开估值锚一个来源为 RMB 6-7bn,另一个来源为 RMB 10bn低到中估值直接影响 IPO 叙事和下行情景索取当前股权结构和最新轮投后估值。
IPO 辅导状态多篇 2026 年 6 月报道称,协议于 2026-05-28 签署;2026-06-05 完成备案意味着公开市场融资路径已经启动取得实际辅导备案文件及后续进展报告。
现金 / 债务 / 续航未公开披露缺少这些信息,无法判断核心资金是否够用索取最新资产负债表、债务明细和月度现金消耗。
资金用途披露暗示用于网络扩张、产品和研发;但未正式披露低到中决定新增资本是在加深护城河,还是只是在维持运营索取董事会批准的资本计划和测控站建设路线图。

历史融资脉络放在公司概览;本表只看未来资金是否够用,以及支撑商业模式所需的资本形成能力。

[CI005, CI006, CI007, CI013, CI014, CI015]
FI003: 财务估计区间

保留的公开材料在资本市场代理指标上最强,在收入或盈利能力上较弱。这张图保留这些公开区间,而不是强行给出虚假精度。

所有行均以人民币十亿元计。中点不是报道数字;它们是中性桥接值,用来保留相互冲突的公开边界。

[CI006, CI007, CI013, CI014, CI034, CI035]
FI004: 资本强度 / 现金流图

公开证据意味着,新资本先被网络扩张、产品研发、合规和任务交付能力吃掉,之后才可能转化为可持续自由现金流。

这张图展示商业模式和公开资本市场活动所暗示的可能资金用途逻辑。公开来源未披露正式募集资金用途预算。

[CI015, CI017, CI027, CI028, CI029, CI036]

4.4 财务结论与承销阻断点

财务结论是双面的。积极一面,Yuxing 有足够公开商业现实信号,能避开深科技常见的未收入陷阱:宽服务栈、数百次付费任务说法、持续融资,以及可信的 IPO 准备流程。公司似乎还销售到任务关键型工作流中,价格不是唯一变量,这可以支撑比裸商品接入业务更好的经济性。 消极一面,投资人通常用来承销质量的几乎所有指标都缺失。没有公开收入、ARR、毛利率、EBITDA、现金余额、月度烧钱、债务栈、客户集中度、合同期限或站点利用率披露。公开融资总额和任务数量指标本身也在不同来源之间不一致。甚至官方备案路径也只从保留抓取集里部分可见,因为电子披露平台在抓取时阻断了直接访问。 因此,纪律性结论是:Aerospace Yuxing 看起来可融资且具备战略价值,但仅凭公开信息,目前无法按经济性承销。正确尽调路径是在判断收入质量、利润率轨迹或现金充足性前,拿到管理账、合同 cohort、利用率和 SLA 数据,以及实际 IPO 辅导材料。[CI011, CI023, CI032, CI034, CI035, CI036]

公开财务缺口表
缺失的私营指标影响当前公开替代指标为何替代指标不够准确尽调路径
按服务线拆分收入无法判断收入模型是持续性复购,还是项目制为主官方服务和产品清单清单说明能卖什么,不说明实际卖了什么获取管理口径按业务流拆分的损益表,以及前 20 大合同。
按业务流拆分毛利率无法判断经营杠杆或定价权外部测控站成本替代指标与产品自研表述替代指标看不出实际服务人力或站点成本索取按业务流和代表性合同拆分的毛利率瀑布。
手头现金和续航无法判断融资依赖或下行风险IPO 辅导和反复融资融资历史不等于现金可用性索取最新现金余额、债务和 12 个月现金桥。
客户集中度无法判断续约和议价风险任务数量说法和合作伙伴名单数量和客户标识看不出收入集中度索取头部客户收入占比和流失率。
测控站利用率无法推断毛利敏感性或资本开支效率公开测控站数量说法只有测控站数量、没有占用率,几乎看不出经济性索取按站点、频段和时间段拆分的利用率。
官方备案细节无法用一手文件完整核对 IPO 状态或资本市场路径二手报道,加上 EID 平台抓取受阻二手报道不是备案文件从监管系统或管理层取得公司专项辅导备案和进展报告。

这些是挡住真正承销判断的具体缺失数字,应在尽调中直接追问,不应靠营销材料估算。

[CI023, CI032, CI033, CI036, CI037, CI038]

4.5 图表

Chapter 05

05产品与技术

5.1 产品定义与模块地图

Aerospace Yuxing 的产品定义不止一个卫星地面站产品。官方材料呈现的是一套分层栈:地面系统、通信系统、软件系统、全生命周期 TT&C 服务、长期在轨管理、安全与碰撞服务,以及面向光学、SAR 和激光测高任务的商业定标场。放到客户工作流里,公司想从发射支持到日常运行拿下任务控制层,并把部分硬件和软件产品嵌进这条流程。 硬件侧包括一体化 TT&C 基带、高速数据接收基带、X 频段转发器和多频段地面站资产。在中国民营空间基础设施公司中,Yuxing 对软件披露得少见地细:自有页面列出定轨、姿态控制、任务规划、遥测处理、遥控管理、地面站控制、3D 可视化和数字孪生系统。服务侧再把这些模块包成客户结果,包括发射支持、星座管理、定标和空间安全运营。 这套分层结构重要,因为它解释了公司的差异化,也解释了复杂度。Yuxing 不是只卖一个站或一套软件控制台,而是在打包一套运营架构。粘性因此更强,模块成熟度也会拉开差距。传统任务运营栈的产品化和外场验证,明显强于最新的在轨服务分支。[CE001, CE002, CE003, CE008, CE009, CE010]

产品模块 / 资产矩阵
模块 / 资产用户状态 / 成熟度差异化尽调缺口
任务控制软件平台卫星运营方和任务控制团队已部署 / 持续迭代云原生微服务、任务规划、遥测、遥控、轨道、测控站、可视化、数字孪生未公开在线率或按模块拆分的客户采用指标。
地面系统组合需要 TT&C 和数据接收的运营方已部署S/X/Ka 多频段测控站和嵌入服务流程的地面产品未公开物料清单(BOM)、测控站利用率或按硬件类型拆分的装机量。
通信硬件卫星和航天客户已部署 / 参数已披露软件无线电一体化基带、高速基带、X 波段转发器商业出货量和在役故障率未公开。
中卫定标场EO 卫星运营方和数据用户运营中资产中国首个商业综合定标 / 验证固定场未按子系统公开收入或客户数。
安全 / 碰撞 / 离轨服务在轨卫星运营方运营中服务层每日碰撞评估、健康预测、离轨选项未公开规避成功或告警精度历史。
Yuxing-3 06 机械臂服务分支未来服务 / 加注 / 碎片客户演示阶段柔性连续体机械臂,支持人在回路和自主模式未公开商业化路线图、合同管线或实际推进剂转移证明。

各行映射公开来源中可见的真实模块集合。各模块成熟度差异很大,不应压成一个技术评分。

[CE001, CE002, CE011, CE018, CE019, CE029]
FE001: 产品架构图

Yuxing 的产品是一套栈:任务软件、地面硬件、服务工作流和专项基础设施,而不是孤立 SKU。

这套栈混合产品、软件和服务资产,因为 Yuxing 正是这样公开呈现平台。

[CE001, CE002, CE003, CE008, CE011, CE018]

5.2 架构、运营模式和客户工作流

保留下来的材料中,官方软件页面对架构披露最清楚。Yuxing 称控制平台采用浏览器 / 服务器架构,前端用 Vue,后端用 Java,以微服务、云服务器、云存储和 Kubernetes 容器化运行,并支持高可用、弹性扩展、负载均衡和备份。按功能拆,栈内包括管理层、任务规划、遥测处理、遥控管理、轨道管理、地面站管理、数据中继、可视化和站网数字孪生系统。这更像现代 Web 运营架构,而不是纯本地控制台。 工作流含义很直接。轨道数据和任务规则进入任务规划,再驱动遥测、遥控和站控。地面站管理负责自动化和设备接入。数据中继在地面站、软件和用户之间搬运流量。可视化和数字孪生提供态势感知。安全与离轨服务横跨整套栈,使用每日碰撞计算、健康预测和控制逻辑。Yuxing 能同时卖任务支持服务和产品模块,实际原因就在这里:产品本质上是更大运营闭环里的部件。 客户使用场景也更偏运营,而不是面向消费者。运营方找 Yuxing,是为了发射支持、卫星控制、载荷数据落地、定标,以及安全或寿命末期服务。技术的价值体现在减少人工操作、缩短响应时间,或跑通复杂轨道控制、近实时人在环操作等能力。这个客户工作流视角,也把传统栈和新的在轨服务分支连了起来。[CE003, CE004, CE005, CE006, CE007, CE018]

工作流 / 用例表
用户任务当前工作流公司方案可衡量收益限制
发射与早期轨道控制围绕发射窗口协调过境、遥测、遥控和任务流程全生命周期 TT&C,加上任务规划和测控站控制从发射到长期运营的连续性公开定价和 SLA 细节缺失。
常规卫星运营跟踪轨道、处理遥测、发送指令、排任务轨道、遥测、遥控、任务规划和测控站管理软件自动化、数据集成和更快的操作员响应未公开与成熟全球运营商的对标。
高分辨率 EO 载荷数据落地接收高速下行并把数据交付给用户高速基带、地面站和数据中继栈4.2Gbps X 波段测试验证高速接收能力规模化商业吞吐量未公开量化。
定标与定量 EO 验证用固定资产和子系统验证光学、SAR 和激光产品中卫综合定标场具体精度指标和自动无人值守设计收入模型和客户利用率未披露。
在轨安全与寿命末期运营监控碰撞风险、管理健康状态、规划处置或离轨安全管理、健康预测和多种离轨控制选项每日碰撞评估和离轨服务选项未公开第三方安全绩效审计。
未来在轨服务围绕非合作目标模拟加注、对接和操作柔性机械臂,支持自主和遥操作模式四种关键模式和低时延天地协同已有验证仍处演示阶段,未公开实际推进剂转移。

本表按客户任务而不是功能目录来写,因为 Yuxing 的产品嵌在运营工作流里。

[CE003, CE006, CE016, CE019, CE020, CE021]
技术 / 运营架构表
层 / 组件作用依赖风险
管理和网关服务身份、权限、请求转发、基础数据用户 / 卫星 / 测控站元数据与网关层公开安全架构只是描述,未见审计。
任务规划系统用规则和遗传算法调度测控站、卫星和任务精准轨道和测控站数据规划质量和冲突处理未获独立基准测试。
遥测处理解码、存储、展示遥测,并触发告警时间序列数据库、卫星接口、操作员 UI处理规模和容错能力未公开量化。
遥控管理准备并注入直接 / 间接 / 参数化指令任务流程、卫星配置、上行链路指令保障指标未公开。
轨道管理预测、控制、交会风险、特殊事件计算轨道模型、推进假设、外部编目真实复杂轨控履历披露不完整。
地面站管理和数据中继自动化设备、远程控制,并在用户与资产之间传输数据协议、天线 / 基带 / 信道单元接口、基于 Netty 的中继大规模网络可靠性和时延指标未公开。

运营模型明显模块化且现代,但公开证据更能证明功能覆盖,对外部验证的可靠性证明较弱。

[CE003, CE004, CE005, CE006, CE007, CE031]
FE002: 客户工作流 / 运营流程

Aerospace Yuxing 嵌在运营商从规划到指令、数据落地、监控和过境后分析的工作流中。

该工作流基于公司披露的软件模块和服务描述,而不是内部架构图。

[CE003, CE004, CE005, CE006, CE031, CE032]
FE003: 关键依赖图

关键产品依赖横跨地面站、云原生软件运营、轨道数据、外部目录,以及合作伙伴开发的在轨服务载荷。

该 DAG 突出官方与独立来源集中反复出现的依赖,而不是列出每一个子系统依赖。

[CE003, CE006, CE011, CE012, CE020, CE023]

5.3 部署、可靠性、支持和路线图

公开部署证据最强的有三块。第一是成熟地面运营:公司称其软件经过多年任务实践,能快速接入不同卫星和地面设备。第二是中卫遥感定标场,看起来是一项真实固定资产,并披露了量化子系统和性能阈值。第三是 2026 年 Yuxing-3 06 / Xiyuan-0 机械臂任务,它给公司提供了具体的空间服务技术演示,而不是停在路演材料里的愿景。 机械臂证据有实质内容,但要谨慎解读。多篇 2026 年报道一致称,Yuxing-3 06 完成了四类关键测试模式:自主模拟加注、人在环遥操作、视觉伺服对接和力控操作。独立报道还提到一项增阻离轨实验,以及借助 Yuxing 地面基础设施做低时延人在环服务的计划。但同一批报道也明确说,加注是模拟的,尚未确认实际推进剂转移。因此,该技术仍处在演示和验证阶段,还没有进入规模化商业服务。 路线图证据因此不对称。地面软件和站网栈看起来已经迭代并部署。定标资产看起来已投入运营。在轨服务分支有前景,也有差异化,但公开资料还没看到已签约的商业路线图、重复任务管线,或从演示走向收入的时间表。诚实的产品判断必须把这些阶段分开。[CE011, CE012, CE013, CE014, CE015, CE016]

路线图 / 发布 / 开发阶段表
日期 / 阶段功能 / 里程碑状态含义来源
2026 年前已部署栈任务控制软件迭代和多系统架构已运营 / 持续迭代地面栈看起来已成熟到可支持多类任务和快速集成官方软件页
2025 年 C+ 轮背景关键产品 >90% 自研36Kr 报道如果属实,说明内部产品控制和成本优势较强36Kr
2026-03-16 发射Yuxing-3 06 / Xiyuan-0 机械臂技术演示任务入轨已完成将在轨服务从概念推进到太空演示SpaceNews / CCTV / IE
2026-03-25 信息披露周期四种机械臂模式通过验证演示完成显示实质技术进展,但加注仍处模拟阶段SpaceNews / CCTV / Universe
2026-07-17 测试中卫 13m 站完成 X 波段 4.2Gbps 超高速传输测试测试完成进一步证明地面栈可支持高速 EO 下行Taibo
前瞻路线图借助 Yuxing 地面网络实现人在回路闭环服务演示报道支撑概念长期差异化值得看,但未公开商业时间表SpaceNews / 独立报道

路线图最强处在公司能拿地面软件和测控站能力举证;最弱处在需要展示可重复的商业在轨服务任务。

[CE016, CE017, CE019, CE020, CE021, CE025]
FE004: 产品成熟度 / 能力图

地面运营栈能力成熟度高,定标和安全服务中高,在轨服务商业化仍处早期。

成熟度标签反映保留来源集中的证据水平,而不是正式 TRL 声明。

[CE011, CE016, CE019, CE021, CE029, CE030]

5.4 差异化、信任和质量控制

Yuxing 最能守住的技术差异化,不是某个奇特载荷,而是自研任务软件、多频段地面与通信产品、定标基础设施,以及安全 / 轨道控制服务的组合。36Kr 还给了一个重要的经济-技术线索:关键产品自研比例超过 90%。这支撑了一个判断:Yuxing 在积累系统级能力,而不是只把第三方盒子集成到一起。与 Jingji Communication 完成的 4.2Gbps X 频段测试也重要,因为它是一个具体证据,说明公司的地面资产能承载超高码率遥感下行。 信任和质量控制可见,但不完整。官方页面提到权限与网关控制、数据备份、实时监控、碰撞风险计算,以及自动化或无人值守运行。定标场披露的测量精度少见地具体。机械臂报道也比许多中国商业航天演示给出更多运营细节。可是,公开材料缺少第三方 可用性指标、正式认证或已发布的可靠性 SLA,外部投资人无法据此把这套栈和成熟全球运营商做基准比较。 结论是,技术画像可信但不均衡。Yuxing 最强的定位,是中国任务运营和基础设施平台,并叠加定标与安全能力。它在尝试在轨服务上确有创新。但最新分支还没被证明是一组商业产品,公开信任控制也更多是描述性披露,而非独立审计结果。[CE016, CE017, CE031, CE032, CE033, CE034]

信任 / 质量 / 合规表
控制 / 质量指标状态范围缺口
权限和网关安全官方已披露管理系统和网关服务未公开第三方安全认证。
数据备份和可恢复性官方已披露云原生软件栈未公开 RPO / RTO 或事故历史。
碰撞预警计算官方已披露受管卫星和交会风险评估未公开误报 / 漏报统计。
定标准确度指标已具体披露光学、SAR 和激光测高子系统未公开按子系统拆分的外部验证审计或客户背书。
自主 / 无人值守运行官方已披露定标场和测控站管理概念未发布在线率或节省人力基准。
机械臂技术透明度通过多篇 2026 年报道部分披露演示任务设计和测试模式未公开商业认证或任务就绪框架。

保留下来的公开材料对内部机制写得很细,但外部认证证据相对薄。

[CE011, CE012, CE013, CE014, CE015, CE020]

5.5 图表

Chapter 06

06客户

6.1 客户细分和购买中心

Aerospace Yuxing 面向的不是一个单一客户池。官方服务页面至少显示四类不同客户任务:需要发射阶段 TT&C 覆盖的发射服务商;需要入轨初期和日常在轨管理的卫星运营商;需要载荷数据接收和定标的遥感运营商;以及需要安全、碰撞预警、轨道控制或寿命末期支持的运营方。实际使用者可能是任务运营团队,买方则可能是发射商、卫星所有者、星座项目或有关联的政府背景运营方。因此,真正的销售界面围绕工作流,而不是围绕产品。 公开记录还显示,Yuxing 通常从任务中最早且运营最关键的节点切入:发射和首次捕获。官方材料强调,国内外站点提供全程发射 TT&C 覆盖,入轨初期多站中继,并在分离后立即注入指令。这个支点一旦建立,公司就能扩展到日常过站、轨道控制、载荷下行、定标和安全服务。这是一条合理的基础设施先落地再扩张路径,因为发射或入轨初期的第一次运营失败,对客户的代价远高于后续工作流摩擦。 不透明的是这些任务背后的真实付款方组合。保留下来的来源证明了具名商业关系和重复发射支持,但没有披露发射商、星座运营商、政府关联任务、海外客户或一次性工程项目之间的比例。投资人因此应把本章读作真实采用的证据,而不是多元化经常性收入的证据。[CU001, CU002, CU003, CU004, CU005, CU006]

