初创公司尽调
尽调报告 Aerospace / Hardware (Reusable Launch Vehicles) Series D (pre-launch) 2026-06-01

Stoke Space

完全可重复使用火箭

Stoke Space 的可复用上面级逻辑确实拉开差异化,融资基础也异常强;但在轨道级验证、具名客户转化或收入披露公开前,~$3.42B 二级市场估值已经计入大量执行成功。

封面要素

最近融资 01
$350M Series D-2 [CV002]
Series D 总额 02
860 USD M [CV002]
二级市场估值 03
3420 USD M [CV005]
累计融资 04
1340 USD M [CV002]
NSSL 状态 05
Lane 1 on-ramp [CU001]
初始 NSSL 任务订单 06
5 USD M [CU003]

公司概况

Stoke Space 在开发 Nova,这是一款完全可重复使用的中型运力轨道运载火箭,目标是同时回收助推级和上面级。公司由前 Blue Origin 工程师 Andy Lapsa 和 Tom Feldman 于 2019 年创立,截至 Series D-2 延期融资已累计融资约 $1.34B,进入美国 Space Force 的 NSSL Phase 3 Lane 1 项目,并正准备让 Nova 从 Cape Canaveral 的 Launch Complex 14 执行首次轨道飞行,同时在 Washington 扩建生产和测试基础设施。

官网
www.stokespace.com
成立时间
2019-01-01
创始人
Andy Lapsa, Tom Feldman
创立地点
Kent, WA
总部
Kent, WA
产品
Nova 是一款完全可重复使用的两级轨道运载火箭,面向中型运力任务设计;其可重复使用上面级旨在支撑按需入轨、太空机动,以及最终的轨道返回用例。
客户
美国政府发射和响应式太空项目,以及商业卫星和星座运营商
商业模式
发射服务,以及未来太空机动服务
阶段
Series D (pre-launch)
融资情况
2026 年 2 月延期融资后 Series D 总额 $860M;累计融资约 $1.34B
[CO001, CO003, CO018, CO019, CO061, CV002]

执行摘要

主要优势

  • 公开市场中唯一可信、明确瞄准可复用上面级运营的中型运力项目
  • NSSL Phase 3 Lane 1 给 Stoke 打开真实政府采购路径
  • 已融资 $1.34B,为推进到首飞里程碑提供了可观现金跑道
  • 创始团队和技术定位在发射市场仍有差异化

主要风险

  • 完整上面级复用在轨道尺度仍未被验证
  • SpaceX 的价格和发射节奏持续压制发射经济性
  • 公开记录显示公司仍处于收入前阶段
  • 首飞验证前,当前二级市场估值留下的安全边际有限

未决问题

  • 具名商业发射客户、定价和订单积压经济性仍未披露
  • 没有公开的发射收入、利润率结构或留存数据
  • 未来 NSSL 任务的概率加权价值还无法干净承保
  • 复飞节奏和翻修成本假设仍未公开

目录

Chapter 01

01公司概况

1.1 身份、阶段和运营版图

即便若干关键商业指标仍不透明,Stoke Space 作为一家私人发射初创公司的身份也异常清楚。法律和公开记录指向一家 2019 年注册成立、但公开叙事常把启动时间放在 2020 年前后的公司;这一点重要,因为后续资料经常把「2019 年创立」和「2020 年启动」两个标记混用。公司自己的页面把产品定位为低成本、按需实现「到达、穿越并返回太空」的运输能力,而不是一次性运载火箭。这个定位建立在 Nova 的全复用架构之上:中型运力两级火箭、为按需在轨机动和返回任务设计的可复用上面级系统,以及面向飞机式周转的硬件选择。运营版图同样关键。根据 2025–2026 年 SEC 文件,Stoke 的主要营业地点在 Washington 州 Kent;官方页面还披露了 168,000 平方英尺总部、Moses Lake 测试场,以及 Cape Canaveral 发射运营。更准确的阶段标签因此是后期、发射前开发商:公司披露资本规模很大,基础设施有实质进展,也获得政府验证,但尚未完成轨道发射,也没有公开运营 KPI 体系。[CO001, CO002, CO003, CO004, CO005, CO006]

KPI 快照表
指标数值 / 状态日期 / 周期置信度缺口 / 备注
法律注册年份2019历史SEC Form D 文件一致显示公司于 2019 年在 Delaware 注册。
公开启动年份2020历史官方站点将公司启动时间表述为 2020 年;这不同于 2019 年法律注册。
主要营业地点Kent, Washington当前2025-2026 年 Form D 文件列出地址为 21009 59th Place South, Kent, WA。
设施布局Seattle 附近总部;Moses Lake 测试场;Cape Canaveral 发射运营当前官方页面支持三地运营布局,但不支持更完整的全球地点地图。
总部面积168,000 sq ft当前官网首页和 2025 年报道都对应 168,000 sq ft 总部。
核心产品Nova 完全可复用中型运载火箭当前官方材料一直将其描述为两级可复用 Nova 系统。
累计融资13402026-02公司披露的 Series D 延期后累计融资;未经独立审计。
最新披露轮次Series D 总额现为 $860M2026-02官方公告以及 SpaceNews、GeekWire 交叉印证。
最新官方估值2025 年 10 月和 2026 年 2 月的融资公告未披露投后估值或每股价格条款。
收入 / ARR留存公开来源未披露收入或 ARR。
客户数公司称已有签约商业发射清单,但留存来源没有给出客户数量。
员工数招聘页面显示公司仍在招聘且有多地点布局,但没有披露当前员工数。
轨道发射状态Nova 首次发射仍待完成当前留存的 2026 年 6 月来源仍将首次飞行描述为即将进行,而非已经完成。