客户分层表
客群买方 / 用户 / 付费方用例规模收入 / 战略价值缺口
发射服务商买方:火箭任务团队;用户:发射运营;付费方:发射公司或任务主承包方发射 TT&C、分离确认、首次捕获、指令注入已点名:Galactic Energy;2025 年 Taibo 还提到 Ceres-1、Lijian-1、Gravity-1 项目火箭高频发射时复购潜力高;也是后续交叉销售的最佳切口未披露合同金额、单次发射定价或头部发射商集中度。
商业 EO 卫星运营方 / 星座买方:星座运营方;用户:飞控和载荷团队早期轨道、常规运营、高速下行、数据中继已点名:PIESAT Nuwa 和 21AT Beijing-3C带来多过境、多年的运营工作量,也加深工作流锁定除少数案例外,未公开分客群 ARR 或卫星运营方名单。
遥感定标用户买方:EO 运营方或数据拥有方;用户:定标 / 下游分析团队光学、SAR 和激光测高定标 / 验证官方定位服务光学、SAR 和激光测高卫星叠在网络资产上的高价值专业服务未公开点名付费定标客户。
在轨安全和轨控用户买方:卫星所有者;用户:运营和安全团队碰撞预警、轨道预测、机动支持、离轨规划官方服务目录证明产品存在,但点名客户很少发射和常规运营落地后,可提高粘性未按客户公开成功率、告警质量或续约指标。
未来服务 / 碎片客户买方:卫星所有者或任务赞助方;用户:服务任务团队潜在机械臂、加注、碎片和特殊作业支持尚无公开客户合同如果演示阶段技术商业化,可能打开新的高端服务线保留公开材料中仍处商业化前。

客群图谱跟随官方材料和公开点名案例中的运营工作流,而不是法人客户名单。

[CU001, CU002, CU003, CU004, CU005, CU006]
FU001: 客户旅程图

Yuxing 通常从最关键的任务运营点切入——发射和首次捕获——再扩展到日常运营、载荷工作流和安全服务。

这张旅程图反映服务页面和具名案例所暗示的运营顺序,而不是披露的 CRM 漏斗。

[CU001, CU002, CU003, CU015, CU025]

6.2 具名部署和生产级证据

最重要的客户证据不是客户标识墙,而是一小组具名任务;这些任务显然需要生产级运营支持。Yuxing 在官网称,它从 Galactic Energy Ceres-1 系列首飞 Y1 到 Y9 提供了全流程 TT&C 服务。对基础设施提供商来说,这是一条少见的强重复使用证据,因为它跨越多年、多次任务,而不是单个营销案例。另一些 Galactic Energy 发射页面显示,该火箭家族本身在 2025 年继续扩张;2026 年 China Daily 和 Global Times 报道也显示 Ceres-1 仍在规律发射。 第二个清晰证据点是 PIESAT 的 Nuwa 星座。Yuxing 自有网站称,它在 2023 年 3 月 Nuwa 首批四星发射中担任 TT&C 总体单位,并与 Xi'an Huanyu、Guoke Hualu 协作,保障高速率数据接收。PIESAT 自有网站和多篇 Xinhua 转发报道确认,首批 PIESAT-1 是面向商业数据服务的四星商业遥感编队;公司后来在 2024 年底又用第二批四星扩展了星座。 第三个具名案例是 Beijing-3C。Yuxing 称,它为 2024 年 5 月发射的四颗卫星全部提供 TT&C,并使用中卫、勐腊、三亚和东南亚站点接收遥测、注入指令。政府、People's Daily 和 SpaceNews 的报道独立确认了这次四星发射,并将客户侧运营方识别为 21AT。合起来看,这些案例证明 Yuxing 不只是卖组件;在一旦失败就会暴露且代价高昂的实况发射和在轨工作流中,客户愿意信任它。[CU007, CU008, CU009, CU010, CU011, CU012]

客户增长 / 采用轨迹表
指标数值日期来源置信度含义缺失分母
服务过的卫星 / 火箭>3702026 年网站快照官网介绍页基础证据表明,在 IPO 准备加速前,网络已处理数百次任务。未拆分付费 / 非付费、发射 / 卫星、国内 / 国外。
付费星箭服务>5002026-06-08 媒体报道Tencent / Jiemian IPO 辅导报道说明相比旧官网指标,公开任务数量已经明显上升。>370 与 >500 之间缺少经审计桥表。
已服务的付费卫星 / 火箭6742026-06-07 媒体报道Tencent / IPO早知道目前最强的公开规模信号,也印证活跃客户基数较大。没有披露去重客户数,也没有复购与新客结构。
网络内地面站60+2026-06-07 媒体报道和官方介绍Tencent / IPO早知道 + 官方介绍支撑其并行服务多个客户和多类任务的能力。没有披露利用率、占用率或单站收入。
2025 年火箭发射测控任务102026-01-04Taibo显示单年发射方业务仍有持续吞吐。没有按火箭家族拆分的精确客户结构。
2025 年卫星飞控任务472026-01-04Taibo说明采用场景已从发射日服务延伸到在轨工作。没有定义任务口径、过境次数或持续合同期限。
商业发射测控付费服务市场覆盖率92.8%2026-01-04Taibo意味着在国内民营发射客户中的渗透率较强。没有披露市场分母或独立审计方法。

公开规模信号方向一致,但口径没有完全对齐。它们说明势头,不等于经审计的客户队列报告。

[CU007, CU008, CU009, CU010, CU026]
具名客户证据表
客户细分市场部署 / 使用场景生产化 / 试点结果局限
Galactic Energy / Ceres-1发射服务商自 2020 年起为 Ceres-1 Y1-Y9 提供全流程 TT&C;客户侧来源显示 2025-2026 年发射节奏仍在延续。生产化 / 重复使用这是同一客户系列多年重复委派的最强公开证据。合同金额、独家条款和续约经济性均未公开。
PIESAT / Nuwa 星座商业 EO 星座运营商Yuxing 称其担任首次 Nuwa 四星发射的 TT&C 总体单位,并支持高速数据接收。生产化任务将 Yuxing 与一个真实商业遥感星座关联起来,后续运营方也继续扩容。后续 Nuwa 批次发射已有公开信息,但并非每个后续批次都公开指向 Yuxing。
21AT / Beijing-3C 星座商业 EO 卫星运营商Yuxing 称其为 2024 年 5 月发射的四颗 Beijing-3C 卫星提供 TT&C 和指令支持。生产化任务说明一个具名 EO 运营商在真实四星发射和早期在轨流程中信任 Yuxing。尚无公开证据证明来自 21AT 的发射后长期收入或重复授标。

这是公开证据底线,不是完整客户名单。每行至少由两个留存来源支持,但具名客户总名单仍偏短。

[CU011, CU016, CU021]
FU002: 采用 / 部署漏斗

公开证据很快从具名任务证明收窄到真正的耐久性披露:部署证明不错,经济留存证明缺失。

该漏斗统计公开证明面,而不是总客户数。它用于显示证据质量在哪里下滑,而不是估计销售转化率。

[CU011, CU016, CU021, CU027, CU028]
FU003: 客户证明矩阵

三个具名案例都真实存在,但它们在重复使用、下游经济性和长期合同深度的披露程度上不同。

单元格是定性判断,依据是保留来源集是否具名客户、描述任务成果、显示重复使用,并披露经济耐久性。

[CU011, CU016, CU021, CU029, CU034]

6.3 重复使用和耐久性信号

耐久性是证据质量下降的地方。公开来源证明了规模和重复运营使用,但没有披露典型软件式留存指标,例如 NRR、GRR、续约率、平均合同期限或客户满意度分数。最好的可见耐久性代理,是重复任务分配。Galactic Energy 是最干净的例子,因为 Yuxing 声称双方关系从 Ceres-1 Y1 延续到 Y9。更宽的公司规模指标也暗示持续复用:Yuxing 的公开标尺从服务 370 多颗星箭,移动到 500 多次付费星箭服务,再到 2026 年中期 674 颗付费星箭。 Taibo 2026 年 1 月报道补充了有用的运营质感。报道称,Yuxing 在 2025 年完成 Ceres-1、Lijian-1 和 Gravity-1 发射控制任务,全年执行 10 次火箭发射控制任务和 47 次卫星飞控任务,并声称商业发射控制付费服务市场覆盖率为 92.8%。即便部分翻译后的指标显得别扭、需要谨慎处理,信息方向是一致的:客户不是用一次网络就消失。 不过,重复使用不等于耐久经济性。保留下来的材料没有显示多少客户续约、单一发射商或星座贡献多少收入、多少工作是一次性咨询而非经常性运营,也没有说明「全球用户」这类笼统表述之外是否存在海外客户。因此,客户章节在采用证据上扎实,但在客户质量上仍不完整。[CU009, CU010, CU012, CU014, CU024, CU026]

留存 / 重复使用 / 满意度表
指标数值 / 空值细分市场置信度尽调问题
发射客户重复合作关系官方案例页上的 Ceres-1 Y1-Y9发射服务商索取发射商层面的续约或首选供应商状态,以及 Yuxing 承接的发射占比。
广义任务重复信号公开规模指标从服务 >370、>500 上升到 674 个任务 / 卫星 / 火箭所有细分市场索取经审计的客户队列桥接表,区分新客户与重复客户,并拆开发射商和运营商。
公开 NRR / GRR / 客户数留存null所有细分市场索取按发射商、运营商和服务线拆分的年度留存与客户队列留存。
公开合同期限 / 在手订单null所有细分市场索取按服务类别拆分的平均合同期限、最低承诺量和已签在手订单。
公开客户满意度 / 可用性 SLA 证据null所有细分市场索取 NPS、服务抵扣、事故历史,以及与可用性或任务成功相关的客户证明。
具名海外客户重复合作证据null国际用户索取至少 3 个具名非中国客户,列明服务范围、日期和续约状态。

留存证据能证明部分案例中的重复运营使用,但不能证明典型经常性收入的耐久性。

[CU012, CU024, CU027, CU028, CU029]
FU004: 留存 / 复用队列可见度代理

公开来源显示,一个发射客户有清晰的多年复用信号,其他地方可见度较弱;真正的收入留存披露缺失。

这个队列是可见度代理,而不是真正的留存图:100 表示该时间跨度有公开可见证明,0 表示没有公开披露。

[CU012, CU024, CU027, CU028]

6.4 扩张路径和集中度风险

扩张逻辑直观。Yuxing 可以先为高频发射的民营火箭公司提供发射支持,再为星座运营商增加入轨初期和日常运营,随后交叉销售数据接收、定标、安全和复杂轨道控制服务。公司的服务目录明确围绕这一推进顺序设计,具名案例也与之吻合。如果中国发射节奏和国内星座部署继续上行,公司应能在同一技术工作流内找到多条自然 加购路径。 但公开资料对多元化的证明,远薄于对采用的证明。具名客户名单很短,高度集中在中国,且仍集中于入轨初期或任务关键运营。公开材料没有披露大客户占比、按细分市场的客户数量、分部收入结构或单个账户期限。这意味着,一个在任务层面看似多元化的业务,在收入层面仍可能集中。 国际上,Yuxing 明确营销全球足迹,但保留下来的公开材料中没有出现具名海外锚定客户。与此同时,Reuters 报道的巴西证据显示,SpaceSail 这类中国国家背景星座运营商可以拿下大型海外账户。这不能直接否定 Yuxing 的扩张机会,但说明国际锚定账户可能先被更大的生态玩家拿走,基础设施专家如 Yuxing 尚未进入公众视野。[CU029, CU030, CU036, CU037, CU038]

扩张和集中度风险表
扩张驱动因素集中度风险影响尽调路径
中国商业发射节奏提升后,服务更多民营发射任务收入仍可能集中在少数火箭家族或发射商集团中高上行空间,同时有中高集中度风险索取按发射商客户拆分的收入、按发射商拆分的任务数,以及发射后服务附加率。
从发射支持扩展到常态化星座运营具名证据在发射和早期在轨最强,在长期托管服务合同上较弱若成立,可加深毛利率和切换成本索取从发射支持升级到多年运营合同的客户案例。
向 EO 星座运营商交叉销售数据接收和定标缺少公开具名定标客户专业服务可能有价值,但目前证据不足索取具名定标客户、年度使用频次和定价模型。
利用全球地面站布局赢得海外客户没有公开的具名海外锚定客户;国资背景竞争对手已公开拿下大型海外卫星互联网客户国际化上行可能慢于网络覆盖营销给出的预期索取海外客户名单、本地合规路径,以及竞争胜负案例。
扩展到安全、离轨和未来在轨服务最新服务或有技术差异化,但商业化尚不成熟可能形成高溢价服务线,但短期内未必有实质贡献索取安全和在轨服务的收入结构、销售管线,以及已签试点或合同。

核心分析缺口不是 Yuxing 有没有客户,而是客户是否足够分散、足够耐久,能支撑溢价估值。

[CU029, CU030, CU036, CU037, CU038]

6.5 图表

Chapter 07

07风险

7.1 监管、法律和披露风险

Yuxing 所在的栈里,监管不是背景音,而是产品本身的一部分。公司自我介绍称可支持卫星频率协调和发射许可申请,这意味着客户交付依赖牌照、审批和面向监管的流程工作。随着中国把商业航天规则体系正式化,这一点会更重要。2025 年末至 2026 年,CNSA 设立专门的商业航天部门,发布商业航天标准体系,规划治理、研发、发射与 TT&C、应用和设施等领域 1,000 多项标准,并强调 2025-2027 年高质量安全发展行动计划。这些举措有利于行业成形,但也提高了一个概率:在公司完全具备公开市场条件之前,合规负担、审批周期、文档要求和可审计性要求会先上升。 数据和网络安全层同样重要。《数据安全法》适用于中国境内数据处理活动;如果损害中国利益,部分境外行为也会被纳入。法律建立了重要数据、核心数据、国家安全审查和出口管制逻辑。对一家通过分布式地面网络处理遥测、轨道、载荷,甚至遥感数据的公司来说,这些都直接相关。《个人信息保护法》和修订后的《网络安全法》又给网络和信息处理加上单独义务。即便 Yuxing 不是消费互联网公司,任何云软件、运营者账号系统、站控系统或客户支持数据流,也仍在这套法律边界内。 最后是披露风险。Yuxing 已有 IPO 辅导动向,但付费任务、融资总额和估值标尺等公开事实在不同来源之间仍不一致。这很关键,因为资本密集型基础设施公司一旦接受监管机构、承销商和机构投资人的逐项检验,就没有多少空间去容忍粗糙的口径调节。[CR001, CR002, CR003, CR004, CR005, CR006]

监管 / 法律风险登记表
规则 / 制度司法辖区状态可能性严重性缓释措施剩余敞口尽调路径
《数据安全法》/ 重要数据制度中国已生效;口径宽,安全导向强建立分级分类数据治理、本地化和审查流程,以及出境管控程序高;遥测、轨道和遥感数据可能被归入比投资人预期更严格的类别索取数据清单、重要 / 核心数据评估、出境传输流程,以及任何监管沟通记录。
个人信息和网络安全义务中国已生效;修订后的《网络安全法》和 PIPL 形成并行义务中高分隔运营商数据,强化访问控制,记录账户和日志留存做法中;Yuxing 不面向消费者,但仍运营联网系统和用户账户索取架构、访问控制、日志、供应商安全和事件响应文档。
商业航天标准和行业监管中国标准体系和 CNSA 专门部门已启动运作中高及早参与标准对齐和合规规划中高;标准扩展会推高成本、时间和审计负担索取监管路线图、标准差距分析,以及已预算的合规资本开支 / 运营开支。
通信 / 服务许可约束中国框架仍在演进;卫星服务类别仍受管制中高在持牌类别内运营,并审慎设计合作结构高;若目标服务线需要只有国资背景或国资控股主体才能持有的牌照,敞口会放大索取逐项服务的牌照地图,以及对合作伙伴或国资关联主体的任何依赖。
IPO 辅导 / 披露纪律中国资本市场2026 年仍在进行;审查可能趋严对齐指标,收紧内控,并梳理子公司、许可和客户文件高;任务数和融资数字不一致,会损害公开市场可信度索取管理层指标桥接表、披露控制草案,以及所有许可、诉讼或执法事项清单。

各行按严重性排序,已同时考虑违规成本,以及 Yuxing 业务模式暴露出的实际敞口。

[CR001, CR002, CR003, CR004, CR005, CR006]
FR001: 风险热力图

风险最高的象限是数据 / 许可合规、任务交付可靠性、资本强度叠加披露不透明;较新的在轨服务风险也高,因为叙事可能跑在证据前面。

单元格是基于公开证据质量和下行不对称性得出的定性排序,而不是精算概率。

[CR001, CR008, CR016, CR019, CR024, CR026]

7.2 运营、技术和安全风险

Yuxing 最强的业务证据,也是它的核心运营风险:公司活跃在任务关键时刻,失败无法被藏起来。发射 TT&C、首次捕获、多站中继、轨道控制和指令注入,都是错过一次过站、出现信号缺口、软件故障或硬件延误就可能立刻影响任务的工作流。官方服务页面描述了一个覆盖境内外站点、多个频段的全球网络。广度支撑护城河和客户价值,也让运营模型暴露在站点 uptime、跨境物流、本地审批、RF 设备就绪、工控机可靠性、人员交接质量,以及多故障点日程同步之下。 采购线索强化了重资产现实。2026 年关于天线罩、工控机、天线结构和厂房改造的招标公告显示,Yuxing 仍在投入扩张或维护交付能力。这本身不是负面,但意味着供应链延迟、供应商质量问题、安装滑坡或产能利用不足都可能压缩利润率。Tencent 的 IPO 辅导报道明确称,这是一个重资产、长周期业务,仍需持续投入站点、RF 系统、天线、基带设备和合规。 最新技术分支又加了一层风险。多份 2026 年来源确认了有意义的机械臂和在轨服务进展,但 SpaceNews 特别指出,加注是模拟的,尚未确认实际推进剂转移。因此,服务分支在战略上有吸引力,但技术和商业成熟度仍不足。投资人应把服务叙事视为有执行风险和标题风险的上行可选项,而不是已经去风险的运营线。[CR016, CR017, CR018, CR019, CR020, CR021]

运营 / 质量 / 安全风险登记表
失效模式可能性严重性缓释成熟度剩余敞口未解决缺口
发射 / 早期在轨期间地面站中断、过境失败或交接失效没有公开可用性、事故或 SLA 历史。
RF、天线、天线罩、基带或工控机供应延迟中高中低中高没有供应商集中度、交期或备件披露。
国内外站点跨站协同失效没有逐站人员配置、许可或应急预案手册披露。
安全服务中的碰撞预警、离轨或轨控错误中低中高没有公开错误率、避碰成功率或责任保险披露。
机械臂 / 在轨服务分支在强媒体关注后交付不及预期中高没有商业路线图、合同管线或已验证的推进剂转移证据。

运营风险主要不是单条工厂产线,而是分布式网络和时效性服务流程的可靠性。

[CR016, CR017, CR018, CR019, CR020, CR021]
FR002: 风险传导图

监管变化、运营故障和资本强度冲击都会传导到收入质量、客户信任,最终压到估值和 IPO 准备度。

该 DAG 突出公开证据中可见的主要因果通道,而不是每一个二阶相互作用。

[CR010, CR019, CR021, CR024, CR030, CR038]

7.3 依赖、客户和市场结构风险

Yuxing 的公开客户证据真实但偏窄。具名名单很短,并集中在中国商业航天生态内:发射侧是 Galactic Energy,地球观测侧是 PIESAT 和 21AT,后续媒体报道还笼统提到全球用户和其他发射家族。这意味着本章能证明采用,不能证明广泛多元化。如果中国商业发射节奏放慢,如果某个大型星座运营商把更多工作流内化,或者如果国家背景平台拿走下一波锚定需求,即便整个行业在纸面上仍健康,Yuxing 的利用率和增长也可能迅速走弱。 还存在分层依赖问题。Nuwa 案例显示 Yuxing 是与 Xi'an Huanyu、Guoke Hualu 共同组成更大网络的一部分,这提示某些客户结果可能依赖合作伙伴能力,而不是完全自有基础设施。海外侧,Yuxing 营销全球足迹,但保留下来的公开资料仍没有点名海外锚定客户。与此同时,Reuters 报道的巴西证据和 Orbital Radar 对 SpaceSail / Qianfan 的跟踪显示,大型国家背景中国星座玩家已经在赢得国际需求,并且推进很快。这不排除 Yuxing 承接海外角色,但增加了一个风险:国际变现可能位于更大生态玩家下游,而不是直接落到 Yuxing 的资产负债表上。 结果是,业务可能具有战略重要性,但经济上仍依赖少数生态动作:中国发射节奏、国内星座建设、获监管批准的服务类别,以及在牌照或本地市场结构偏向更大国资关联实体时获得合作伙伴入口。[CR026, CR027, CR028, CR029, CR030, CR031]

伙伴 / 依赖风险登记表
依赖项交易对手作用集中度失效场景严重性缓释措施剩余敞口
商业发射节奏Galactic Energy、Ceres-1 / 其他民营发射商产生高价值发射支持需求中高发射放缓或发射商内部化会削弱网络利用率扩展到运营商和安全工作流中高
具名 EO 运营商PIESAT、21AT 及类似运营商提供遥感运营商证据和下行需求具名名单太短,可能掩盖收入集中拿下更多具名运营商并披露结构中高
合作交付网络Xi'an Huanyu、Guoke Hualu、外部固定 / 移动站在复杂场景下补充网络和任务交付伙伴失效或配合错位会扰乱客户结果中高尽量使用自有资产,并分散交易对手
监管和牌照路径CNSA、MIIT、CSRC 及相关机构决定能提供什么服务,以及如何融资规则收紧,或目标服务线要求 Yuxing 无法单独持有的结构尽早梳理牌照和伙伴结构
国际市场准入海外客户,以及 SpaceSail 等更大生态玩家要把海外布局从营销覆盖转成收入,必须具备这一项国资背景或一体化竞争对手先拿下锚定客户中高争取在更大生态中承担基础设施角色

公开信息支持其生态相关性,但还不足以证明公司对单一政策路径或客户拓展动作的依赖很低。

[CR026, CR027, CR028, CR029, CR030, CR031]
FR003: 依赖图

Yuxing 同时依赖监管方、站点和设备供应、发射节奏、运营商需求、伙伴网络和资本市场;任何一层失效,都可能传导到利用率和估值。

这张图将外部依赖栈压缩为最直接影响 Yuxing 交付并变现基础设施服务能力的几层。

[CR011, CR018, CR026, CR027, CR028, CR031]

7.4 财务、人员和执行风险及缓释

财务风险一部分可见,一部分被遮住。公开报道清楚表明,Yuxing 运营重资产、长周期模式,并持续投入网络和设备扩张。近期融资和 IPO 辅导说明资本入口真实存在,但保留下来的材料仍缺少收入、毛利率、烧钱、债务、利用率、在手订单 和现金数据。外部人因此能看到公司需要资本,却还无法判断新增资本是在高效驱动增长,还是只是维持资产强度所必需。 人员和执行风险也很重要。公司称核心团队来自传统航天系统单位,并有 300 多名员工,这令人安心,但也凸显其对稀缺任务运营、RF、轨道控制和软件人才的依赖。公司同时运营 TT&C 服务、长期运营、定标、安全工作流、通信产品、软件平台和演示阶段的服务分支,还在准备进入公开市场。对一家详细内控尚未披露的私营公司来说,执行面太宽。与天线罩、工控机和产线改造相关的招标活动,也暗示子公司与站点之间需要协同,规模化过程中更容易产生运营拖累。 缓释因素确实存在。服务目录覆盖多个相邻工作流,而不是押注单一产品;标准体系和 CNSA 新监管可能降低长期模糊性;近期融资和 IPO 辅导也会拓宽资本选项。但这些缓释都不能替代核心尽调问题。投资人在给估值下结论前,仍需要真实牌照地图、经审计的单位经济、客户集中度数据、事故历史,以及最新服务叙事没有跑在底层运营基础前面的证据。[CR033, CR034, CR035, CR036, CR037, CR038]

人才 / 执行风险登记表
角色 / 职能依赖或缺口可能性严重性缓释措施尽调路径
任务控制和轨道运营人才专门知识稀缺,替换难留住来自传统航天体系的核心团队,并标准化培训索取流失率、培训和关键岗位冗余数据。
跨职能项目管理TT&C、软件、硬件、定标、安全和在轨服务都在争夺执行带宽收紧优先级,并强化 PMO 纪律索取组织架构图、服务线负责人和路线图优先级。
子公司 / 站点规模化执行分支机构、定标场和产线项目扩张,抬高协同负荷中高分阶段投入资本开支,并集中控制职能索取子公司清单、站点角色和项目治理流程。
IPO 准备度和内控公开指标仍存在对账缺口中高建立披露控制和经审计的 KPI 定义索取 KPI 字典、审计师状态和披露控制设计。
在轨服务分支商业化纪律明星技术在经济性被证明前,可能吃掉管理层注意力中高将在轨服务与核心运营分开估值,并用里程碑控制支出索取在轨服务预算拆分和已签客户里程碑。

执行风险来自业务宽度:Yuxing 一边要把复杂基础设施业务专业化,一边要增加新产品线并推进公开市场进程。

[CR033, CR034, CR035, CR038]
缓释和止损标准表
风险可监测触发因素阈值 / 事件行动含义
数据 / 牌照合规风险出现重要数据认定、出境审查受阻或服务牌照缺失的证据任何监管通知、审查失败,或无法取得所需伙伴结构暂停估值扩张,并要求完整法律合规专项。
任务交付可靠性风险具名发射或星座事故、捕获失败,或公开客户投诉任何可归因于 Yuxing 系统或流程的重大任务失败将业务从基础设施护城河重新定价为运营负债故事。
发射节奏集中度风险商业发射吞吐量或具名发射方节奏连续多个季度走弱发射活动连续两期明显走弱,且没有运营商客户突破抵消下调增长假设,并压力测试地面站利用率。
服务业务线夸大风险没有已签商业合同、没有真实推进剂转移验证,或反复只讲演示又一年只有演示进展、没有商业转化除期权价值外,服务业务按零估值。
披露 / IPO 风险尽调中,管理层无法对齐任务数量、融资总额或许可证清单正式申报准备阶段仍有 KPI 持续不一致将 IPO 路径视为风险事件,而非风险出清。
资本强度风险资本开支和采购持续上升,却没有经审计利润率或利用率证明经济性仍不透明,但扩张支出继续加码必须先拿到经审计单位经济性,再给溢价倍数。

目标是把一张宽泛风险清单转成可监控的论点破裂条件,方便在尽调和投后监控中逐项验证。

[CR019, CR024, CR030, CR038, CR039, CR040]

7.5 图表

Chapter 08

08估值

8.1 当前融资背景,以及公开定价不能证明什么

Aerospace Yuxing 显然值得单独写估值章,因为它不只是概念阶段的太空故事。公开材料和 2026 年报道显示,公司已进入后期,IPO 辅导路径活跃,服务栈很宽,也有足够任务历史来吸引真正的机构关注。但同一份公开记录给不出一个干净价格。保留下来的 2026 年 6 月来源,对累计融资和当前标记都不一致:有的把公司放在约 60-70 亿元估值区间,也有更激进报道把它写进 100 亿元级独角兽叙事。这不是小数点式的取整问题,而是纪律性投资人不能把最新融资标题当作经充分尽调的公允价值的核心原因。 因此,融资背景应不对称地解读。正面信号是真实的:2026 年反复报道、IPO 辅导以及持续招聘 / 采购,意味着公司仍在扩张而非收缩。负面信号也真实:公开披露仍没有收入、利润率、现金、债务、在手订单、利用率或客户集中度等经审计数据,付费任务和融资总额等标题指标也会因来源而异。估值上,2026 年 6 月融资标题证明市场想要这个故事的敞口,并不证明当前价格已经合理。这个区别决定了本章后续方法:把公开价格标尺当锚,再对缺失经济性给出重折扣。[CV001, CV002, CV003, CV004, CV006, CV007]

FV003: 估值 / 回报区间(RMB 十亿元)

以低 / 基准 / 高三档呈现公开估值锚、基准投资测算、下行重估和上行情形。

各区间体现明确假设下的估值纪律,未对稀释或清算优先权建模,二者均未披露。

[CV003, CV020, CV021, CV022, CV036]

8.2 为什么公司值得估值

面对披露很薄的私营公司,最容易犯的错误是直接跳到怀疑,反而错过实质。Yuxing 有足够公开证据避开这个陷阱。官方页面显示,公司不是在推一个狭窄点产品;它参与发射和入轨初期 TT&C、长期在轨管理、安全管理、定标,以及相关硬件 / 软件产品。客户侧和独立报道又补充了 PIESAT、Beijing-3C / 21AT 发射保障,以及更广泛商业发射支持的真实案例。这些证据重要,因为它说明估值争论应围绕入场纪律和尽调质量,而不是公司是否存在、是否有人付钱。 同一批证据也塑造上行情景。一个已经嵌入发射、星座运营和安全工作流的空间基础设施提供商,随着中国商业航天扩张,合理地可能加深钱包份额。最强上行路径不是单个登月式项目,而是任务关键服务复合成更长期运营关系,再叠加相邻产品或在轨服务的选择性上行。可公开证据恰好在这里断掉。业务是真实的;业务持续性和盈利性,从外部看仍大多未被定价。投资人因此要同时记住两件事:Yuxing 值得认真尽调,但还没赢得无折扣估值。[CV004, CV005, CV008, CV009, CV030, CV040]

8.3 公开可比公司给出区间,不给单点估计

由于 Yuxing 不披露经审计运营指标,公开可比公司最好用作框架工具,而不是即插即用的倍数引擎。保留下来的 2026 年 7 月市场数据本身已经足够说明区间很宽。Planet Labs 更偏数据平台型地球观测故事,市值约 $8.1-$8.2B,EV/revenue 约 23.8x。Spire 是规模更小的多产品空间数据平台,市值约 $0.44-$0.45B,EV/revenue 约 6.5x。Iridium 是成熟经常性卫星通信基础设施基准,收入规模大得多,市值约 $5.0B,EV/revenue 7.6x。另一个极端是 AST SpaceMobile,市值达到数百亿美元,EV/revenue 超过 222x,显示战略叙事和可选性可以压过短期基本面。 这些数字有用,恰恰因为它们不能直接迁移。Planet 和 Spire 更适合用来观察商业化纪律,以及公开市场对卫星 / 数据平台的容忍度。Iridium 可用来判断披露更充分时,成熟经常性卫星通信能获得什么定价。ASTS 则提醒人们,空间板块有时会给梦想很高估值——但这种估值依赖完全不同的故事、客户基础和资本市场环境。对 Yuxing 来说,启示是可比公司只能支撑宽区间。它们不能消除披露折扣,也不能靠类比证明应支付私人市场叙事的顶部价格。[CV010, CV011, CV012, CV013, CV014, CV015]

可比估值表
可比公司2026 年 7 月市场信号相关性局限性
Planet Labs市值约 $8.05-$8.23B;EV/收入约 23.81x;收入(ttm)约 $335.61M。对地理空间 / 卫星数据平台的估值容忍度有参考价值。公开披露更好,数据平台敞口也多于 Yuxing。
Spire Global市值约 $0.44-$0.45B;EV/收入约 6.51x;收入(ttm)约 $63.51M。可作为多元航天数据和分析平台的小盘标杆。业务组合、规模和公开市场历史都不同于 Yuxing。
AST SpaceMobile市值约 $18.9-$24.0B;EV/收入高于 222x;收入(ttm)约 $84.94M。可作为卫星连接期权价值定价样本。叙事、客户和监管语境都不能与 Yuxing 直接比较。
Iridium市值约 $4.96-$5.01B;EV/收入约 7.60x;收入(ttm)约 $875.84M。成熟卫星通信基础设施标杆,具备经常性收入。网络成熟度和披露基础远高于 Yuxing。

可比信号用于给估值划边界,不用于论证倍数可以直接迁移。

[CV010, CV011, CV012, CV013, CV014, CV015]

8.4 情景分析和价格失效点

估值问题最好用情景回答。牛市情景下,Yuxing 把已验证的发射控制足迹转化为有粘性的多年星座运营,守住监管位置,保持健康商业发射节奏,并证明服务或更高价值集成产品等新能力不只是叙事。这条路径可以支撑估值向公开独角兽说法的顶部靠近,甚至超过该水平,因为投资人需要相信的不只是战略相关性,还包括更强的经常性收入结构。基准情景下,公司依然真实且具战略相关性,但披露仍薄;最合理的投资判断区间仍靠近公开的较低 60-70 亿元标尺,投资人为已安装位置付费,同时要求缺失经济性的折扣。 熊市情景不是公司消失,而是公开市场准备或新一轮融资暴露出弱于预期的单位经济、客户集中度或基础设施利用率,同时发射节奏、监管或资本市场变得不那么宽容。在这种情形下,合理估值框架会迅速落入 20-40 亿元区间,尤其当股权结构表或优先权结构对新资金或普通股回报不友好时。现实含义很直接:价格会先于证据失效。Yuxing 可以仍是战略上有意义的公司,但在错误价格上仍是糟糕投资。[CV020, CV021, CV022, CV023, CV026, CV031]

牛 / 基准 / 熊情景表
情景核心假设估值逻辑关键风险概率信号
乐观发射控制份额转化为高黏性星座运营,发射节奏保持健康,相邻高价值服务成熟。如果披露显著改善,可支撑估值进入约 80-120 亿元区间。执行滑坡、监管收紧,或期权价值始终无法变现。有可能,但证据还没支撑到位。
基准公司仍具战略相关性,也有真实商业业务,但短期内经审计经济性仍有限。承销应锚定较低公开标记附近、折扣后的 50-70 亿元区间。集中度和披露仍压制价格支撑。目前最站得住脚。
悲观IPO 或融资材料揭示利润率、利用率或集中度偏弱;市场环境也变得更不宽容。价值压缩至 20-40 亿元的重置 / 降估值融资区间。股权结构拖累和重资产经济性会放大下行。不容忽视。
放弃 / 禁入价格区融资轮按最高公开独角兽叙事定价,却没有硬经济性。即使公司仍有战略重要性,风险回报也变得没有吸引力。新钱是在为期权价值买单,但价格已经假设它被证明。没有新披露就回避。

区间是作者为承销纪律做的估算,不代表市场出清真实价格。

[CV020, CV021, CV022, CV023, CV036, CV041]
论点破裂与终止触发器表
触发器阈值 / 事件对论点的传导行动含义
经济性披露偏弱IPO 或融资材料显示利润率差、利用率弱或经常性收入占比有限。打破规模正在转化为持久价值的假设。下调估值区间,或退出。
运营事故重大测控 / 发射支持 / 在轨故障公开。损害任务关键型信任,也削弱客户扩张意愿。暂停尽调,重新评估客户风险溢价。
监管 / 许可意外关键服务线所需审批比预期更难拿,或更依赖合作伙伴。削减可服务收入,并抬高执行摩擦。继续推进前,先要求许可地图。
客户 / 生态集中锚定发射或星座项目将工作内部化,或转向替代方案。降低利用率,并压缩定价权。用更低增长和更低利润率假设重切基准情景。
无证明的激进定价重大尽调缺口仍未关闭,新一轮却按顶格公开叙事定价。好公司也会变成糟糕入场点。放弃,或坚持更强结构 / 条款。

这些是应该改变投资姿态的可监控事件,不是抽象担忧。

[CV023, CV032, CV033, CV034, CV037]
FV002: 估值敏感性(人民币十亿元)

示意性情景中点显示,证明和披露改善或恶化时,价值变化有多快。

中点是作者基于情景假设和公开证据估算,并非观察到的市场出清价格。

[CV020, CV021, CV022, CV023]

8.5 建议、正反命题和最终尽调

有支撑的建议是跟踪 / 继续研究,置信度中等、风险评级高。公司有足够运营和客户证据留在管线里,且在中国商业航天基础设施中的战略位置真实存在。这是正命题。反命题是,投资人要把战略重要性转化为可靠股权回报所需的每个要素,披露仍不足:服务线经济性、站点利用率、集中度、优先权包袱、牌照地图、事故历史,以及融资标题和可持续现金生成之间的精确关系。因此,建议对价格敏感,而不是二元判断。在公开较低后期估值标尺附近或以下,只要有真实下行保护和确认性尽调,这个故事值得认真接触。若按公开叙事的激进顶部定价,现有证据不够强。 下一步尽调同样清楚。索取管理账、服务线分群数据、利用率数据、集中度表、牌照与海外站点地图、事故 / SLA 历史和当前股权结构表。然后把融资故事与真实经济表现逐项核对。如果这些材料显示经常性收入结构强、利用率健康、下行结构可接受,估值区间可以上移。如果没有,当前公开热度更可能压缩,而不是复合。简言之:不要轻易否定 Aerospace Yuxing,但也不要把投资纪律外包给 2026 年融资标题。[CV024, CV025, CV026, CV027, CV028, CV029]

建议摘要表
维度评估依据
建议跟踪 / 继续研究公司真实,任务验证也真实,但经济性和价格支撑仍不完整。
置信度公司存在与商业进展证据强,单位经济性和股权结构证据弱。
风险评级监管、集中度、资本强度和披露缺口都可能大幅改写价值。
估值立场按较低公开 2026 年标记附近的折扣区间承销,不按最高独角兽叙事承销。公开估值标记互相冲突,且缺少经审计指标。
决策含义保持接触,但不要仅凭热度激进领投。支付溢价前,需要确认性尽调。
退出 / 回报逻辑目前没有可信的公开目标回报模型;需要下行保护和更好披露。公开证据现在还支撑不了精确 IRR 计算。