null 值表示公开披露不支持,并不代表数值为零。融资为公司披露的累计融资;估值、收入、客户数和员工数都需要直接尽调证据。

[CO001, CO002, CO003, CO004, CO005, CO007]
FO002: 公司快照逻辑

Stoke 的概览叙事串起一条链:可复用产品逻辑、资本、政府验证、发射基础设施,以及仍未关闭的执行风险。

[CO007, CO010, CO029, CO037, CO056, CO060]
FO003: 快照 KPI

最干净的公开指标是法定注册时间、公开发布年份、累计融资、NSSL 资格、场址节奏,以及仍待完成的首次轨道发射;传统运营 KPI 缺失。

这组 KPI 刻意优先采用可支撑的准备度标记,而不是推测性的私募市场估值和未披露运营指标。

[CO001, CO022, CO029, CO037, CO044, CO051]

1.2 创始人、管理梯队和治理可见度

创始人和董事会的公开可见度好于股权结构,但仍不完整。Andy Lapsa 一直可被确认是 CEO 和联合创始人;保留的独立报道则同时确认 Lapsa 和 Tom Feldman 都是前 Blue Origin 老将,并持续把 Feldman 定位为另一位创始人和技术负责人。2024 年 4 月,Stoke 还补强了运营班底,任命 Paul Croci 为首席财务官,并让退役美国 Space Force 中将 John E. Shaw 加入董事会。当前公开团队页进一步列出 Christian Garcia、Hans Koenigsmann 和 Matt White 与 Shaw 同为董事,让投资者可以看到防务、风投、SpaceX 和工业金融力量的影响。不过,治理透明度仍只是部分可见。后续 Form D 关联人士名单包含一些未出现在简化版公开董事会页面上的姓名,说明真实治理面比网站披露更宽。实际结论是,Stoke 高管团队和外部董事会信誉有相当证据支撑,但确切控制权、投资者持股、委员会结构和当前完整董事会地图仍需要尽调室材料验证。[CO016, CO017, CO018, CO019, CO020, CO021]

领导层与创始人表
人物职务背景创始人-市场匹配或职能覆盖关键人依赖
Andy LapsaCEO 兼联合创始人官方来源和关联监管文件的来源将 Lapsa 标识为联合创始人兼现任 CEO;独立报道也称他曾是 Blue Origin 工程师。负责项目战略、融资叙事以及客户 / 政府定位。很高;他仍是公开层面最清晰的运营者和发言人。
Tom Feldman联合创始人兼 CTO独立报道将 Feldman 标识为 Stoke 的技术联合创始人,同样曾在 Blue Origin 任职;Form D 关联人员名单显示,他仍在当前治理可见范围内。支撑飞行器架构和完全复用逻辑的技术可信度。高;创始人-市场匹配很强,但公开能见度低于 Lapsa。
Paul Croci首席财务官Stoke 2024 年公告显示,他来自航空航天与国防领域的高级财务、银行和 M&A 岗位。随着融资规模扩大,补上交易、资本市场和工业金融深度。中;对融资纪律关键,但不如技术执行那样居中。
John E. Shaw董事会董事曾任 U.S. Space Command 副司令,拥有数十年国家安全太空经验。Stoke 转向国家安全需求时,他带来政府和国防太空可信度。中;战略影响看起来重要,但具体委员会范围未披露。
Christian Garcia董事会董事公开团队页面显示 Garcia 来自 Breakthrough Energy Ventures。代表核心投资者关系和成长期风险投资监督。中;投资者影响可见,但持股比例不公开。
Hans Koenigsmann董事会董事团队页面显示他曾任 SpaceX Falcon 1 总工程师和 Build Reliability 副总裁。为董事会增加发射运营和可靠性模式识别能力。中;是强技术董事会信号,而不是运营依赖。
Matt White董事会董事团队页面显示他是 Linde CFO。增加与制造爬坡相关的重工业和规模化财务视角。中;工业金融输入有价值,但公开治理职责仍不清楚。

本表捕捉公开可见的创始人和董事会班底,不是完整治理或委员会地图。

[CO016, CO017, CO018, CO019, CO020, CO021]