建议刻意保持价格敏感、证据敏感,而不是给一个泛化质量分。

[CV002, CV003, CV024, CV025, CV026, CV035]
正方 / 反方投资论点表
维度正向论点反向论点哪些证据会改变判断
市场中国商业航天建设和星座需求,为基础设施专业公司留下空间。行业增长本身不保证重资产运营商有漂亮单位经济性。按服务线展示多年需求可见性和客户级在手订单。
产品Yuxing 覆盖测控、长期运营、安全、校准和相邻产品。宽产品线也可能掩盖低毛利项目组合和执行摊子过大。按产品和服务族披露毛利率与附加率数据。
客户具名任务和客户证明了采用度和相关性。公开客户名单仍窄,集中度无法排除。披露前 10 大客户集中度、续约数据和合同期限。
财务后期融资和 IPO 辅导意味着资本通道仍在。没有公开收入、EBITDA、现金或利用率披露,价格仍不透明。提供经审计管理账,以及股权结构 / 优先权细节。
战略上行在轨服务和更高价值的一体化运营,可能把故事从商品化地面接入拉开。上行仍早,不能像已验证一样资本化。展示新垂直的商业合同、真实里程碑和已实现经济性。

这张表把公司质量和给定价格下是否可投拆开。

[CV005, CV007, CV008, CV009, CV030, CV031]
最终尽调资料要求表
主题缺失证据重要性负责人 / 尽调路径
管理账按季度和服务线拆分的收入、毛利率、EBITDA、现金、债务和现金消耗。把热度转化为可承销的经济性。索取 CFO 包 / 董事会材料。
利用率和队列数据地面站利用率、续约率、发射到运营转化率和 SLA 表现。看清基础设施是在复利还是只是在扩张。索取运营看板和队列分析。
客户集中度头部客户、合同期限、平均合同金额和在手订单。判断收入韧性是分散还是脆弱。索取销售漏斗和头部客户摘要。
许可 / 合规地图按服务拆分的许可、合作伙伴依赖、海外站点审批和任何监管沟通。监管可以封顶收入,也会拖慢执行。索取法务 / 合规备忘录。
事故历史任务失败、险情、退款、SLA 违约和保险 / 责任概况。任务关键型基础设施里,可靠性就是产品。索取风险委员会 / QA 日志。
股权结构 / 优先权层级当前股权、清算优先权、反稀释条款和近期融资轮权利。决定名义估值对新钱和普通股意味着什么。索取完整股权结构表和条款清单。

这些是从继续研究走向可投资决策所需的最低材料。

[CV027, CV028, CV029, CV035, CV036]
FV001: 推荐逻辑

市场证明、客户证明、风险和估值支撑如何转化为推荐结论。

仅为定性决策图;节点权重是作者判断,而不是数学模型。

[CV024, CV025, CV029, CV030, CV031]
FV004: 投资 KPI

基于当前信息集,给出可供投委会使用的主要投资维度评分卡。

评分是作者按 1-10 分量表给出的判断,用来概括章节证据,而不是替代证据。

[CV024, CV025, CV030, CV031, CV037, CV040]

8.6 图表

免责声明

本报告是一份独立尽调摘要,仅基于截至 2026-07-22 可获取的公开信息。报告不构成投资建议、邀约,也不构成买入或卖出任何证券的推荐。估算、区间和情景值是基于引用证据得出的分析判断,应独立核验。Aerospace Yuxing / Emposat 未审阅或批准本报告。