1.3 融资历史、估值可见度和利益方图谱

Stoke 的融资记录是公开公司概况中最强的定量部分。2025 年 1 月 Series C 披露金额为 $260 million,并把公司声称的累计融资推至 $480 million;随附 Form D 显示,该轮在申报时尚未完全售出,这有用,因为它把公告措辞和证券申报机制区分开来。2025 年 10 月 Series D 规模更大:Stoke 披露由 Thomas Tull 的 USIT 领投 $510 million 股权融资,另有 Silicon Valley Bank 牵头的 $100 million 债务工具,把公司声称的总资本推至 $990 million。2026 年 2 月延期融资又加入 $350 million,使 Series D 合计达到 $860 million,累计融资达到 $1.34 billion。仍缺失的是估值桥。Stoke 没有披露 2025–2026 年融资后的投后估值或定价条款;Forge 2026 年 6 月的二级市场页面只给出低置信度指示性估值和滞后的融资总额。因此,资本历史支撑充分,但确切所有权、稀释、杠杆条款和当前估值最多只能算部分公开。[CO022, CO023, CO024, CO025, CO026, CO030]

利益相关方与投资者图谱
利益相关方角色控制权或经济重要性公开证据尽调要求
US Innovative Technology Fund(USIT,领投方)Series D 领投方锚定 2025 年 10 月融资,并为国家安全定位定调。Series D 官方公告;TechCrunch 和 GeekWire 后续报道。索取分配金额、董事会权利,以及与里程碑挂钩的任何分批条件。
Breakthrough Energy Ventures / Christian Garcia(投资方 / 董事)长期投资者,拥有董事会存在感显示早期轮次延续到当前治理能见度。Series C 公告,加上当前团队页面列名 Christian Garcia 董事会任职。确认当前持股、按比例跟投参与情况和董事会委员会角色。
Silicon Valley Bank债务提供方披露的 $100M 授信是资本结构中最清晰的公开杠杆项。2025 年 10 月官方公告和 GeekWire 报道。索取授信契约、期限、抵押包和提款状态。
U.S. Space Force / SSC(政府客户)发射项目客户和验证方NSSL Lane 1 资格在 Nova 成功飞行后可转化为未来发射收入。Stoke NSSL 官方公告和 SSC 准入公告。厘清认证里程碑、竞争时点和任务保障要求。
Defense Innovation Unit (DIU)非稀释原型支持方$4.5M 奖项在首次轨道发射前增加政府验证。Stoke 官方公告和 DIU 项目更新。索取合同交付物、期权结构,以及原型工作之后的转化路径。
持续跟投的风险投资财团后续股权支持776、Glade Brook、Industrious Ventures、NFX、Toyota Ventures、Woven Capital 等既有支持者在融资故事中反复出现。Series D 官方公告和独立报道。索取按轮次划分的股权结构表、内部人持股,以及是否包含任何老股交易。

公开来源识别出关键融资方、贷款方和政府利益相关方,但没有披露完全稀释股权结构表、清算堆叠或确切持股比例。

[CO026, CO029, CO031, CO033, CO037, CO052]

1.4 里程碑、政府验证和执行风险

里程碑记录显示,Stoke 在技术进展、政府验证和发射场建设上推进很快,但首次飞行执行风险依然显眼。技术侧,Stoke 的公开记录包括 2023 年 9 月 Hopper2 上面级飞行测试、2024 年 6 月首次全流量分级燃烧发动机点火试车,以及公司称把 Zenith 和 Andromeda 推近飞行构型的后续推进里程碑。验证侧,DIU 在 2024 年以 $4.5 million 响应式太空投送奖励支持 Stoke;Space Force 又在 2025 年 3 月把公司纳入 NSSL Phase 3 Lane 1,给出 $5 million 任务订单,并在飞行器成功飞行后赋予未来竞标资格。基础设施同步推进:SLC-14 的环境文件在 2024 年 10 月获批,Stoke 一直在为 Nova 重建这个历史场址。主要提醒是,公开的终局叙事仍跑在已实现运营之前。TechCrunch 对草案 EA 的解读显示,Phase 1 任务仍按一次性使用建模,可重复使用发射运营还需要补充分析;保留的 2026 年 6 月记录也仍把首次轨道发射描述为即将到来,而非已经完成。[CO011, CO012, CO013, CO014, CO015, CO027]

里程碑表
日期事件类型金额 / 估值 / 状态参与方含义
2019-01-01Stoke 在 Delaware 注册成立创立2019 年法律起点Stoke Space Technologies, Inc.为后续融资和治理记录提供法律创立锚点。
2023-09-17Hopper2 上面级试飞完成产品30-foot VTVL 测试Stoke Space验证了早期可复用上面级硬件和控制概念。
2024-04-08John Shaw 加入董事会,Paul Croci 出任 CFO治理董事会和财务班底扩充Shaw;Croci;Stoke 管理层在更大规模融资前增加国防可信度和财务深度。
2024-06-11首次全流量分级燃烧热试车公布产品一级发动机里程碑Stoke 推进团队在轨道飞行器总装前降低一级推进风险。
2024-08-14TechCrunch 提醒 Phase 1 发射计划仍是一次性反向复用运营尚未进入基准 EA来源:TechCrunch;U.S. Space Force EA用近期项目现实公开压低公司完全复用叙事。
2024-08-28DIU 原型奖项公布合作$4.5M 奖项DIU;Stoke增加非稀释国防验证和邻近任务用例。
2024-10-20SLC-14 EA 完成,场址再开发获批监管SLC-14 开发和运营许可参与方:U.S. Space Force;Stoke解锁发射场建设和通往 Florida 运营的路径。
2025-01-15Series C 公布融资$260M;累计融资 $480MStoke 和 Series C 财团确认艰难发射市场中仍有强烈投资者需求。
2025-03-27NSSL Phase 3 Lane 1 准入公布监管$5M 任务订单;最高 $5.6B 竞争池参与方:U.S. Space Force;SSC;Stoke首飞成功后,打开进入国防发射合同的路径。
2025-10-08Series D 公布融资$510M 股权融资加 $100M 债务;累计融资 $990MUSIT;SVB;跟投投资者为发射场完工、制造扩产和首批飞行提供资金。
2026-02-10Series D 延期融资公布融资新增 $350M;本轮 $860M;累计融资 $1.34BStoke 和既有 / 新投资者显示公司在首次轨道发射前仍能获得融资,但估值条款未披露。

这是本章有日期的记录时间线。2019 年创立行使用该年第一天,因为留存证据支持注册年份,但语料中没有公开规范的注册日。

[CO001, CO011, CO013, CO015, CO016, CO017]
FO001: 公司里程碑时间线

保留记录显示,Stoke 从公司设立和上面级飞行测试,推进到国防背书验证和十亿美元级融资;但进入 2026 年,首飞执行风险仍在。

只有年份的创立证据为排序统一归一到 2019-01-01。提示项来自有日期的外部分析,不是公司宣布的里程碑。

[CO001, CO011, CO013, CO015, CO016, CO022]

1.5 图表

Chapter 02

02市场分析

2.1 市场边界,以及什么才算发射需求

在接受任何 TAM 数字之前,第一项任务是先定义「市场」是什么。保留的发射服务资料口径一致:发射服务包括把有效载荷送入 LEO、MEO、GEO 以及超越 GEO 轨道所需的发射前和发射后服务,面向商业、军事和政府用户。这包括任务整合、有效载荷处理、发射场和发射执行、遥测,以及作为发射服务出售的配套支持。不包括上游卫星制造、地面设备或下游卫星服务收入,尽管这些相邻市场常常一起增长。对 Stoke Space 来说,实际边界还要更窄:市场只包括需要反复入轨的卫星客户带来的轨道发射需求,而不是整个太空技术栈。商业通信载荷主导当前量级基础,但政府和国家安全需求仍塑造整个品类的基础设施、认证要求和定价纪律。这个区别重要,因为发射量增长可能跑赢可寻址收入增长。这个区别重要,因为发射量增长可能跑赢可寻址收入增长。[CM001, CM002, CM003, CM004, CM005, CM006]

市场定义表
细分 / 类别纳入支出排除支出买方 / 付款方相关性
全球发射服务面向 LEO、MEO、GEO 及 GEO 以外轨道载荷部署的发射前和发射后服务卫星制造、地面设备、在轨运营和下游卫星服务收入商业卫星运营商、政府、国防买家外层 TAM 壳层;可作上限,但过宽,不能等同于 Stoke 的可服务市场。
商业卫星发射需求面向通信、EO、导航及其他商业载荷的发射执行空间技术栈中的非发射部分星座运营商、卫星公司、发射聚合商当前发射量基础主要由商业和通信需求驱动。
国家安全与民用政府发射面向 NRO、GPS、WGS、国防和科学载荷的任务非轨道国防系统或更广泛国防 IT 预算采购主管机关和政府机构稳定的付款方细分市场;可靠性和认证要求高。
LEO 星座部署与补网宽带和扩散式星座的多任务发射采购用户服务收入和卫星制造支出网络运营商或星座项目办公室主要频次驱动因素,也是对节奏敏感的关键买方类别。
GEO 补网与混合架构GEO 电信和政府卫星的替换与增补发射地面电信收入或非发射卫星通信服务GEO 运营商、主权通信项目、国防买家按发射量小于 LEO,但对高价值任务仍相关。
专用小 / 中型卫星发射为轨道精度、进度控制或响应式准入购买的任务接受通用拼车约束的载荷共享小卫星运营商、国防客户、卫星集成商在买家重视时间和定制轨道、胜过最低单位成本时相关。

边界按服务划分,而不是按整个生态划分:本章的数值和主张指发射服务,不指整个太空经济或卫星服务收入栈。

[CM001, CM002, CM003, CM004, CM011]

2.2 TAM、SAM 和相互冲突的市场规模口径

公开市场估算方向上有用,但分歧太大,不能压成一个数字。Grand View 保留的市场报告和新闻稿支持一个宽口径发射服务 TAM:到 2030 年达到 $41.31 billion;The Business Research Company 的 2026 年报告则给出低得多的 2030 年 $24.42 billion。SIA 的 2026 年行业发布补充了 2025 年已实现商业发射收入基线:$12.4 billion;BryceTech 报告 2025 年有 325 次轨道发射,其中 87% 为商业发射。相比泛化的自上而下 TAM,这些是更好的近期可服务需求锚点。因此,Stoke Space 的可服务口径位于更广的发射服务外壳之内,集中在反复星座部署与补网、持久政府任务清单、稳定 GEO 替换,以及愿意为日程控制付费的高价值任务。公开记录可以定性勾勒这个 SAM,但没有目标轨道组合、赢单率、定价和预期年发射节奏等私有数据,就无法给出干净的 Stoke 专属 SOM。[CM007, CM008, CM009, CM010, CM012, CM013]