证据索引

结论
编号陈述可信度来源
CO001 Aerospace Yuxing, which brands publicly as Emposat and 航天驭星, was founded in 2016 and gives 2016-10-12 as its legal establishment date in tertiary profiles. SO001, SO018, SO019
CO002 The company states that its headquarters are in Beijing, and Baidu Baike narrows the address to Shangdi East Road in Haidian District. SO001, SO018, SO019, SO024
CO003 The company mission is to "make satellites more usable and easier to use" and to build global commercial aerospace infrastructure. SO001, SO018
CO004 Aerospace Yuxing positions itself as a comprehensive provider spanning commercial TT&C R&D, aerospace communication product manufacturing, and spacecraft in-orbit operation-management services. SO001, SO018
CO005 Official materials disclose branch or operating footprints in Xi'an, Zhengzhou, Zhongwei, Qitaihe, Jinghe, Hebi, the South Pacific, Africa, and South America. SO001, SO021
CO006 Emposat says it has built a global satellite ground-station network with more than 60 ground-station sets and an integrated calibration field. SO001, SO018
CO007 The company publicly says it has more than 300 employees, while no more recent independently corroborated headcount disclosure was found in the fetched corpus. SO001
CO008 Official intro materials say the company has 140-plus patents and 50-plus software-copyright certificates. SO001
CO009 The company also appears in tertiary profiles as holding 151 granted invention patents, implying that the official 140-plus patent count is a rounded or older disclosure. SO013, SO018
CO010 Public profiles describe Aerospace Yuxing as a National High-tech Enterprise and a national specialized "Little Giant" enterprise. SO001, SO018, SO019
CO011 Zhao Lei is the founder, legal representative, and controlling shareholder publicly associated with Aerospace Yuxing. SO012, SO018, SO019
CO012 Jiemian reports that Zhao Lei studied mechanical engineering at Tianjin University, later earned a master's degree from the National University of Defense Technology, and spent more than a decade at the China Academy of Space Technology before founding the company. SO012
CO013 Jiemian says Zhao Lei directly holds about 19 percent of the company and is the controlling shareholder and actual controller. SO012, SO019
CO014 Vice president Cao Meng appears in People's Daily coverage as a public spokesperson for the Yuxing-3 06 in-orbit servicing program. SO016
CO015 Chen Jing is identified by People's Daily as the chief technology officer of subsidiary Sustain Space and a visible technical leader for the flexible robotic-arm mission. SO016
CO016 The company says its core team comes from traditional state aerospace system units, but it does not publish a full executive-committee or board roster on the fetched official pages. SO001
CO017 Aerospace Yuxing's public service stack includes rocket launch TT&C, satellite TT&C, payload data reception, remote-sensing calibration, collision warning, orbit control, and aerospace digital applications. SO001, SO003, SO004, SO005, SO006
CO018 The company sells ground-system, communication-system, and software-system products in addition to operating services. SO007, SO008, SO009
CO019 Shuziqushi frames Aerospace Yuxing as a specialized backend operator analogous to ground-station-as-a-service providers such as KSAT or Leaf Space rather than to vertically integrated rocket-and-satellite builders. SO017
CO020 The company itself describes its role as "space property management," reinforcing that its strategic identity is based on in-orbit operations and infrastructure rather than satellite platform sales alone. SO017, SO019
CO021 Official home-page case studies show the network is used for launch support, constellation flight control, data downlink, and first-orbit health confirmation across multiple missions. SO002
CO022 36Kr says Aerospace Yuxing has already executed paid services for more than 500 satellites and rockets. SO013, SO012
CO023 Sina says Aerospace Yuxing had cumulatively provided paid service to 684 satellites and rockets as of 2026-06-15. SO010
CO024 Sina reports that Aerospace Yuxing's 2025 commercial satellite TT&C paid-service market coverage reached 92.8 percent. SO010
CO025 36Kr says the company's key product self-development rate exceeds 90 percent and that it is among the very few private entrants inside the two major low-orbit constellation gateway-station supplier systems. SO013
CO026 Jiemian and 36Kr both describe Aerospace Yuxing as the only Chinese commercial TT&C company with complex orbit-control capability in public materials reviewed for this chapter. SO012, SO013
CO027 The company completed a 430 million RMB Series C+ round in August 2025, with investors including Cinda Capital, Gongda Venture Capital, Caitong Capital, Hanjiang Capital, Changjiang Capital, Nice Group, and Jigang Group. SO013, SO018
CO028 The company completed D, D+, and D++ financing rounds totaling nearly 2 billion RMB in June 2026. SO010, SO011, SO014, SO018
CO029 Named June 2026 D-series investors include Sequoia China, Qianhai Ark, China Unicom Strategic Emerging Industries fund, Zijin Mining, China Insurance Investment, SAIC Motor, Wuliangye, Puhua Capital, Xiaomiao Langcheng, Huaan Jiaye, and Sena Capital. SO010, SO011, SO014
CO030 Sina and NetEase characterize the D-series financing as pushing the company into the RMB 10 billion-plus unicorn bracket. SO010, SO014, SO018
CO031 Jiemian instead says the company's valuation has entered roughly the RMB 6 billion to RMB 7 billion unicorn range, leaving a meaningful public-disclosure mismatch on the current mark. SO012
CO032 Jiemian says Aerospace Yuxing has completed more than 10 financing rounds and cumulative financing of more than 2 billion RMB since founding. SO012
CO033 The company signed IPO counseling with Guotai Haitong Securities on 2026-05-28 and completed filing on 2026-06-05. SO012, SO019
CO034 Baidu Baike and Baidu's English company page trace an earlier milestone sequence of China's first third-party commercial TT&C station in 2017, the first commercial TT&C radio-station license in 2018, and a commercial TT&C command center in late 2018. SO018, SO019
CO035 Aerospace Yuxing helped put the Zhongwei remote-sensing satellite calibration field into service in 2020 and publicly presents calibration as part of its current service mix. SO006, SO018
CO036 A July 2025 Wuhan branch was set up to build a Central China regional headquarters and an in-orbit-servicing R&D center focused on orbital-operation robots. SO019
CO037 The Yuxing-3 06 satellite was launched on 2026-03-16 aboard the Kuaizhou-11 Y7 rocket from Jiuquan. SO015, SO016, SO020
CO038 People's Daily and Global Times call Yuxing-3 06 China's first commercial experimental satellite equipped with a flexible robotic arm. SO015, SO016
CO039 The Yuxing-3 06 mission validated simulated in-orbit refueling, compliant control, and robotic-arm operation, extending the company narrative from TT&C into future maintenance and debris-mitigation services. SO015, SO016
CO040 Global Times says the mission was led by Emposat subsidiary Sustain Space, with the robotic-arm payload co-developed with the Tsinghua Shenzhen International Graduate School. SO015
CO041 Shuziqushi highlights that investors still need disclosure on revenue mix, customer concentration, ground-station utilization, and operating cash flow before they can tell whether the business scales like a platform rather than a project contractor. SO017
CO042 Jiemian explicitly frames commercial space TT&C as a heavy-asset, long-cycle business requiring continued spending on ground stations, antennas, RF systems, frequency compliance, and operations. SO012
CO043 The company does not disclose public revenue, ARR, EBITDA, or gross-margin figures in any fetched official or independent source reviewed for this chapter. SO001, SO012, SO017
CO044 The company also does not publicly disclose a board roster, investor-seat map, or succession plan in the fetched corpus, despite entering an IPO-counseling process. SO001, SO012, SO019
CO045 A partner article says the phase-two global ground-station network built by 2023 was designed to support more than 3,000 satellites and 24 downlink passes per sun-synchronous satellite per day, but this operating-capacity claim is not independently corroborated in the current fetched set. SO021
CM001 MIIT says the 2026 government work report highlighted satellite internet as a standalone development priority for the first time. SM001
CM002 MIIT defines satellite internet as a core part of an integrated space-air-ground information infrastructure. SM001
CM003 MIIT says the main coverage-gap use cases are oceans, deserts, plateaus, and remote villages where terrestrial networks are uneconomic or impractical. SM001
CM004 MIIT identifies marine operations, scientific expeditions, aviation broadband, disaster response, and strategic autonomy as priority demand vectors for satellite internet. SM001
CM005 MIIT says the satellite internet value chain spans satellite manufacturing, launch, ground equipment, user terminals, and operating services. SM001
CM006 Aerospace Yuxing's official positioning fits the ground-equipment and operating-services layers of that value chain rather than the consumer retail access layer. SM022, SM025, SM001
CM007 The Business Research Company sizes the global satellite internet market at $7.42 billion in 2026. SM019
CM008 The same market report projects the global satellite internet market will reach $12.69 billion by 2030. SM019
CM009 The Business Research Company gives the global satellite internet market a 14.6 percent CAGR from 2025 to 2026 and a 14.4 percent CAGR into 2030. SM019
CM010 MIIT cites Morgan Stanley as projecting a global space economy of more than $1 trillion by 2040, with satellite broadband contributing 50 percent to 70 percent of the growth. SM001
CM011 Orbital Radar says Guowang and Qianfan together plan more than 28,000 LEO broadband satellites and had launched more than 350 by mid-2026. SM009
CM012 MERICS puts the two flagship Chinese constellations at 27,992 planned broadband satellites by 2030, split between 15,000 for SpaceSail/Qianfan and 12,992 for Guowang. SM007
CM013 China Daily reports that China filed plans for more than 200,000 satellites with the ITU, including two 96,714-satellite constellations named CTC-1 and CTC-2. SM005
CM014 ITU says satellite filings are not a one-to-one representation of the physical satellites that will ultimately operate in space. SM012
CM015 ITU says spectrum filings must be brought into use within seven years and that milestone-based deployment requirements exist for non-GSO constellations to discourage warehousing. SM011, SM012, SM013
CM016 GSMA says 58 percent of the global population is connected to mobile broadband, while about 4 percent remains outside mobile-broadband coverage. SM017
CM017 GSMA says D2D can supplement terrestrial coverage and improve resilience, but cannot match terrestrial network capacity and will be limited in dense areas and indoors. SM016, SM017
CM018 Deloitte says LEO user terminals typically cost about $200 to $500, creating an affordability constraint in many developing markets. SM015
CM019 Deloitte says there were already more than 100 ground stations for LEO in 2025 and that a hundred more will be needed to support multiple constellations. SM015
CM020 Deloitte says regulatory requirements and practical capacity constraints can limit sustainable active satellites far below theoretical maximums. SM015
CM021 Global Times reports that China approved a national technical committee to standardize satellite internet systems and services in 2026. SM006, SM020
CM022 Global Times says standardization is intended to prevent chaotic competition, space traffic congestion, frequency interference, and orbital conflicts as state and private players expand. SM006
CM023 MERICS describes satellite internet as state-led, dual-use infrastructure whose urgency increased after Starlink's use in Ukraine. SM007
CM024 MERICS says China had about three million users across satellite-internet offerings in 2024 and targets ten million by 2030. SM007
CM025 MERICS says China has at least ten TT&C stations domestically plus access to additional overseas stations, and that this ground infrastructure strengthens both satellite management and signals intelligence capabilities. SM007
CM026 MERICS argues that SOEs cannot scale fast enough on their own and that private firms are increasingly needed for speed, modularity, and cost reduction. SM007
CM027 36Kr says GW and G60 constellation acceleration is increasing demand for TT&C, data reception, and gateway-like ground infrastructure. SM021
CM028 Official and partner materials say Aerospace Yuxing already operates 60-plus ground stations, demonstrating that the company is exposed to the ground-layer buildout rather than only to end-user subscription growth. SM022, SM023
CM029 Eutelsat says OneWeb operates a 600-plus-satellite LEO constellation 1,200 km above Earth and offers high-speed, low-latency connectivity on land, at sea, and in the air. SM018
CM030 The FCC order of 2026-01-09 authorized SpaceX to add 7,500 satellites, taking Starlink Gen2 authorization to 15,000 satellites. SM014
CM031 Orbital Radar distinguishes the two main Chinese programs by buyer orientation: Guowang is state-owned and government-oriented, while Qianfan has a more commercial broadband and IoT orientation. SM009
CM032 Orbital Radar says Qianfan had already signed trial service agreements in Brazil, Malaysia, Kazakhstan, and Turkey by mid-2026. SM009
CM033 People's Daily says low-orbit satellite constellations are key support for smartphone direct connection and an integrated 6G space-ground information network. SM003
CM034 Tencent says China had 58 satellite factories with planned annual capacity above 6,800 satellites by 2026, showing that upstream industrialization is accelerating. SM024
CM035 SatNews frames China's 244,000-slot filing footprint as a form of spectrum squatting and a regulatory land grab rather than a near-term deployment reality. SM010
CM036 China Daily says ITU submissions are only the first step in a deployment process that normally begins two to seven years before launch and may be optimized later. SM005
CM037 Commercial aerospace companies are becoming important to China's space efforts because they combine efficiency, mass production, and market-driven innovation, according to People's Daily. SM003
CM038 Buyer budgets in the Yuxing-relevant market are most plausibly controlled by state constellation operators, telecom operators, emergency/public infrastructure agencies, mobility-service providers, and remote industrial operators. SM001, SM016, SM017, SM009
CM039 For telecom D2D, GSMA says the mobile operator typically remains the licensed spectrum holder and commercial gateway to end users, while the satellite operator supplies supplemental non-terrestrial capacity. SM016, SM017
CM040 Aerospace Yuxing's serviceable market is narrower than the full global satellite-internet TAM because it primarily captures TT&C, gateway, calibration, and in-orbit operations spend rather than full retail service revenue. SM001, SM022, SM025
CM041 The pace of Yuxing's opportunity scales more with launch cadence, constellation complexity, and ongoing control requirements than with household broadband subscriber counts. SM001, SM015, SM021, SM025
CM042 Public sources do not disclose contract values or pricing schedules for TT&C, gateway, or long-term in-orbit-management services, making a bottom-up Yuxing SAM unsupportable from open evidence alone. SM021, SM022, SM025
CM043 Even aggressive filing numbers do not automatically translate into monetizable demand because operators still need standards, launch capacity, gateways, partners, and service activation before recurring revenue appears. SM011, SM012, SM015, SM016
CM044 Ground stations and gateways remain essential even as constellations adopt inter-satellite links, which supports the long-run relevance of operators like Aerospace Yuxing. SM015, SM025
CM045 The practical early buyer set for satellite internet remains concentrated in resilience-heavy, mobility-heavy, or sovereignty-driven segments rather than dense urban retail broadband. SM001, SM016, SM017, SM018
CP001 Aerospace Yuxing says it has built a globalized satellite ground station network with more than 60 ground stations and a comprehensive calibration field. SP001
CP002 Aerospace Yuxing says it has cumulatively served more than 370 satellites and rockets. SP001
CP003 Aerospace Yuxing positions itself as a comprehensive provider spanning launch TT&C, satellite measurement and control, payload-data reception, remote-sensing calibration, collision warning, debris cleanup, and digital applications. SP001, SP002, SP003, SP004
CP004 Aerospace Yuxing’s official service pages show early-orbit, long-term in-orbit management, and full-lifecycle measurement-and-control support rather than a simple pass-booking model. SP002, SP003
CP005 Aerospace Yuxing’s ground-system pages disclose S/X/Ka-band TT&C and high-speed data-reception capability, making it more than a pure scheduling reseller. SP005
CP006 KSAT sells ground-network services, KSATlite, Launch & LEOP, hosted infrastructure, lunar communications, and satellite operations from one portfolio. SP006
CP007 KSAT says its global ground network has more than 280 antennas at 26 selected locations and continues to expand. SP006
CP008 KSATlite says more than 150 operators rely on it and that its historical performance exceeds 99.75% globally. SP007
CP009 KSATlite says it provides 26 stations globally distributed with 150+ antennas and 145,000 contacts per month. SP007
CP010 SSC positions itself as one of the world’s largest, most flexible and dependable ground station networks and also offers spacecraft operations and engineering services. SP008
CP011 AWS Ground Station is a fully managed service that lets operators control satellites, process data, and scale operations without building or managing their own ground station infrastructure. SP009, SP011
CP012 AWS says customers can save up to 80% on ground station operations by paying only for actual antenna time used. SP009
CP013 AWS pricing is public and usage-based: on-demand scheduling has no long-term commitment, while reserved pricing trades a 12-month monthly commitment for discounts and better scheduling. SP010, SP011
CP014 AWS publicly documents LEO/MEO support in S-band and X-band and allows reservation changes close to contact time through console and APIs. SP011
CP015 As of 2026-06-16 AWS publicly listed ten named ground-station locations, while dedicated-antenna locations and capabilities remained undisclosed. SP012
CP016 Leaf positions itself as a GSaaS provider combining owned and operated ground stations, TT&C services, payload delivery, automated scheduling, and mission-operations support. SP013
CP017 Leaf says its network handles 18,000+ passes per month, supports 100+ satellites, and serves more than half of operations for U.S. missions. SP013
CP018 Leaf’s network-plan page says it has 40+ fully operational ground stations processing more than 23,000 passes per month with 99%+ pass success and an 18-station expansion plan. SP015
CP019 Leaf’s technical documentation says most commercial operators use 2-8 meter antennas and that building an S/X-band station can cost roughly €400k-€500k plus about €7k monthly maintenance. SP014
CP020 Leaf frames TreeNet as an always-on connectivity layer designed to reduce dependence on limited ground-station passes and says most LEO satellites connect to the ground only about 10% of the time today. SP013, SP016
CP021 ATLAS says it provides Ground Software as a Service through a federated global ground network powered by AWS Cloud and a single API. SP017, SP018
CP022 ATLAS says its commercial network has 50+ antennas in 34+ global locations, supports S/X/Ka/UHF and LEO/MEO/GEO, and emphasizes LEOP with priority scheduling. SP018
CP023 ATLAS’s 2026 capability statement says it created the largest U.S.-owned global federated ground network by integrating ATLAS, AWS Ground Station, and Viasat Real-Time Earth. SP019
CP024 ATLAS says its 24/7 hardware-agnostic service minimizes manpower needs and offers machine-to-machine interfaces, RESTful APIs, and real-time metrics. SP019
CP025 SatNews reported in March 2026 that ATLAS added a South Pacific ground station in American Samoa to improve coverage for NOAA and U.S. military customers. SP020
CP026 Geespace says it is a global satellite communication service provider building and operating a LEO constellation with full-stack in-house design, development, and deployment. SP021, SP022
CP027 Geespace says it operates 64 satellites in orbit with 100% in-orbit and network reliability and near-global coverage excluding the poles. SP021, SP022
CP028 Geespace says its current constellation can handle 340 million communication sessions per day and support up to 20 million users worldwide. SP021
CP029 Geespace says it has completed commercial verification with 20+ domestic industry partners and telecom operators in 20+ countries, including 99.15% communication success and >99.97% network availability in overseas testing. SP022, SP023
CP030 Geespace sells a full stack of chips, modules, antennas, terminals, and vertical solutions such as vehicles, fisheries, emergency communications, and smart agriculture. SP021, SP022, SP023
CP031 Reuters/Yahoo reported in September 2024 that Geespace had 30 satellites in orbit after its third batch launch and planned 72 by end-2025, then 264 plus 5,676 more in later phases. SP026
CP032 Reuters/Yahoo reported that Geespace marketed the constellation as China’s private equivalent of Starlink and targeted more than 200 million users worldwide in phase one. SP026
CP033 Reuters/Yahoo reported in December 2025 that SpaceSail planned to start satellite internet service in remote parts of Brazil in the first half of 2026. SP025
CP034 Reuters/Yahoo reported that SpaceSail and Brazil’s Telebras signed an MOU to deliver satellite internet to schools, hospitals, and other essential services. SP025
CP035 The Brazil/Telebras move shows a state-backed Chinese operator can compete directly for sovereign connectivity budgets rather than depending on independent infrastructure specialists. SP025
CP036 Public pricing transparency is materially better at AWS and Leaf than at Yuxing, KSAT, ATLAS, Geespace, or SpaceSail, whose retained public sources do not disclose realized contract prices. SP010, SP011, SP015, SP006, SP018, SP021, SP025
CP037 Switching cost in ground-segment procurement includes licensing, onboarding, mission-software integration, data routing, and operational procedures, not just antenna access. SP011, SP014, SP018, SP019
CP038 Multi-homing is feasible because KSAT, Leaf, ATLAS, and AWS all emphasize APIs, network-of-networks models, or bring-your-own-processing approaches rather than exclusive physical lock-in. SP007, SP011, SP015, SP018, SP019
CP039 Yuxing’s clearest moat is China-local mission support: frequency coordination and launch-permit support, domestic ground infrastructure, in-orbit safety management, and remote-sensing calibration services. SP001, SP003, SP004