TAM / SAM / SOM 规模测算视角表
发布方或视角年份地区数值CAGR 或活动方法置信度局限
Grand View Research2023-2030全球41.3114.6%覆盖商业、政府和军事终端用途的宽口径发射服务 TAM留存视角中最宽;显著高于更保守预测。
The Business Research Company2026-2030全球24.4215.2%按服务、轨道、载荷、平台和终端用途细分构建的发射服务市场预测低于 Grand View 的预测,显示边界和方法敏感性。
SIA 2026 SSIR 发射服务收入2025全球商业12.4325 次发射 / 296 次商业采购2026 行业摘要中的已实现商业发射收入和活动基线2025 年实际收入是当前壳层,不是完整 2030 TAM。
BryceTech 轨道活动视角2025全球325 次发射87% 商业 / 83% 通信航天器 / 98% <1,200 kg节奏和载荷结构视角,而非收入 TAM对需求结构有用,但不能单独用于美元市场规模测算。
National Security Space Launch 任务清单FY25-FY29美国政府预计 84 个任务约 30 个 Lane 1 / 约 54 个 Lane 2用采购清单观察持久政府需求衡量的是任务需求,不是发射服务总收入。
Research and Markets 的 GEO 卫星视角2026-2030全球 GEO21.844.0%本表用 GEO 卫星市场作为更稳定发射细分市场补货需求的代理GEO 市场只是发射需求的邻近指标,不应并入发射 TAM。
Stoke 适配的 SAM 视角2026 年起全球,受买方约束推断切片,合并持续补网的星座、国家安全、GEO 补替和对排期敏感的小卫星需求公开来源能支撑买方集合,但无法给出 Stoke 单一数字化 SAM 或 SOM。

除非另有说明,数值均为十亿美元;本表刻意保留相互矛盾的发布方估计和非收入活动视角,而不是做平均。

[CM007, CM008, CM009, CM010, CM012, CM020]
FM001: 市场规模测算视角

外层 TAM 容易发布;但套用买方约束后,与 Stoke Space 相关的可服务切片会变窄,数字支撑也更弱。

金字塔刻意混合预测壳和已实现的当前收入壳,以说明为什么公开 TAM 会高估可用公开证据为 Stoke 清晰测算的市场。

[CM010, CM015, CM042, CM043]
FM002: 市场估算区间

公开估算支撑一个宽但可信的发射服务区间:2030 年保守下限在 $20B 中段,宽口径 TAM 上限超过 $40B。

中点只用于算术展示;它们不是作者背书的市场预测,也不应被视为标准 TAM。

[CM007, CM008, CM009, CM041]

2.3 按任务类型划分的买方、用户和付款方

发射服务不是由一个单一客户购买。在 LEO 宽带场景,买方通常是星座运营商或项目办公室,用网络建设或补网预算付款,看重任务清单确定性胜过标称最大载荷。Amazon Leo 和 Telesat Lightspeed 展示了这类买方如何跨多次任务签约,因为部署速度决定容量何时上线、收入何时开始。国家安全场景中,买方是 Space Systems Command 等采购机构,用户是防务或情报任务,付款方是联邦预算;认证、可靠性和发射场整合比最低广告价格更重要。GEO 运营商形成另一类虽少但仍重要的细分市场:更少、更高价值的航天器服务电信、政府和韧性用例。最后,中小卫星运营商会分成两类:成本优先的拼单用户,以及愿意为轨道控制、日程控制或响应式接入付费的时效敏感专属发射买方。[CM016, CM017, CM018, CM019, CM020, CM021]

细分市场 / 买方图谱
细分市场买方用户付款方工作流预算负责人采用触发点
LEO 宽带星座星座项目办公室或网络部署负责人宽带网络和终端用户运营商资本开支预算多次发射部署和补网计划网络建设或星座资本开支负责人需要快速点亮容量,并让补网按计划推进。
国家安全发射Space Systems Command 或同等采购机构国防和情报任务运营方联邦拨款任务分配、认证、集成、发射场排期国家安全太空预算风险容忍度极低的载荷需要有保障的发射通道和最高可靠性。
GEO 运营商或主权卫星通信项目卫星运营商或政府通信主管机构电信、广播、移动通信或国防用户运营商自有资金或公共预算长寿命 GEO 资产的替换或增强卫星队列更新或战略通信预算需要韧性、覆盖连续性或主权通信能力。
民用政府或科学任务机构任务办公室政府项目或科学载荷团队公共预算任务遴选、发射采购、任务集成受机构采购监督的项目经理需要确定的排期,以及与任务匹配的入轨能力。
小卫星 EO、ISR 或技术验证运营商创始人、任务负责人或载荷集成商内部分析团队、国防客户或商业终端用户VC 支持的资本开支、客户合同或国防预算专属发射或带有轨道取舍的拼车采购项目预算负责人或 CFO需要最低单位成本,或特定入轨时点和轨道几何。
采购发射通道的卫星主承包商或集成商主承包商或集成商终端客户任务主合同预算航天器、集成和发射的打包采购主合同结构内的项目办公室需要发射伙伴可靠、集成响应快、排期风险低。

买方、用户和付款方角色会随任务而变,但反复出现的分野是:靠规模驱动的网络买方、靠可靠性驱动的政府买方,以及小卫星细分市场里追求排期控制的买方。

[CM016, CM018, CM020, CM025, CM046]
FM003: 买方 / 细分市场地图

各细分市场的发射采购逻辑不同,但共同变量是频率、可靠性、认证和轨道控制,而不只是最大载荷。

单元格从保留的公开来源概括买方逻辑;具体头衔和预算科目会随运营商和采购结构变化。

[CM019, CM021, CM024, CM030, CM040]

2.4 增长驱动、采用约束和购买决策真正看重什么

最强顺风是频次需求。BryceTech 和 SIA 都显示,当前发射系统已由商业、通信密集型活动主导;Amazon 和 Telesat 则说明星座经济如何制造反复多次发射需求。Grand View 和 Mordor 也强化了一个判断:可重复使用飞行器、更低发射成本,以及基于卫星的应用需求,都是结构性增长驱动。但市场不是只靠价格赢。Rocket Lab 围绕定制轨道、日程控制和响应式发射的定位说明,部分买方会为精度和时点支付溢价,而拼单发射仍是成本敏感载荷的默认选择。约束侧,GAO 和 CRS 显示,国家安全需求依赖认证、有效载荷处理能力和发射场基础设施;Mordor 还补充了碎片、拥堵、出口管制和发射台可用性。Stoke Space 要回答的不是发射需求是否存在——它显然存在——而是公司能否在发射节奏、可靠性、响应能力和认证能解锁份额的切片里赢得买方信任。[CM028, CM029, CM030, CM031, CM032, CM033]

增长驱动因素与约束表
驱动因素或约束方向时点含义尽调问题
LEO 星座铺开与补网利好当前带来反复发射节奏,而不是一次性任务。Stoke 管线中,补网与首次部署分别占多少?
可重复使用发射带来的成本压缩利好当前边际成本下降会扩大买方池,让更高频发射变得经济。Stoke 按目标节奏测算时,采用哪些经常性成本假设?
国家安全分布式太空需求利好2026-2029稳定公共预算支撑多年发射清单,但会偏向已认证、可信的供应商。Stoke 何时能可信地竞争 Lane 1 或国家安全邻近任务?
GEO 与混合架构更新利好2026-2030在 LEO 数量增长之外,GEO 替换还会带来更稳定、价值更高的任务。哪些 GEO 或混合任务剖面适配 Stoke 的目标性能包线?
精确轨道带来的专属发射价值利好当前有时点或轨道约束的买方会为排期控制付费。当轨道精度比单纯价格更重要时,Stoke 多常能赢?
靶场、发射台与载荷处理瓶颈阻力当前即使终端需求强,基础设施吃紧也会拖延发射。Stoke 今天控制或签约了哪些发射场和处理能力?
认证与任务保障门槛阻力当前高价值买方仍被资质、可靠性履历和靶场批准卡住。Stoke 需要跑通哪些里程碑,才能进入政府和低风险容忍任务?
碎片、拥堵与出口管制规则阻力当前监管摩擦会拉长销售周期,并压缩可触达任务。哪些监管批准或碎片规则最影响 Stoke 的目标客户?
拼车与自有运力竞争阻力当前部分名义上的卫星增长已被一体化既有玩家或低成本拼车吃掉。面对打包或垂直整合替代方案,Stoke 在哪里能赢?

部分约束在供给侧而非需求侧:发射窗口、认证、发射台准入和基础设施,即使市场需求明显增长,也会压住可实现份额。

[CM028, CM029, CM032, CM034, CM035, CM036]
FM004: 采用漏斗或价值链图

发射需求只有在买方完成任务需求、运载器适配、认证、任务清单和部署等环节后,才会转化为收入。

这个漏斗是概念性的,不是概率模型;它映射买方在公开星座和政府发射案例中反复面对的闸口。

[CM029, CM035, CM036, CM037, CM047]