CP040 Yuxing is weaker than KSAT, AWS, Leaf, and ATLAS on publicly disclosed global self-service infrastructure scale and pricing transparency. SP001, SP006, SP010, SP012, SP015, SP018, SP019
CP041 Internal build remains a real alternative because a ground station requires capex, maintenance, licenses, operating software, local teams, and site control, which some sovereign programs prefer to own directly. SP014
CP042 Integrated operators such as Geespace and SpaceSail can internalize parts of Yuxing’s value chain because they own constellation deployment, sell end-user solutions, and form direct telco or government partnerships. SP021, SP022, SP023, SP024, SP025, SP026, SP027
CP043 Cloud-native and always-on architectures could commoditize some classic pass-scheduling work, especially for standard S/X-band missions or satellite clusters that adopt relay or mesh connectivity. SP011, SP016, SP020
CP044 The competitive verdict is that Yuxing is differentiated in China-centric mission operations and safety / calibration niches, but the strongest global benchmarks already combine larger networks, more automation, or deeper vertical integration. SP001, SP006, SP015, SP018, SP021
CI001 Official materials support at least four monetizable buckets for Yuxing: launch / early-orbit TT&C, long-term in-orbit management, remote-sensing calibration and payload-data services, and ground-system or communications product sales. SI001, SI002, SI003, SI004
CI002 Yuxing publicly presents both services and products, implying a hybrid business model rather than a single pure-software offering. SI001, SI004
CI003 Yuxing does not publish a public rate card, list price, or standard contract schedule in the retained source set. SI001, SI002, SI003, SI004
CI004 The official service stack implies a mix of event-driven launch revenue and potentially recurring long-term operations revenue. SI002, SI003
CI005 Multiple June 2026 articles say Yuxing signed an IPO counseling agreement on 2026-05-28 and completed counseling filing on 2026-06-05. SI005, SI006, SI007
CI006 Sina said that as of 2026-06-07 the company had completed 9 financing rounds and that the latest publicly cited prior round was a RMB 430m C+ round in August 2025. SI006
CI007 One June 2026 Tencent article said cumulative financing exceeded RMB 2bn and placed Yuxing in roughly the RMB 6bn-7bn unicorn band. SI005
CI008 A separate Tencent/IPO article said cumulative financing exceeded RMB 1bn. SI007
CI009 Emposat’s official intro says the company has cumulatively served more than 370 satellites and rockets. SI001
CI010 Jiemian said the company had provided paid services to more than 500 satellites and rockets and that measurement-and-control service volume doubled for four consecutive years. SI008
CI011 Tencent/IPO早知道 said Yuxing had already provided paid services to 674 satellites and rockets. SI007
CI012 The public paid-mission counts of 370, 500+, and 674 are not reconciled across sources and therefore support directional traction but not precise financial modeling. SI001, SI007, SI008
CI013 36Kr reported that Yuxing completed a RMB 430m C+ round in August 2025. SI009
CI014 Sina and Tencent financing coverage from mid-June 2026 said the D / D+ / D++ sequence totaled nearly RMB 2bn. SI010, SI011
CI015 NetEase / Rui Caijing said that after the D+ round Yuxing entered the RMB 10bn unicorn bracket. SI012
CI016 The Eastern Herald placed Emposat in the active June 2026 Chinese commercial-space pre-IPO queue. SI015
CI017 Jiemian described commercial space TT&C as a heavy-asset, long-cycle business that requires continuing expenditure on stations, RF systems, antennas, baseband equipment, operations, and compliance. SI008
CI018 AWS says traditional satellite operations require significant capital investment to build ground stations and an operating center. SI016
CI019 Leaf’s technical documentation says an S/X-band antenna typically costs about €400k-€500k plus roughly €7k monthly maintenance. SI018
CI020 AWS says licensing timelines can range from about 45 days to 9+ months depending on jurisdiction. SI016
CI021 KSAT and ATLAS market ground-segment value as global network reliability, mission support, and integration depth rather than as bare low-cost minutes. SI020, SI021, SI022, SI023
CI022 AWS publicly offers per-minute on-demand or reserved pricing, showing that some ground-segment workflows can be utility-priced. SI016, SI017
CI023 Leaf explicitly markets a pay-for-use, no-commitment posture, which signals pricing pressure for standardized outsourced ground-segment work. SI019
CI024 The right financial frame for Yuxing is not a pure ARR model but a service-mix and utilization model spanning mission support, recurring operations, and products. SI001, SI002, SI003, SI004
CI025 Product self-development above 90% on key products could improve cost control if the 36Kr claim is accurate, but it does not reveal realized margin. SI009
CI026 Yuxing likely has longer sales cycles than cloud utilities because permits, launch windows, and mission integration sit inside the service offering. SI001, SI002, SI016
CI027 IPO counseling looks economically relevant because Yuxing’s network, products, and engineering intensity imply continuing capital needs beyond ordinary working capital. SI005, SI008, SI015
CI028 Yuxing’s official network and full-lifecycle service ambition imply ongoing capex and R&D requirements even without public financial statements. SI001, SI002, SI003, SI004
CI029 Public sources do not disclose cash on hand, debt, project-finance obligations, or runway. SI005, SI006, SI007, SI008, SI010, SI011, SI012
CI030 Geespace’s public materials show a contrasting monetization model built around modules, terminals, handsets, and vertical solutions, not just back-end operations support. SI024, SI025, SI026, SI027
CI031 Comparator evidence from AWS and Leaf shows that parts of the ground-segment market can be sold through utility-style or no-commitment pricing rather than through bespoke project economics. SI016, SI017, SI019
CI032 No public revenue, ARR, gross margin, EBITDA, or free-cash-flow metric was found in the retained source set. SI005, SI006, SI007, SI008, SI010, SI011, SI012
CI033 Working-capital and cash-conversion risk likely sit in station utilization, site operations, and compliance timing, but open evidence is insufficient to quantify any of them. SI016, SI018, SI020, SI021
CI034 Public valuation markers are inconsistent: one June 2026 source points to RMB 6bn-7bn while another says the company entered the RMB 10bn unicorn bracket. SI005, SI012
CI035 Public funding totals are also inconsistent, with sources using >RMB 1bn, >RMB 2bn, and near-RMB 2bn recent-cycle formulations. SI005, SI007, SI010, SI011
CI036 The company-specific official filing detail page was not directly retrievable from the electronic disclosure platform in the retained fetches, so IPO status relies on corroborated secondary reporting. SI013, SI014, SI005, SI006, SI007
CI037 The presence of an official regulator portal and a filing platform shows that a primary document trail should exist even though the retained fetches did not reach the company-specific record. SI013, SI014
CI038 Financially, Yuxing looks financeable and strategically supported, but not underwritable on revenue quality, margin path, or runway from public sources alone. SI005, SI008, SI014, SI015
CI039 The hundreds-of-missions traction claims support real commercial utilization but are insufficient to infer revenue without average contract value and repeat rate. SI007, SI008, SI001
CI040 Yuxing’s economics likely blend product gross margin, specialized service margin, and infrastructure utilization, which is why segment mix is the most important missing private dataset. SI001, SI003, SI004, SI009
CE001 Official materials show Yuxing’s product surface spans mission-control services, ground and communications hardware, software systems, safety management, and calibration infrastructure. SE001, SE002, SE003, SE004, SE005, SE006
CE002 Yuxing is best described publicly as a platform bundle rather than as a single software SKU or single hardware SKU. SE001, SE002, SE003, SE004
CE003 The software system covers orbit determination, attitude control, task planning, telemetry, telecommand, ground-station control, 3D visualization, and digital twins. SE004
CE004 Yuxing’s software platform uses a B/S architecture with a Vue front end, Java back end, microservices, cloud servers, cloud storage, and Kubernetes-style containerized operations. SE004
CE005 The task-planning system uses rules plus a genetic algorithm to schedule users, stations, and satellites. SE004
CE006 The telemetry and telecommand stack supports flexible configuration, hot loading, anomaly alerts, and automated or manual command injection. SE004
CE007 The station digital-twin system uses U3D and real-time equipment data to mirror antenna posture, links, and internal workflows, including 1.8m and 12m antenna assets. SE004
CE008 The integrated TT&C baseband uses software radio, supports standard and spread-spectrum TT&C plus two-way data, and conforms to CCSDS-compatible data formats. SE003
CE009 The high-speed data baseband supports a wide modulation and rate range, including up to 2000 Mbps in the disclosed 16QAM case. SE003
CE010 The X-band TT&C transponder is described as lightweight, software-radio based, customizable, and equipped with single-event protection. SE003
CE011 Yuxing says the Ningxia Zhongwei site is China’s first commercial comprehensive fixed calibration and validation field for optical, SAR, and laser-altimetry satellites. SE006
CE012 Yuxing says the Zhongwei field is designed for automated unattended operation, reducing operating cost and improving efficiency. SE006
CE013 The optical calibration subsystem is described as using 25 reflective moving point-light targets with absolute radiometric calibration accuracy better than 7%. SE006
CE014 The SAR calibration subsystem is described as using 20 automatic corner reflectors and three multi-band active calibrators with 0.3 dB radiometric measurement accuracy. SE006
CE015 The laser-altimetry subsystem is described as using 1500 fixed and 500 mobile receivers with footprint-position calibration accuracy better than 2 meters. SE006
CE016 Taibo reported that Yuxing and Jingji Communication completed an X-band 4.2Gbps ultra-high-speed transmission test at the Zhongwei 13m ground station, verifying high-bit-rate reception capability. SE014
CE017 36Kr reported that more than 90% of Yuxing’s key products are self-developed and that the company has system-level and cost advantages. SE009
CE018 The retained official pages show Yuxing integrates product modules with an operating workflow rather than exposing them as disconnected catalog items. SE002, SE003, SE004, SE007, SE008
CE019 SpaceNews reported that Sustain Space’s Xiyuan-0, also known as Yuxing-3 (06), launched on March 16, 2026 and completed on-orbit flexible robotic-arm operations. SE012
CE020 Independent 2026 reporting says four robotic-arm modes were verified: autonomous simulated refueling, human teleoperation, vision-based servo operations, and force-controlled manipulation. SE012, SE016, SE017
CE021 SpaceNews explicitly says the reported refueling activities were simulations and no actual propellant transfer was confirmed. SE012
CE022 The mission also included an accelerated deorbit experiment using a deployable drag-augmentation sphere. SE012
CE023 SpaceNews said Sustain Space is a subsidiary of Emposat and that development involved partners including Tsinghua University Shenzhen International Graduate School, Shenzhen Mofang Satellite Technology, and Hunan University of Science and Technology. SE012
CE024 SpaceNews said Emposat supported communications and operations for the robotic-arm mission and that the companies aim to leverage Emposat ground infrastructure for low-latency human-in-the-loop operations. SE012
CE025 CCTV said Yuxing 3-06 is the first commercial satellite of its kind with a flexible robotic arm and that the test opens paths toward debris management and other in-orbit services. SE013
CE026 Interesting Engineering and Universe Space Tech describe the arm as a flexible continuum hollow manipulator with rear cable drive, designed for safer work in narrow or delicate spaces. SE016, SE017
CE027 Independent 2026 coverage says the flexible-arm design could support refueling, repairs, component replacement, assembly, and debris-related tasks. SE015, SE016, SE017
CE028 The public evidence still places the robotic-arm branch in demonstration stage rather than in proven commercial service. SE012, SE013, SE015, SE016, SE017
CE029 Product maturity appears highest in the traditional ground-operations stack and lower in the newer in-orbit servicing branch. SE002, SE003, SE004, SE006, SE012
CE030 Roadmap evidence is stronger for iterated software and recent test milestones than for a disclosed commercial pipeline from robotic-arm demo to repeat revenue missions. SE004, SE012, SE014
CE031 The software stack documents explicit permissions, gateway controls, backup, high availability, and elastic scaling features. SE004
CE032 The safety-management page says Yuxing performs daily collision-risk evaluation, pushes alerts through multiple channels, and uses GPU+CPU methods to improve warning timeliness. SE005
CE033 The same safety-management page describes multiple deorbit-control methods, including propulsion, drag sail, electrodynamic tether, drag sphere, and capture-style deorbiting. SE005
CE034 Yuxing says it provides satellite health prediction, performance evaluation, and digital-twin-based in-orbit simulation for fault prediction. SE005
CE035 Competitor evidence from Geespace shows that bundling satellite modules, terminals, and service solutions is not unique to Yuxing, even if the product focus differs. SE022, SE023
CE036 Comparator evidence from AWS and Leaf shows that generic ground-segment automation and digital-workflow tooling are widely available, so Yuxing’s differentiation must rest on mission-specific depth rather than on automation alone. SE024, SE025, SE004
CE037 The disclosed software stack looks more like a modern cloud-native operations platform than a legacy standalone console. SE004, SE018, SE019
CE038 Public trust and quality evidence is still incomplete because the retained set does not provide independent SLAs, uptime records, or third-party certifications. SE004, SE005, SE006, SE012
CE039 The final product verdict is that Yuxing is differentiated in Chinese mission ops, calibration, and safety infrastructure and credibly innovative in servicing demos, but the newest branch remains early in commercial maturity. SE004, SE006, SE012, SE014
CE040 Baidu English entries describe Yuxing as having more than 150 invention patents, supporting a directional claim of real IP depth even though specific patent families were not enumerated in the retained set. SE020, SE021
CU001 Official materials show Yuxing serves multiple customer jobs rather than one buyer type: launch TT&C, in-orbit management, payload data reception, calibration, and safety services. SU001, SU003, SU004, SU005
CU002 The practical user of Yuxing services is often the mission-operations team, while the economic buyer may be a launcher, satellite operator, constellation program, or mission prime. SU001, SU003, SU004
CU003 Official launch-support disclosures suggest Yuxing usually lands the relationship at the launch and early-orbit stage, then has the option to expand into later operations. SU003, SU004
CU004 Launch providers are a real customer segment because Yuxing explicitly markets full-route launch and insertion TT&C services to global users. SU003
CU005 Satellite operators and constellation programs are a real customer segment because Yuxing explicitly markets long-term management, constellation planning, orbit keeping, and data-reception services. SU004
CU006 Remote-sensing calibration users are a real customer segment because the Zhongwei field is publicly positioned for optical, SAR, and laser-altimetry business-grade calibration and validation work. SU005
CU007 As of June 2026, the strongest public company-scale adoption marker is 674 paid satellites and rockets served alongside a 60-plus-station global ground network. SU006
CU008 A separate June 2026 Tencent/Jiemian report said Yuxing had already provided paid service to more than 500 stars and rockets and that service volume had doubled for four consecutive years. SU007
CU009 An older 2026 official-site marker still reported more than 370 serviced satellites and rockets, implying that public mission-count baselines were updated materially as IPO coverage intensified. SU001
CU010 The public activity markers are directionally consistent on growth but not fully reconciled, so scale is proven while cohort precision remains incomplete. SU001, SU006, SU007, SU008
CU011 Yuxing's clearest repeat-use customer proof is Galactic Energy: the company says it provided full-process TT&C for Ceres-1 Y1 through Y9 since 2020. SU002, SU017, SU018
CU012 Because the Ceres-1 relationship spans multiple launches across years, it is the strongest public durability proxy in the chapter even though no renewal metric is disclosed. SU002, SU017, SU018, SU019, SU020
CU013 Customer-side Galactic Energy sources show Ceres-1 continuing to scale in 2025, with 16 to 17 launches and 63 to 71 satellites delivered by January and March 2025. SU017, SU018
CU014 Independent 2026 media still show Ceres-1 flying at meaningful cadence, reinforcing that Yuxing's launcher-customer segment is tied to an active commercial launch program rather than a one-off historical case. SU019, SU020
CU015 The value proposition to launcher customers is mission assurance at the most failure-sensitive stage: launch, insertion, first telemetry reception, and initial command execution. SU003, SU002
CU016 PIESAT is a real production customer proof point because Yuxing says it served the Nuwa first batch while PIESAT and Xinhua-carried sources confirm the four-satellite constellation and its commercial EO mission. SU002, SU009, SU010, SU011, SU012
CU017 PIESAT's own website says Nuwa is China's largest commercial radar remote-sensing constellation and that the first four satellites launched in March 2023, with a second four-satellite batch launched in November 2024. SU009
CU018 Xinhua-carried reports say the PIESAT-1 formation would be used by PIESAT for commercial remote-sensing data services, making the customer use case commercial rather than purely experimental. SU010, SU011, SU012
CU019 Yuxing says it acted as the TT&C overall unit for the Nuwa first-batch launch and used a larger linked network with Xi'an Huanyu and Guoke Hualu to secure data reception. SU002
CU020 Yuxing says it also supported the four-satellite wheel-like post-insertion formation, indicating the work extended beyond mere launch-day visibility. SU002
CU021 Beijing-3C is a real production customer proof point because Yuxing says it provided TT&C for all four satellites and independent launch reporting confirms the mission. SU002, SU014, SU015, SU016
CU022 SpaceNews and Skyrocket identify the Beijing-3C customer-side operator as 21AT, clarifying the legal-entity operator behind the mission name. SU016, SU023
CU023 Yuxing says it used ground stations in Zhongwei, Mengla, Sanya, and Southeast Asia to receive telemetry, maintain signal stability, and inject commands for Beijing-3C after separation. SU002
CU024 The best public retention proxies are repeated operational assignments and rising mission counts, not disclosed revenue-retention metrics. SU002, SU006, SU007, SU008
CU025 Official long-term-operations materials show a clear expansion path from launch support into recurring mission planning, multi-station relay, orbit prediction, orbit control, and constellation management. SU004
CU026 Taibo's January 2026 report says Yuxing completed 10 rocket launch-control missions and 47 satellite flight-control missions during 2025, which supports continued throughput after the initial customer win. SU008
CU027 No public source in the retained set discloses NRR, GRR, logo retention, average contract length, backlog, or customer satisfaction scores. SU001, SU006, SU007, SU008, SU024
CU028 No public source in the retained set discloses customer concentration, top-customer share, or revenue mix by launcher versus satellite operator versus other service lines. SU006, SU007, SU008, SU024
CU029 Despite repeated “global user” language and overseas station disclosures, the retained public set does not name a foreign anchor customer for Yuxing. SU001, SU003, SU004
CU030 Reuters-reported evidence from Brazil shows that Chinese state-backed satellite-internet players can win large overseas anchor accounts, raising the bar for Yuxing's international visibility. SU021, SU022
CU031 Yuxing's repeat-use moat appears strongest where mission cadence is high and operational complexity is concentrated in launch and early orbit. SU002, SU003, SU017, SU018
CU032 The named public cases prove Yuxing is trusted on live operational workflows where telemetry continuity, data reception, and command execution have mission-critical consequences. SU002, SU009, SU014, SU016, SU017
CU033 Customer adoption is best understood as infrastructure usage embedded in mission operations rather than as simple software-seat adoption. SU001, SU003, SU004
CU034 Public customer proof still depends heavily on company-selected case studies and self-reported mission counts, which limits outside visibility into the full roster and economics. SU001, SU002, SU006, SU007, SU008
CU035 The public roster is clearly commercial-space facing, but the exact mix between private, government-affiliated, and other mission types remains opaque. SU001, SU002, SU024
CU036 The Nuwa constellation's commercialization logic—commercial remote-sensing data services and broader spacetime-data monetization—shows why EO operators would buy Yuxing data-reception and launch-support services. SU009, SU011, SU013
CU037 Bid-list procurement for antenna covers, industrial computers, and production-line work is consistent with a company still investing to support customer delivery capacity and network expansion. SU025
CU038 Because the public set lacks top-customer and retention data, the business could be more concentrated than the mission count implies. SU006, SU007, SU008, SU025
CR001 The Data Security Law applies to data-processing activities within China and can also impose legal liability for certain data-processing activities outside China that harm PRC interests. SR001, SR004
CR002 China's data-security regime includes important-data and core-data concepts, with stricter management for data tied to national security, major public interests, and critical economic lifelines. SR001, SR004
CR003 The Data Security Law establishes national-security review for data processing that affects or may affect national security. SR001, SR004
CR004 The Data Security Law also creates export-control and outbound-management risk for important data, with penalties including fines and even permit or license consequences. SR004