2.5 图表

Chapter 03

03竞争格局

3.1 竞争版图:直接同行、存量巨头、替代方案和潜在进入者

Stoke 的竞争集不只是中型运力初创公司的清单。最接近的直接可比类别,是瞄准小到中型载荷商业和政府任务的可复用或部分可复用飞行器:Rocket Lab 的 Neutron、Firefly 的 Eclipse、Relativity 的 Terran R。SpaceX 有两重意义:Falcon 9 是当前可复用发射、拼单打包和日程确定性的市场出清标杆;Starship 则是保留资料中唯一在全系统复用上明确对标 Stoke、并进一步延伸到更大载荷级别的架构。存量巨头 ULA 和 Arianespace 的竞争方式不同,更倚重任务保障、机构关系和主权接入叙事,而不是初创式颠覆。替代方案也重要。对较小载荷来说,Falcon 9 拼单和 Rocket Lab Electron 可以在没有专属 Nova 任务的情况下完成发射工作,尤其当价格或日程占主导时。格局不太可能保持静止:ESA 的运载火箭挑战显示,各国政府正积极试图创造更多区域选项,这意味着 Stoke 进入的是一个初创同行和主权支持挑战者都在持续累积的市场。[CP004, CP005, CP011, CP013, CP016, CP020]

竞争对手画像表
竞争对手类别规模 / 融资目标细分市场差异化局限
Stoke Space直接的中型运力挑战者私营公司;2026 年 Series D 延展轮后累计融资 $1.34B需要专属中型运力发射和在轨机动能力的商业与政府任务100% 可复用 Nova 架构,包括可复用上面级和从轨道返回主张尚无公开发射节奏、订单积压深度或实际价格证明
SpaceX (Falcon 9 + Starship)主导性直接基准,也是长期重型替代方案2025 年约占全球轨道发射一半;拼车套餐和重型运力路线图可见覆盖小卫星拼车、超大载荷和探索任务Falcon 9 有发射节奏和公开拼车价格;Starship 主打全系统复用和 100+ t 入轨Starship 的商业可靠性仍在形成;Falcon 9 未公开提供可复用上面级运营
Rocket Lab (Electron + Neutron)横跨小型专属发射和中型运力的直接同业Electron 已发射 88 次;2025 年 Electron/HASTE 发射 21 次;Neutron 有 Rocket Lab 发射履历背书需要专属发射的小卫星、星座、货运和政府任务Electron 现在提供精确入轨和排期控制;Neutron 承诺 13 t 至 LEO、一级和整流罩可复用储箱测试失败后,Neutron 推迟至不早于 2026 年 Q4
Firefly Aerospace (Alpha + Eclipse)快速响应发射同业,中型火箭有既有玩家背书Northrop 投资 $50M;此前 Series D 对 Firefly 估值超过 $2B覆盖 1 t 级至中型运力的快速响应国家安全、民用和商业任务Alpha 主打快速响应发射;Eclipse 借 Northrop 合作瞄准 16.3 t 至 LEOEclipse 仍未首飞,公开定价仍不透明
Relativity Space (Terran R)大型可复用新进入者发射服务协议超过 $3B;私营公司正把资源集中到 Terran RLEO 星座部署、GTO 任务、未来政府业务大型可复用火箭,具备 23.5 t 可复用 LEO 运力和大整流罩NSSL 参与推迟,首飞目标仍不早于 2026 年
ULA (Vulcan)既有任务保障替代方案服务国家安全、民用和商业市场的既有运营商需要精确入轨和定制配置、风险敏感的政府与商业载荷配置范围广、多任务清单选项、信任基础强没有简单公开标价;保留资料中复用差异化不多
Arianespace (Ariane 6)既有主权准入替代方案服务商业和机构客户 40+ 年;EU 和 Amazon 支持 Ariane 6欧洲机构任务、电信、导航和大型星座部署主权准入叙事、定制化发射服务和大批量部署能力经济性被表述为有竞争力,但未在公开价目表中披露
潜在进入者 / 区域挑战者未来拥挤风险ESA 预选 5 家挑战者,在 Launcher Challenge 下每家最高可获 €169M欧洲机构载荷和未来主权发射需求政府赞助的竞争可能快速催生新的区域替代方案保留的 2025 年报道中,5 家入选挑战者均尚未入轨

规模 / 融资只使用保留的公开证据。对私营公司,本表优先采用披露融资、发射履历或合同标记,而不是猜测收入。

[CP004, CP016, CP019, CP021, CP023, CP025]
FP001: 竞争定位地图

Stoke 处在一个有差异化但尚未验证的位置:一边是 SpaceX 的价格伞,另一边是一批冲刺首飞的中型运载挑战者。

坐标轴是序数而非实测:x 反映分发能力和任务保障杠杆,y 反映围绕复用和任务灵活性的架构差异化。

[CP023, CP025, CP030, CP033, CP034, CP036]

3.2 能力对比和定价透明度

Stoke 的核心产品逻辑不只是降低发射成本,而是一种特定的飞行器能力:Nova 被营销为完全可重复使用的中型运力火箭,其上面级能够入轨、机动、留轨并带回有效载荷。这与 Falcon 9 的卖点有实质差异:Falcon 9 的公开发射经济性可通过拼单项目观察,但保留资料并未营销可复用上面级运营;Neutron 则强调一级返回和自带整流罩复用,而不是轨道级回收。Firefly 和 Relativity 也围绕响应能力、可负担性或大载荷经济性定位,但保留资料更看重发射性能、日程和客户匹配,而不是上面级复用。Stoke 的问题在于,公开价格透明度压倒性集中在 SpaceX。Falcon 9 拼单提供了清晰参考点——50 公斤送至太阳同步轨道价格为 $350,000,额外质量按 $7,000/公斤计费——而包括 Stoke 在内的大多数对手都通过协商合同销售。这削弱了公开直接对标的力度,也意味着今天最能支撑的比较是打包逻辑和能力范围,而不是可证明的一价全包任务价格。换句话说,Stoke 可以主张架构差异化,但还无法证明这套架构能赢下广泛价格战。[CP001, CP002, CP006, CP008, CP009, CP010]