CR005 The Personal Information Protection Law adds a separate compliance layer for any operator, employee, or customer-support data Yuxing processes through networked systems. SR002
CR006 The amended Cybersecurity Law applies to the construction, operation, maintenance, and use of networks within the PRC and frames cybersecurity explicitly around national security and public interest. SR003
CR007 Because Yuxing runs software platforms, station-control systems, and data-handling workflows across a distributed network, the company sits squarely inside China's data and cybersecurity perimeter even without being a consumer internet platform. SR001, SR003, SR010, SR012
CR008 CNSA and SAMR's commercial-space standards system covers industry governance, R&D and manufacturing, launch and TT&C, space applications, and facilities, with plans for more than 1,000 standard items. SR005
CR009 China's space authority created a dedicated commercial-space department in late 2025, signalling more specialized supervision of the sector. SR006
CR010 Public 2025-2027 policy materials and legal analysis imply additional rules are expected around launch, TT&C, in-orbit operations, transfer, de-orbit, and re-entry. SR008, SR009
CR011 Bird & Bird's 2026 legal analysis says satellite communications services are generally treated as a basic telecom business in China, where the state must hold at least 51% of a licensed provider. SR008
CR012 That licensing structure can constrain private commercial-space companies by forcing partnership, state-backed, or otherwise carefully structured approaches for some service categories. SR008, SR009
CR013 Yuxing's own introduction says it supports satellite frequency coordination and launch-permit applications, proving that regulation is embedded in its customer workflow rather than being a distant back-office issue. SR010
CR014 CSRC's investor-protection and market-transparency mandate means Yuxing's IPO path exposes the company to a tighter disclosure standard than its current private-company media footprint. SR007, SR017
CR015 Public Yuxing disclosures already show inconsistent counts for serviced missions, financing totals, and valuation markers, which creates disclosure-discipline risk before any formal filing. SR015, SR016, SR017, SR018
CR016 Yuxing operates a global satellite ground network with more than 60 stations and multiple domestic and overseas sites, so network uptime and site coordination are core operational risks. SR010, SR011, SR016
CR017 The launch-support network spans multiple bands and geographies, which increases exposure to site readiness, equipment maintenance, staffing, and cross-border operating complexity. SR011, SR015
CR018 Bid notices for 12m radomes, industrial computers, antenna structures, and production-line work show Yuxing still depends on physical supply chains and continued asset buildout. SR014
CR019 Independent 2026 coverage explicitly describes commercial-space TT&C as a heavy-asset, long-cycle business with continual spending on sites, RF systems, antennas, baseband equipment, operations, and compliance. SR015
CR020 No public source in the retained set discloses station utilization, maintenance cost, spare-part strategy, or equipment failure history, leaving a major operational-underwriting gap. SR011, SR014, SR015, SR016
CR021 Because Yuxing is active in launch, first acquisition, and command injection, an operational error can have immediate mission-visible consequences rather than merely deferred service degradation. SR011, SR030
CR022 The long-term-operations platform covers orbit planning, data handling, constellation changes, and issue response, so software or procedural failures can propagate into customer downtime or mission underperformance. SR012
CR023 Yuxing's safety-management service exposes it to collision-warning, health-management, and deorbit decision risk where false negatives, false positives, or bad maneuver logic could be costly. SR013
CR024 Independent 2026 reporting says the refueling element of the robotic-arm mission was simulated and that no actual propellant transfer has been publicly confirmed. SR019
CR025 That means the servicing branch should still be treated as technically and commercially immature despite strong media visibility. SR019, SR020, SR021
CR026 The named public customer roster is short and concentrated in China's commercial-space ecosystem, which is enough to prove adoption but not enough to prove broad diversification. SR024, SR025, SR026, SR030
CR027 Yuxing's strongest repeat customer proof is the Ceres-1 relationship, which makes launch-cadence dependence a real revenue-quality risk if private-launch throughput softens. SR024, SR027, SR028, SR030
CR028 Taibo's 2026 report links Yuxing's 2025 launch-control work directly to Ceres-1, Lijian-1, and Gravity-1 and claims 92.8% market coverage, tying growth to the health of China's commercial-launch cycle. SR018
CR029 PIESAT and 21AT prove Yuxing can serve EO operators, but the public set still does not reveal how many operator customers exist beyond these headline cases. SR025, SR026, SR030
CR030 Despite global-footprint marketing, the retained public set still does not name a foreign anchor customer for Yuxing. SR010, SR011, SR012
CR031 Reuters-reported evidence from Brazil and Orbital Radar's Qianfan tracking show that state-backed Chinese platforms are already winning or pursuing international anchor accounts at scale. SR022, SR023
CR032 The Nuwa case demonstrates that some customer outcomes depend on combined delivery with other network partners rather than on Yuxing's owned stack alone. SR030
CR033 Yuxing is attempting to operate TT&C services, long-term ops, calibration, safety workflows, products, and a new servicing branch at once, which creates execution-stretch risk. SR010, SR012, SR013, SR029
CR034 The company says its core team comes from traditional space-system units and that it has more than 300 employees, which implies both a talent advantage and dependence on scarce specialist operators. SR010
CR035 2026 production-line and equipment procurement implies growing coordination demands across subsidiaries, sites, and hardware programs. SR014
CR036 The evolving standards system and dedicated commercial-space department provide a mitigation path by reducing long-run ambiguity and making compliance requirements more legible. SR005, SR006, SR009
CR037 Yuxing's service mix across launch support, long-term ops, calibration, and safety is itself a mitigation against single-product risk, even if it also raises execution burden. SR010, SR012, SR013, SR029
CR038 Recent financing and IPO counseling suggest some access to capital, but they do not resolve the missing public evidence on revenue quality, gross margin, cash burn, or utilization. SR015, SR017, SR018
CR039 Reasonable thesis-break triggers include a material mission-delivery failure, adverse licensing or data-governance findings, a distressed financing or IPO process, or continued servicing hype without contract conversion. SR003, SR015, SR019, SR030
CR040 The highest-priority diligence asks are a full licensing map, data-governance architecture, customer concentration and contract data, incident history, and audited unit economics. SR007, SR008, SR015, SR016
CV001 Public evidence maps Aerospace Yuxing to 航天驭星 / Emposat and shows a real operating company rather than a placeholder shell. SV001, SV006, SV009
CV002 Aerospace Yuxing entered A-share IPO counseling in June 2026, giving the company real public-market preparation momentum. SV006, SV007, SV009, SV012
CV003 Public 2026 reporting does not establish one clean current valuation; instead it shows conflicting markers from roughly 60-70亿元 to 100亿元. SV008, SV009, SV010
CV004 Public sources consistently indicate that Yuxing has provided paid services to hundreds of satellites and rockets and operates a large ground-station network. SV001, SV006, SV007, SV029
CV005 Official materials show Yuxing spans launch TT&C, long-term operations, safety management, and adjacent product/service lines, which broadens monetization options. SV001, SV002, SV003, SV004
CV006 Bid notices and infrastructure-oriented service pages imply a heavy-asset operating model whose economics depend on station utilization and execution quality. SV002, SV003, SV005, SV006
CV007 Public information still does not disclose revenue, gross margin, EBITDA, cash balance, debt, or customer concentration clearly enough to support precise underwriting. SV006, SV007, SV009, SV012
CV008 Named customer proof exists through cases such as PIESAT, Beijing-3C/21AT coverage, and repeated Galactic Energy launch support, which means the company is commercially real even if concentration is unresolved. SV015, SV016, SV029, SV030
CV009 The latest servicing and robotic-arm coverage adds strategic upside, but the retained public record still points to an immature commercial branch rather than a proven profit center. SV013, SV014
CV010 Planet Labs traded around an $8.05-$8.23B market capitalization in July 2026 with roughly $335.61M trailing revenue and 23.81x EV/revenue. SV020, SV021
CV011 Spire Global traded around a $0.44-$0.45B market capitalization in July 2026 with roughly $63.51M trailing revenue and 6.51x EV/revenue. SV022, SV023
CV012 AST SpaceMobile traded in a roughly $18.9-$24.0B market-cap band in July 2026 despite only about $84.94M trailing revenue, with Yahoo showing EV/revenue above 222x. SV024, SV025
CV013 Iridium traded around a $4.96-$5.01B market capitalization in July 2026 with roughly $875.84M trailing revenue and 7.60x EV/revenue. SV026, SV027
CV014 The public space-platform comparable set spans about 6.5x EV/revenue at the low end to above 222x at the high end, making blind multiple transfer to Yuxing unsafe. SV020, SV022, SV024, SV026
CV015 Planet Labs is relevant because it shows how a public geospatial infrastructure story can sustain premium multiples, but it is still a better-disclosed and more data-platform-heavy business than Yuxing. SV015, SV020, SV021
CV016 Spire is relevant as a smaller multi-product space-data benchmark, suggesting the public market will still pay mid-single-digit sales multiples for scaled but non-dominant platforms. SV022, SV023
CV017 AST SpaceMobile is not a direct comp, but it shows how strategic satellite-connectivity narratives can command option-value multiples far above near-term revenue. SV024, SV025
CV018 Iridium is useful as a mature satcom benchmark because it pairs recurring service revenue with a high-single-digit EV/revenue multiple and public financial transparency Yuxing does not yet offer. SV026, SV027
CV019 Comparable-company evidence supports using scenarios and valuation bands, not a single point estimate, for Yuxing. SV020, SV022, SV024, SV026
CV020 The most defensible base-case valuation anchor is the lower public late-stage marker around 60-70亿元, because that band is repeated by multiple 2026 sources while economics remain opaque. SV008, SV009
CV021 A bull case above the 60-70亿元 zone requires proof that Yuxing can convert launch-control strength into durable recurring constellation operations and defend higher-value adjacent services. SV003, SV006, SV029
CV022 A bear case into roughly a 20-40亿元 band becomes plausible if launch cadence slows, public-market prep exposes weak unit economics, or capital markets force a down-round style reset. SV006, SV009, SV017
CV023 The retained public evidence does not support paying a clean 100亿元-style mark as if it were already underwritten by audited metrics. SV007, SV009, SV010, SV012
CV024 The recommendation supported by public evidence is track / research-more rather than an unconditional buy or aggressive lead. SV003, SV007, SV009, SV012, SV020, SV026
CV025 That recommendation carries medium confidence and a high risk rating because company quality is visible, but price support and economics visibility are not. SV007, SV009, SV017, SV020, SV026
CV026 Entry discipline should tighten above public late-stage markers until audited management accounts, utilization, and customer concentration are disclosed. SV008, SV009, SV012
CV027 The single highest-value missing diligence item is a current cap table and preference-stack map, because flat or down outcomes could impair common-equity value materially. SV012
CV028 Management accounts by service line, station-utilization data, and cohort revenue by launch-versus-long-term operations are all missing but essential before underwriting valuation aggressively. SV002, SV003, SV007, SV009
CV029 Service-by-service licensing, overseas site approvals, and incident/SLA history are also mandatory diligence asks because regulation and mission execution sit inside the product itself. SV002, SV003, SV017
CV030 The pro-investment thesis is that Yuxing sits inside a strategically supported Chinese space-infrastructure niche with verified mission history, named customer proof, and product breadth. SV001, SV006, SV015, SV029, SV030
CV031 The anti-thesis is that disclosure, concentration, and capital-intensity risks may cap equity returns even if the company is strategically important. SV007, SV009, SV017, SV019
CV032 One clear thesis-break trigger would be IPO or financing materials revealing weak gross margin, poor cash conversion, or underutilized infrastructure relative to the growth story. SV006, SV009, SV012
CV033 A major launch-support, TT&C, or in-orbit operations incident would damage both customer confidence and valuation because Yuxing sells mission-critical reliability. SV002, SV003, SV004
CV034 If large launch or constellation customers internalize more operations or shift to state-backed alternatives, Yuxing's utilization and pricing power could weaken quickly. SV015, SV018, SV019
CV035 IPO counseling improves exit readiness, but the public evidence still falls short of what an institutional investor would need for a fully underwritten growth-equity decision. SV006, SV009, SV012
CV036 Public evidence does not support a credible target-return or exit-model calculation beyond requiring a significant disclosure discount and downside protection. SV012, SV020, SV026
CV037 Public-comp dispersion means the recommendation must be price-sensitive and evidence-sensitive, not a simple quality score on the company itself. SV020, SV022, SV024, SV026
CV038 Financing headlines and public-market data together imply that a disclosure discount is mandatory even if the business merits continued diligence. SV008, SV009, SV020, SV026
CV039 Overseas upside appears more ecosystem-enabled than directly proven on Yuxing's own balance sheet at present. SV018, SV019
CV040 Because product depth, customer proof, and policy support are real, the disciplined call is continued diligence rather than an outright pass. SV001, SV015, SV029, SV012
CV041 The PIESAT analyst note and Taibo coverage support the view that Chinese constellation and launch-control demand is expanding, which is necessary for Yuxing's upside case. SV028, SV029
CV042 Repeated 2026 launch coverage around Ceres-1 supports a live domestic cadence backdrop, but it does not solve the company-specific disclosure problem. SV029, SV030
来源
编号出版方标题引文
SO001 Emposat 航天驭星简介 航天驭星成立于2016年,总部位于北京,在西安、郑州、中卫、七台河、精河、鹤壁、南太平洋、非洲、南美等地建立了十几个分支机构。
SO002 Emposat 航天驭星首页 航天驭星已建成发射段测控网...可为全球用户提供印度洋方向和太平洋方向的航天器发射、入轨全航程多频段的测控服务。
SO003 Emposat 航天器天地往返测控服务 建成了全球布局的航天运营网络体系,为卫星及星座提供早期轨道段、长期管理段、返回段的全生命周期测运控服务。
SO004 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更、问题定位分析与处理、星座智能管家等服务。
SO005 Emposat 航天器安全管理服务
SO006 Emposat 遥感卫星定标服务
SO007 Emposat 地面系统产品
SO008 Emposat 通信系统产品
SO009 Emposat 软件系统产品
SO010 新浪财经 商业航天独角兽航天驭星,完成20亿元融资 航天驭星,于6月16日宣布完成D轮、D+轮和D++轮系列融资,累计融资金额近20亿元。
SO011 腾讯新闻 航天驭星宣布新一轮融资完成,机构判断产业形态将转向综合服务输出 完成D轮、D+轮及D++轮系列融资,累计融资金额近20亿元。
SO012 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 商业航天测控赛道是一门重资产、长周期的生意...都需要持续烧钱。
SO013 36氪 36氪首发丨商业卫星在轨运管服务领军企业「航天驭星」完成4.3亿元C+轮融资 航天驭星关键产品自研率超过90%,具备显著的系统总体优势和成本优势。
SO014 网易 / 瑞财经 航天驭星累计完成近20亿元融资,已启动IPO辅导、跻身百亿独角兽 在D+轮融资完成后,航天驭星正式跻身百亿独角兽行列。
SO015 Global Times Chinese firm achieves major breakthrough in commercial aerospace in-orbit servicing technology The Yuxing-3 06 is the first mission in a series of in-orbit operation tests led by Emposat subsidiary Sustain Space.
SO016 People's Daily Online China's new "space gas station" satellite breaks new ground for in-orbit servicing Developed by Sustain Space... a subsidiary of Beijing-based commercial satellite company Emposat, the satellite has earned the nickname "space gas station."
SO017 Digital Trends / Shuziqushi Aerospace Yuxing: The backend operator of China's commercial space sector Investors will be looking closely at its revenue structure... customer concentration, ground station utilization rates, and operational cash flow.
SO018 Baidu Baike Emposat Co., Ltd. In 2017, it built China's first third-party commercial satellite TT&C station. In 2018, it obtained the first radio station license for a commercial satellite TT&C station.
SO019 Baidu Baike Beijing Aerospace Yuxing Technology Co., Ltd. On June 5, 2026, Beijing Aerospace Yuxing Technology Co., Ltd. completed its IPO Tutoring Filing.
SO020 灰机Wiki 驭星卫星 驭星卫星(Yuxing)是一系列冠以“驭星”的卫星,目前网站收录五颗,均为SSO轨道上的遥感卫星。
SO021 未来天玑 航天驭星全新官网正式上线! 2023年,航天驭星的二期全球地面站网布局逐步建成,具备了为3000+卫星提供在轨运管服务的能力。
SO022 Emposat 招标公告
SO023 Emposat 合作伙伴
SO024 Emposat 联系方式
SO025 Emposat 加入我们
SO026 Emposat 航天工程咨询服务
SO027 Emposat 航天科普推广服务
SM001 Ministry of Industry and Information Technology of the PRC 什么是卫星互联网?为何要发展卫星互联网? 卫星互联网产业链涵盖卫星研制、火箭发射、地面设备制造、终端应用及运营服务等多个环节。
SM002 State Council Information Office / Xinhua China launches new internet satellite group
SM003 People's Daily Online / Xinhua China launches new internet satellite group low-orbit satellite constellations are not only the core support for emerging application scenarios such as smartphone-satellite direct connection, but are also a key to building an integrated 6G space-ground information network.
SM004 China National Space Administration China expands space internet satellite network
SM005 China Daily China files plans for 200,000-plus satellites with global body China has filed plans for more than 200,000 satellites with the International Telecommunication Union, signaling a decisive push to secure orbital slots and radio spectrum.
SM006 Global Times China establishes technical committee to standardize satellite internet systems and services Without coordination, satellite constellations could create space traffic congestion, frequency interference, and orbital conflicts.
SM007 MERICS Orbital geopolitics: China's dual-use space internet Guowang and SpaceSail together aim to place 27,992 broadband satellites into LEO – 15,000 and 12,992 by 2030, respectively.
SM008 IEEE ComSoc Technology Blog China ITU filing to put ~200K satellites in low earth orbit while FCC authorizes 7.5K additional Starlink LEO satellites
SM009 Orbital Radar Guowang & Qianfan — China's Satellite Internet: 350+ Launched (2026) China is deploying two massive LEO broadband constellations — Guowang and Qianfan — totalling over 28,000 planned satellites. As of mid-2026, more than 350 satellites have been launched across both programmes.
SM010 SatNews China’s Spectrum Squatting Reserves 244,000 Satellite Slots to Combat SpaceX’s LEO Monopoly By filing a massive wall of paperwork for nearly a quarter-million orbital slots, China effectively establishes legal priority over those specific radio frequencies and orbital paths.
SM011 International Telecommunication Union Regulation of satellite systems To avoid the warehousing of radio frequencies, the frequencies assigned in response to a satellite filing must be brought into use within a specified timeframe (currently seven years from the date of receipt of the request).
SM012 International Telecommunication Union Frequently Asked Questions on ITU Satellite Filings The number of filings is not a direct representation of the number of satellites that will be deployed and is constantly changing.
SM013 International Telecommunication Union Non-geostationary-satellite networks (Non-GSO) For those subject to coordination, the first step is to submit a request for coordination to the Bureau... followed by a notification for recording within 7 years from the date of receipt of the request for coordination.
SM014 Federal Communications Commission SpaceX Gen2 Upgrade Applications Partial Grant Authorization... to deploy and operate an additional 7,500 Gen2 Starlink satellites.
SM015 Deloitte Next-gen satellite internet is transforming pricing, capacity, and regulation worldwide The ground station terminals needed for LEO cost US$200 to US$500 each.
SM016 GSMA GSMA Releases Guidance to Support New Direct-to-Device (D2D) Satellite Services Satellite’s strength lies in its ability to reach remote areas. It cannot provide the capacity that terrestrial mobile networks can deliver, but with the correct regulation, D2D can supplement terrestrial mobile coverage.
SM017 GSMA Satellite direct-to-device (D2D) Today, 58% of the world’s population is connected to mobile broadband... approximately 4% of the global population [remains outside coverage].
SM018 Eutelsat OneWeb OneWeb LEO Constellation Eutelsat’s OneWeb LEO constellation of 600+ satellites... brings high-speed internet to every corner of the planet: on land, at sea, and in the air.
SM019 The Business Research Company Satellite Internet Market Size, Share and Trends Report 2026 The satellite internet market size has grown rapidly... from $6.48 billion in 2025 to $7.42 billion in 2026 at a compound annual growth rate (CAGR) of 14.6%.
SM020 Ministry of Industry and Information Technology of the PRC 关于公开征求2026年第二批工业和信息化部标准化技术委员会筹建方案意见的公示
SM021 36氪 36氪首发丨商业卫星在轨运管服务领军企业「航天驭星」完成4.3亿元C+轮融资
SM022 Emposat 航天驭星简介
SM023 未来天玑 航天驭星全新官网正式上线!
SM024 腾讯新闻 2026中国10大卫星制造公司排行榜|谁在定义中国商业航天的“造星能力”? 截至2026年,中国拥有卫星工厂58座,整体规划年产能超过6800颗。
SM025 Emposat 航天器天地往返测控服务
SP001 Emposat 航天驭星简介 目前,已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场,累计服务的卫星、火箭数量超370。
SP002 Emposat 航天器天地往返测控服务 建成了全球布局的航天运营网络体系,为卫星及星座提供早期轨道段、长期管理段、返回段的全生命周期测运控服务。
SP003 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更、问题定位分析与处理、星座智能管家等服务。
SP004 Emposat 遥感卫星定标服务
SP005 Emposat 地面系统产品 8米S/X/Ka频段固定站可用于完成S/X/Ka频段航天器的跟踪、测量、遥控、遥测、数传接收和S频段箭遥跟踪接收等基础功能。
SP006 KSAT Ground Network Services - KSAT Our Global Ground Station Network consists of more than 280 antennas at 26 selected locations and is continuously being developed to meet new customer demand.
SP007 KSAT KSATlite - Smart, Secure and Scalable Ground Operations Join 150+ operators who rely on KSATlite... historical performance above 99.75% globally.
SP008 SSC Space SSC Space (formerly Swedish Space Corporation) SSC Space offers one of the world’s largest, most flexible and dependable ground station networks.
SP009 Amazon Web Services AWS Ground Station as a Service You can save up to 80% on the cost of your ground station operations by paying only for the actual antenna time used.
SP010 Amazon Web Services Ground Station Pricing - Amazon Web Services With AWS Ground Station, you pay only for the antenna time you use... On-Demand... no long-term commitments... Reserved... monthly usage for 12 months.
SP011 Amazon Web Services AWS Ground Station - Features Once onboarded to the feature, you can begin integration and testing using simulated spacecraft and antennas.
SP012 AWS Documentation AWS Ground Station Locations - AWS Ground Station As of June 16, 2026, AWS Ground Station no longer supports antenna resources in Seoul.
SP013 Leaf Space Leaf Space | Simplifying Satellite Connectivity Worldwide LEAF LINE is LEAF SPACE’s Ground Segment as a Service solution... passes per month +18000 ... supported satellites +100.
SP014 Leaf Space Ground Segment 101: FAQs on Antennas & Ground Stations An S/X-band antenna typically costs around €400,000 to €500,000... Additionally, there is a monthly maintenance cost of approximately €7,000.
SP015 Leaf Space Global Ground Station Network for Reliable Satellite Operations 40+ fully operational ground stations processing more than 23,000+ passes per month... 2024-2026 deployment plan includes adding 18 new stations.
SP016 Leaf Space Latest News | Updates on Leaf Space Ground Segment Services Today, most LEO satellites connect to the ground only about 10% of the time... TreeNet removes these constraints by enabling continuous communication.
SP017 ATLAS Space Operations ATLAS Space Operations ATLAS is building and partnering to provide spacecraft operators a global federated network of antennas that work together seamlessly, powered through AWS Cloud, and a single API.
SP018 ATLAS Space Operations Commercial | ATLAS Space Operations ATLAS operates its federated ground network of 50+ antennas, in 34+ global locations, powered by our Freedom Platform.
SP019 ATLAS Space Operations 06302026 ATLAS Federal Capabilities Statement FINAL [WEB] ATLAS Space Operations created the largest U.S.-owned Global Federated Ground Network by integrating ATLAS, Amazon Web Services Ground Station, and Viasat Real-Time Earth.
SP020 SatNews ATLAS Space Operations Establishes South Pacific Hub with New Ground Station in American Samoa
SP021 Geespace 时空道宇科技 – 航天科技引领智能世界 Today, Geespace operates 64 satellites in orbit, achieving 100% in-orbit and network reliability.
SP022 Geespace 关于我们 – 浙江时空道宇科技有限公司 已与20多个国家通信运营商合作完成商用验证测试,测试通信成功率达99.15%,网络可用性超99.97%。
SP023 Geespace 合作伙伴 – 浙江时空道宇科技有限公司 时空道宇与中国联通、吉利汽车集团共同推进“卫星+智能网联”技术突破与场景应用落地。
SP024 Geespace Updates – 时空道宇科技 Geespace signs deal with Pakistan’s Paksat on satellite connectivity.
SP025 Yahoo News / Reuters Brazil to get satellite internet from Chinese rival to Starlink in 2026 SpaceSail and Brazil’s state-owned telecom Telebras had signed a memorandum of understanding... for schools, hospitals and other essential services.
SP026 Yahoo Finance / Reuters China's Geespace launches 10 low-orbit satellites, eyeing Starlink The second phase will add 264 satellites... the third phase will launch 5,676 satellites for high-speed broadband.
SP027 Orbital Radar Guowang & Qianfan — China's Satellite Internet: 350+ Launched (2026) China is deploying two massive LEO broadband constellations — Guowang and Qianfan — totalling over 28,000 planned satellites. As of mid-2026, more than 350 satellites have been launched across both programmes.
SI001 Emposat 航天驭星简介 目前,已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场,累计服务的卫星、火箭数量超370。
SI002 Emposat 航天器天地往返测控服务 建成了全球布局的航天运营网络体系,为卫星及星座提供早期轨道段、长期管理段、返回段的全生命周期测运控服务。
SI003 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更等服务。
SI004 Emposat 地面系统产品 8米S/X/Ka频段固定站可用于完成S/X/Ka频段航天器的跟踪、测量、遥控、遥测、数传接收。
SI005 腾讯新闻 / 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 累计融资总额超20亿元,估值已进入约60亿至70亿元的独角兽区间。
SI006 新浪财经 / 观点网 航天驭星启动A股上市辅导 截至目前公司已完成9轮融资,最新一轮为2025年8月公布的C+轮融资,融资金额4.3亿人民币。
SI007 腾讯新闻 / IPO早知道 航天驭星正式启动A股IPO:已有偿服务674颗卫星/火箭 截至目前,航天驭星已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场,累计服务的卫星、火箭数量达674颗。
SI008 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 商业航天测控赛道是一门重资产、长周期的生意...都需要持续烧钱。
SI009 36氪 36氪首发丨商业卫星在轨运管服务领军企业「航天驭星」完成4.3亿元C+轮融资 航天驭星关键产品自研率超过90%,具备显著的系统总体优势和成本优势。
SI010 新浪财经 商业航天独角兽航天驭星,完成20亿元融资 航天驭星,于6月16日宣布完成D轮、D+轮和D++轮系列融资,累计融资金额近20亿元。
SI011 腾讯新闻 航天驭星宣布新一轮融资完成,机构判断产业形态将转向综合服务输出 完成D轮、D+轮及D++轮系列融资,累计融资金额近20亿元。
SI012 网易 / 瑞财经 航天驭星累计完成近20亿元融资,已启动IPO辅导、跻身百亿独角兽 在D+轮融资完成后,航天驭星正式跻身百亿独角兽行列。
SI013 中国证券监督管理委员会 中国证券监督管理委员会
SI014 资本市场电子化信息披露平台 公开发行辅导 / IPO Guide platform entry point Sorry, your request has been blocked as it may cause potential threats to the server's security.
SI015 The Eastern Herald China’s Rocket Companies Are Lining Up Ten IPOs at Once to Catch SpaceX, and LandSpace’s $1 Billion Shanghai Listing Is the First Test Case Beijing-based satellite-ground-services provider Emposat [is] in active pre-IPO tutoring as of the June filing window.
SI016 Amazon Web Services AWS Ground Station - FAQs Traditionally, you needed significant capital investment to build satellite ground stations and the operating center.
SI017 Amazon Web Services Ground Station Pricing - Amazon Web Services With AWS Ground Station, you pay only for the antenna time you use.
SI018 Leaf Space Ground Segment 101: FAQs on Antennas & Ground Stations An S/X-band antenna typically costs around €400,000 to €500,000... monthly maintenance cost of approximately €7,000.
SI019 Leaf Space Global Ground Station Network for Reliable Satellite Operations Cost Efficiency: Only pay for what you use... No commitments required.
SI020 KSAT KSAT - Kongsberg Satellite Services The power of a global ground network for spacecraft and launch vehicles, positioned to support any mission in LEO, MEO, GEO and HEO, as well as Lunar missions.
SI021 KSAT Ground Network Services - KSAT Our Global Ground Station Network consists of more than 280 antennas at 26 selected locations.
SI022 ATLAS Space Operations Commercial | ATLAS Space Operations ATLAS operates its federated ground network of 50+ antennas, in 34+ global locations.
SI023 ATLAS Space Operations 06302026 ATLAS Federal Capabilities Statement FINAL [WEB] Our 24/7 hardware-agnostic, scalable services ensure a resilient architecture.
SI024 Geespace Media – 时空道宇科技 Core Products... GM1003 in-vehicle module ... GH1001 handset.
SI025 Geespace 企业动态 – 浙江时空道宇科技有限公司 Geespace signs deal with Pakistan’s Paksat on satellite connectivity.
SI026 Geespace 时空道宇科技 – 航天科技引领智能世界 Geespace operates 64 satellites in orbit... can support up to 20 million users worldwide.
SI027 Geespace 关于我们 – 浙江时空道宇科技有限公司 已与20多个行业伙伴完成商用验证测试...已与20多个国家通信运营商合作完成商用验证测试。
SE001 Emposat 航天驭星简介 公司业务主要围绕天地通信和航天器在轨管理开展。
SE002 Emposat 地面系统产品 8米S/X/Ka频段固定站可用于完成...跟踪、测量、遥控、遥测、数传接收。
SE003 Emposat 通信系统产品 综合测控基带设备采用软件无线电技术...数据格式适应PCM遥测标准和CCSDS的数据格式标准。
SE004 Emposat 软件系统产品 软件平台整体分为前端和后端两部分...各系统均采用微服务架构开发。
SE005 Emposat 航天器安全管理服务 提供基于数字孪生技术的航天器在轨仿真模拟技术的高准确度故障预测服务。
SE006 Emposat 遥感卫星定标服务 宁夏中卫遥感卫星定标与真实性检验场...是我国首个商业综合卫星定标与真实性检验固定场地。
SE007 Emposat 航天器天地往返测控服务 为卫星及星座提供早期轨道段、长期管理段、返回段的全生命周期测运控服务。
SE008 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更。
SE009 36氪 36氪首发丨商业卫星在轨运管服务领军企业「航天驭星」完成4.3亿元C+轮融资 航天驭星关键产品自研率超过90%,具备显著的系统总体优势和成本优势。
SE010 Global Times Chinese firm achieves major breakthrough in commercial aerospace in-orbit servicing technology China has made a major breakthrough in in-orbit servicing technology by successfully completing an in-orbit test of a flexible robotic arm.
SE011 People’s Daily China's new "space gas station" satellite breaks new ground for in-orbit refueling The satellite can be operated both autonomously and remotely from the ground to conduct fuel transfer or complete close-range docking.
SE012 SpaceNews Chinese startup tests flexible robotic arm in space for on-orbit servicing The reported refueling activities were simulations, with no actual propellant transfer confirmed.
SE013 CCTV China's first robotic arm-equipped commercial satellite completes in-orbit refueling test The test paves the way for Yuxing 3-06... to refuel other satellites in orbit, manage space debris, and provide other in-orbit services.
SE014 Taibo Aerospace Yuxing and Jingji Communication have completed the X-band 4.2Gbps ultra high speed data transmission test This experiment achieved long-term continuous and error free stable transmission... at the Aerospace Yuxing Zhongwei 13 meter ground station.
SE015 Friends of NASA China's First Robotic Arm-Equipped Commercial Satellite: In-Orbit Refueling Test China has successfully tested its first robotic arm-equipped commercial satellite in orbit, simulating refueling and servicing operations.
SE016 Interesting Engineering China’s first flexible space robotic arm completes in orbit tests The flexible arm design incorporates a “flexible continuum hollow arm + rear-mounted drive cable transmission.”
SE017 Universe Space Tech Testing of a flexible robotic arm for servicing satellites in orbit Unlike rigid robotic arms, this design is better suited for working in narrow and hard-to-reach spaces.
SE018 MDPI Remote Sensing Digital Twin of Space Environment: Development, Challenges, Applications, and Future Outlook Digital twin technology can support real-time monitoring, prediction, and control in space systems.
SE019 Cambridge IfM Digital twins: thought leadership in the satellite industry Digital twins can reduce operational risk and improve predictive maintenance in satellite systems.
SE020 Baidu Baike (English) Emposat Co., Ltd. A leading domestic builder and operator of aerospace digital infrastructure.
SE021 Baidu Baike (English) Beijing Aerospace Yuxing Technology Co., Ltd. The company has more than 150 invention patents.
SE022 Geespace Media – 时空道宇科技 Core Products... in-vehicle satellite communication module ... handset.
SE023 Geespace 时空道宇科技 – 航天科技引领智能世界 Geestpace operates 64 satellites in orbit... Core Technologies and Products...
SE024 Amazon Web Services AWS Ground Station - Features AWS Ground Station console and APIs... pay-per-minute pricing... digital twin.
SE025 Leaf Space Ground Segment 101: FAQs on Antennas & Ground Stations Operating a satellite constellation requires coordinating multiple satellites through the network to ensure seamless communication.
SU001 Emposat 航天驭星简介 目前,已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场,累计服务的卫星、火箭数量超370。
SU002 Emposat Emposat - 航天驭星 自2020年起,航天驭星为星河动力谷神星一号遥一~遥九箭提供了全流程测控服务。
SU003 Emposat 航天器天地往返测控服务 为全球用户提供印度洋方向和太平洋方向的航天器发射、入轨全航程多频段的测控服务。
SU004 Emposat 航天器长期运行管理支持服务 可提供任务规划、数据处理、星座轨道保持与变更、问题定位分析与处理、星座智能管家等服务。
SU005 Emposat 遥感卫星定标服务 可满足高空间分辨、高时间分辨、高光谱分辨和高辐射精度的业务化定标与遥感产品检验要求。
SU006 腾讯新闻 / IPO早知道 航天驭星正式启动A股IPO:已有偿服务674颗卫星/火箭 截至目前,航天驭星已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场,累计服务的卫星、火箭数量达674颗。
SU007 腾讯新闻 / 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 成立至今,公司已累计为超过500颗星箭提供有偿服务,测控数传服务量连续4年实现翻番增长。
SU008 Taibo Aerospace Yuxing completes nearly 600 million yuan D-round financing By 2025, the company completed launch and control tasks for Ceres 1, Lijian 1, and Gravity 1 and claimed 92.8% commercial satellite launch-control paid-service market coverage.
SU009 PIESAT 航天宏图 | 卫星运营与应用服务提供商 · 女娲星座SAR卫星 + PIE-Engine遥感云平台 女娲星座首批4颗雷达遥感卫星(航天宏图PIESAT-1 01-04)于2023年3月成功发射。
SU010 People's Daily / Xinhua China launches wheel-like constellation of remote-sensing satellites The satellites of the PIESAT-1 constellation were launched at 6:50 p.m. ... and it will be used by PIESAT, a satellite operation and application services provider in China.
SU011 SCIO / Xinhua China launches wheel-like constellation of remote-sensing satellites The constellation, mainly used to provide commercial remote-sensing data services, is capable of conducting rapid high-efficiency global land surveys.
SU012 Guangming Online / Xinhua China launches new remote-sensing satellites They will mainly provide commercial remote-sensing data services.
SU013 财通证券 建设“女娲”星座,助力时空大数据商业化 “女娲”星座的建设将丰富公司数据资源,推进低轨遥感卫星星上信息实时处理、星间信息传输、星座空基协同系统研发和空间验证。
SU014 The State Council / Xinhua China sends four satellites into space The rocket lifted off at 11:06 a.m. ... The satellite constellation is coded Beijing-3C.
SU015 People's Daily Online China launches Beijing-3C satellite constellation A Long March-2D carrier rocket carrying Beijing-3C satellite constellation including four satellites blasts off ... May 20, 2024.
SU016 SpaceNews China launches four high-resolution remote sensing satellites The satellites were launched for Twenty First Century Aerospace Technology Co. Ltd. (21AT) of Beijing.
SU017 Galactic Energy Eight Satellites with One Rocket! Galactic Energy Successfully Launches Ceres-1 (Y10) Carrier Rocket At present, the Ceres-1 rocket has successfully completed 17 launches, delivering 71 satellites into predetermined orbits.
SU018 Galactic Energy Galactic Energy successfully launched the Ceres-1 (Y16) carrier rocket At present, the Ceres-1 rocket has successfully completed 16 launches, delivering 63 satellites into their predetermined orbits.
SU019 China Daily Year's first private rocket mission takes off Galactic Energy ... conducted the sixth sea-based launch of its Ceres 1 carrier rocket ... marking the first private space mission in China in 2026.
SU020 Global Times Commercial rocket launched from Yellow Sea in China's first sea-based mission of 2026 The company said in a news release that the rocket blasted off ... and sent four satellites into a low-Earth orbit.
SU021 Yahoo Finance / Reuters Brazil to get satellite internet from Chinese rival to Starlink in 2026 Brazil signed a deal with Chinese satellite firm SpaceSail to provide services in 2026.
SU022 Orbital Radar Guowang & Qianfan — China's Satellite Internet: 350+ Launched (2026) Qianfan, also known as SpaceSail, is rapidly deploying a state-backed low Earth orbit satellite internet constellation with international ambitions.
SU023 Gunter's Space Page Beijing 3C-01, ..., 3C-04 Beijing 3C is are remote sensing optical satellites ... for 21AT (Twenty First Century Aerospace Technology Company Ltd).
SU024 新浪财经 / 观点网 航天驭星启动A股上市辅导 航天驭星成立于2016年,是我国领先的航天器在轨综合管理和航天数据应用企业。
SU025 Emposat 招标公告列表 12米天线罩采购项目招标公告;工控机采购项目招标公告。
SR001 NPC Data Security Law of the People's Republic of China The State shall establish a review system for data security, conducting national security reviews of data processing that affects or may affect national security.
SR002 NPC Personal Information Protection Law of the People's Republic of China No organization or individual shall illegally collect, use, process, or transmit the personal information of other persons.
SR003 CSET Georgetown Cybersecurity Law of the People's Republic of China This Law applies to the construction, operation, maintenance, and use of networks within the People's Republic of China, as well as the supervision and administration of cybersecurity.
SR004 DigiChina Translation: Data Security Law of the People's Republic of China The State is to implement export controls in accordance with law for data belonging to controlled categories in order to safeguard national security and interests.
SR005 CNSA China unveils commercial space standards system The system covers six branches: industry governance, R&D and manufacturing, launch and TT&C, space application services, basic and common items, and facilities and equipment.
SR006 The State Council / Xinhua China's space authority sets up new department to oversee commercial space sector The establishment of the commercial space department marks a significant step in providing specialized regulation for the industry.
SR007 CSRC CSRC Maintain a transparent, fair and equitable market; strengthen the protection of investors.
SR008 Bird & Bird China ready for commercialisation of its space sector but private and foreign participation still constrained Under the Telecommunications Regulations, the state must hold at least 51% interest in a licensee authorised to provide basic telecom service.
SR009 CSET Georgetown China National Space Administration Action Plan to Promote the High-Quality and Safe Development of Commercial Spaceflight (2025-2027) The action plan and related policies point to a more structured, safety-oriented commercial-space regulatory environment through 2027.
SR010 Emposat 航天驭星简介 可以提供包括卫星频率协调与发射许可申请、卫星测运控数传一体化解决方案。
SR011 Emposat 航天器天地往返测控服务 已建成发射段测控网,在宁夏、云南、海南、福建、南亚、南太平洋等地部署了1.8/4.5/7.5/12m多种口径设备。
SR012 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更、问题定位分析与处理。
SR013 Emposat 航天器安全管理服务 对我司在轨管控卫星开展每日例行空间目标碰撞安全评估计算,及时对卫星空间碰撞风险进行预警提示。
SR014 Emposat 招标公告列表 12米天线罩采购项目招标公告;工控机采购项目招标公告;扬州生产线厂房装修改造施工项目招标公告。
SR015 腾讯新闻 / 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 商业航天测控赛道是一门重资产、长周期的生意,地面站基建、射频系统、天线与基带设备、站点运维、频率与涉外合规等都需要持续烧钱。
SR016 腾讯新闻 / IPO早知道 航天驭星正式启动A股IPO:已有偿服务674颗卫星/火箭 截至目前,航天驭星已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场。
SR017 新浪财经 / 观点网 航天驭星启动A股上市辅导 航天驭星启动A股上市辅导。
SR018 Taibo Aerospace Yuxing completes nearly 600 million yuan D-round financing By 2025 the company completed launch and control tasks for Ceres 1, Lijian 1, and Gravity 1 and claimed 92.8% market coverage.
SR019 SpaceNews Chinese startup tests flexible robotic arm in space for on-orbit servicing The reported refueling activities were simulations, with no actual propellant transfer confirmed.
SR020 People's Daily China's new "space gas station" satellite breaks new ground for in-orbit refueling The satellite can be operated both autonomously and remotely from the ground to conduct fuel transfer or complete close-range docking.
SR021 CCTV China's first robotic arm-equipped commercial satellite completes in-orbit refueling test The test paves the way for Yuxing 3-06 to refuel other satellites in orbit, manage space debris, and provide other in-orbit services.
SR022 Yahoo Finance / Reuters Brazil to get satellite internet from Chinese rival to Starlink in 2026 Brazil signed a deal with Chinese satellite firm SpaceSail to provide services in 2026.
SR023 Orbital Radar Guowang & Qianfan — China's Satellite Internet: 350+ Launched (2026) Qianfan, also known as SpaceSail, is rapidly deploying a state-backed low Earth orbit satellite internet constellation with international ambitions.
SR024 Galactic Energy Eight Satellites with One Rocket! Galactic Energy Successfully Launches Ceres-1 (Y10) Carrier Rocket At present, the Ceres-1 rocket has successfully completed 17 launches, delivering 71 satellites into predetermined orbits.
SR025 PIESAT 航天宏图 | 卫星运营与应用服务提供商 · 女娲星座SAR卫星 + PIE-Engine遥感云平台 女娲星座是全国规模最大的商业雷达遥感星座。
SR026 SpaceNews China launches four high-resolution remote sensing satellites The satellites were launched for Twenty First Century Aerospace Technology Co. Ltd. (21AT) of Beijing.
SR027 China Daily Year's first private rocket mission takes off Galactic Energy ... conducted the sixth sea-based launch of its Ceres 1 carrier rocket ... marking the first private space mission in China in 2026.
SR028 Global Times Commercial rocket launched from Yellow Sea in China's first sea-based mission of 2026 The company said in a news release that the rocket blasted off ... and sent four satellites into a low-Earth orbit.
SR029 Emposat 遥感卫星定标服务 宁夏中卫遥感卫星定标与真实性检验场...是我国首个商业综合卫星定标与真实性检验固定场地。
SR030 Emposat Emposat - 航天驭星 航天驭星作为测控总体单位,联合西安寰宇、国科华路,三家公司的地面系统组成一张更大的网络。
SV001 Emposat 航天驭星简介 可以提供包括卫星频率协调与发射许可申请、卫星测运控数传一体化解决方案。
SV002 Emposat 航天器天地往返测控服务 已建成发射段测控网,在宁夏、云南、海南、福建、南亚、南太平洋等地部署了1.8/4.5/7.5/12m多种口径设备。
SV003 Emposat 航天器长期运行管理支持服务 已建成卫星星座在轨管理系统,可提供任务规划、数据处理、星座轨道保持与变更、问题定位分析与处理。
SV004 Emposat 航天器安全管理服务 对我司在轨管控卫星开展每日例行空间目标碰撞安全评估计算,及时对卫星空间碰撞风险进行预警提示。
SV005 Emposat 招标公告列表 12米天线罩采购项目招标公告;工控机采购项目招标公告;扬州生产线厂房装修改造施工项目招标公告。
SV006 腾讯新闻 / 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 商业航天测控赛道是一门重资产、长周期的生意,地面站基建、射频系统、天线与基带设备、站点运维、频率与涉外合规等都需要持续烧钱。
SV007 腾讯新闻 / IPO早知道 航天驭星正式启动A股IPO:已有偿服务674颗卫星/火箭 截至目前,航天驭星已建成了包含60余套地面站在内的全球化的卫星地面站网和综合定标场。
SV008 新浪财经 商业航天独角兽航天驭星,完成20亿元融资 航天驭星,于6月16日宣布完成D轮、D+轮和D++轮系列融资,累计融资金额近20亿元。
SV009 界面新闻 累计融资超20亿元,商业航天测控龙头航天驭星启动IPO辅导 商业航天测控赛道是一门重资产、长周期的生意...都需要持续烧钱。
SV010 网易 / 瑞财经 航天驭星累计完成近20亿元融资,已启动IPO辅导、跻身百亿独角兽 在D+轮融资完成后,航天驭星正式跻身百亿独角兽行列。
SV011 36氪 36氪首发丨商业卫星在轨运管服务领军企业「航天驭星」完成4.3亿元C+轮融资 航天驭星关键产品自研率超过90%,具备显著的系统总体优势和成本优势。
SV012 资本市场电子化信息披露平台 公开发行辅导 / IPO Guide platform entry point Sorry, your request has been blocked as it may cause potential threats to the server's security.
SV013 Global Times Chinese firm achieves major breakthrough in commercial aerospace in-orbit servicing technology China has made a major breakthrough in in-orbit servicing technology by successfully completing an in-orbit test of a flexible robotic arm.
SV014 People's Daily China's new "space gas station" satellite breaks new ground for in-orbit refueling The satellite can be operated both autonomously and remotely from the ground to conduct fuel transfer or complete close-range docking.
SV015 PIESAT 航天宏图 | 卫星运营与应用服务提供商 · 女娲星座SAR卫星 + PIE-Engine遥感云平台 女娲星座是全国规模最大的商业雷达遥感星座。
SV016 SpaceNews China launches four high-resolution remote sensing satellites The satellites were launched for Twenty First Century Aerospace Technology Co. Ltd. (21AT) of Beijing.
SV017 Bird & Bird China ready for commercialisation of its space sector but private and foreign participation still constrained Under the Telecommunications Regulations, the state must hold at least 51% interest in a licensee authorised to provide basic telecom service.
SV018 Yahoo Finance / Reuters Brazil to get satellite internet from Chinese rival to Starlink in 2026 Brazil signed a deal with Chinese satellite firm SpaceSail to provide services in 2026.
SV019 Orbital Radar Guowang & Qianfan — China's Satellite Internet: 350+ Launched (2026) Qianfan, also known as SpaceSail, is rapidly deploying a state-backed low Earth orbit satellite internet constellation with international ambitions.
SV020 Yahoo Finance Planet Labs PBC (PL) As of 7/21/2026, Yahoo Finance showed Planet Labs with an $8.23B market cap, $7.99B enterprise value, 23.81 EV/Revenue, and $335.61M revenue (ttm).
SV021 CompaniesMarketCap Planet Labs (PL) - Market capitalization As of July 2026 Planet Labs has a market cap of $8.05 Billion USD.
SV022 Yahoo Finance Spire Global, Inc. (SPIR) As of 7/21/2026, Yahoo Finance showed Spire with a $451.38M market cap, $413.69M enterprise value, 6.51 EV/Revenue, and $63.51M revenue (ttm).
SV023 CompaniesMarketCap Spire Global (SPIR) - Market capitalization As of July 2026 Spire Global has a market cap of $0.44 Billion USD.
SV024 Yahoo Finance AST SpaceMobile, Inc. (ASTS) As of 7/21/2026, Yahoo Finance showed AST SpaceMobile with an $18.92B market cap, $18.88B enterprise value, 222.34 EV/Revenue, and $84.94M revenue (ttm).
SV025 CompaniesMarketCap AST SpaceMobile (ASTS) - Market capitalization As of July 2026 AST SpaceMobile has a market cap of $24.04 Billion USD.
SV026 Yahoo Finance Iridium Communications Inc. (IRDM) As of 7/21/2026, Yahoo Finance showed Iridium with a $5.01B market cap, $6.65B enterprise value, 7.60 EV/Revenue, and $875.84M revenue (ttm).
SV027 CompaniesMarketCap Iridium Communications (IRDM) - Market capitalization As of July 2026 Iridium Communications has a market cap of $4.96 Billion USD.
SV028 财通证券 建设“女娲”星座,助力时空大数据商业化 “女娲”星座的建设将丰富公司数据资源,推进低轨遥感卫星星上信息实时处理、星间信息传输、星座空基协同系统研发和空间验证。
SV029 Taibo Aerospace Yuxing completes nearly 600 million yuan D-round financing By 2025 the company completed launch and control tasks for Ceres 1, Lijian 1, and Gravity 1 and claimed 92.8% market coverage.
SV030 China Daily Year's first private rocket mission takes off Galactic Energy ... conducted the sixth sea-based launch of its Ceres 1 carrier rocket ... marking the first private space mission in China in 2026.