功能 / 能力矩阵
采购标准StokeSpaceXRocket LabFireflyRelativityULA / Arianespace其他进入者
全系统 / 上面级复用
已发布公开价格参考
专属中型运力能力
在轨精度 / 任务定制Unknown
政府 / 机构渠道准入
快速响应发射叙事

高 / 中 / 低仅是基于保留公开证据的序数判断。未知表示保留资料不足以支撑方向性判断。

[CP002, CP008, CP012, CP013, CP017, CP023]
定价 / 打包对比
供应商价格 / 单位 / 合同模式包含能力折扣或未知项含义
Stoke Space定制任务合同;保留资料中没有公开价目表专属中型运力发射、可复用上面级运营、潜在从轨道返回没有公开实际 $/kg、任务最低价或复飞经济性架构也许能支撑溢价或更低成本底线,但公开对标依据很弱
SpaceX Falcon 9 拼车50 kg 至 SSO 价格 $350k,额外质量 $7k/kg;任务约每 4 个月一次共享发射板、较高频排期、预订流程、许可信息此页面未展示专属任务经济性给出最清晰的公开小卫星基准和替代选项
SpaceX Starship多数任务走定制销售;月球和火星货运不早于 2028 年开始,价格为每公吨 $100M超大载荷能力、深空任务打包、全系统复用叙事未披露通用 LEO 商业标价能力上限很高,但还不是广泛公开、可同口径比较的价格参考
Rocket Lab保留资料中,Electron 和 Neutron 发射销售均为谈判定价当前提供专属小型发射,未来提供中型运力;可通过 Kick Stage 提供精确轨道选项保留资料中,两型火箭都没有简单公开价目表竞争点更在专属服务和任务匹配,而不是公开标价
Firefly官方表述称定价有竞争力,但保留的官方页面未披露价目表快速响应发射、移动发射系统、Alpha 和 Eclipse 任务打包未披露任务最低价或复用经济性细节快速响应重要时是有用挑战者,但公开基准难做
Relativity Space谈判式发射协议;保留资料中没有公开价目表大整流罩、可复用火箭叙事、商业和政府发射服务合同总额很大,但没有公开标价定位靠未来经济性,而不是可见的当前定价
ULA / Arianespace定制任务定价和机构合同精确入轨、强任务保障、主权或国家安全适配、多任务清单选项保留资料中没有易于同口径比较的公开价目表常靠信任或政策适配取胜,而不是透明报价

保留资料中,只有 SpaceX 拼车给出简单公开小卫星价格参考。其他行都保留未知项,不捏造可比任务价格。

[CP008, CP010, CP024, CP026, CP035, CP041]
FP002: 能力与渠道权衡图

这张图显示,Stoke 的领先更多来自复用深度,而不是价格可见度或机构分发能力。

这个矩阵汇总保留的公开证据,而非经审计的内部评分卡。信任 / 监管准备度反映已展示的渠道准入、许可熟悉度和机构适配度。

[CP008, CP013, CP017, CP023, CP027, CP033]

3.3 分销力量、监管姿态和切换成本

发射服务不只靠载荷图表销售。分销力量来自发射台、任务保障、发射历史、采购资格,以及适配客户排期模型的能力。这有利于存量运营商和资本最充足的挑战者。SpaceX 把拼单频次与客户已经理解的发射记录结合起来。ULA 和 Arianespace 以不同方式打包信任:ULA 强调国家安全、民用和商业精度,Arianespace 则把 Ariane 6 绑定欧洲自主接入和长期机构关系。Rocket Lab 的优势更窄但真实,来自 Electron 传承、Virginia 专属 Neutron 发射台,以及明确进入 Space Force NSSL Lane 1 的路径。Firefly 和 Relativity 在信任积累上更落后,尽管也有真实势头——Firefly 有 Northrop 背书,Relativity 有有意义的发射服务协议。FAA 许可栈和新的用户收费制度在这里很关键,因为发射服务商必须通过运营商许可、有效载荷审查、环境审查和财务责任门槛,才能大规模销售任务。因此,买方切换成本真实存在但并非绝对:一旦某型火箭围绕有效载荷适配器、任务保障和日程窗口被基线化,换供应商会很痛;但市场仍允许多归属,因为很少有公开资料显示排他性或软件式深度锁定。[CP015, CP022, CP023, CP024, CP027, CP028]

3.4 护城河耐久性和反向竞争证据

Stoke 的护城河逻辑在任务看重 Nova 自称能独有完成的事情时最强:用可在轨重定位、留轨并带回有效载荷的上面级实现快速复用。如果这项功能在运营上被证明真实,它就不只是成本故事,而是把「发射」能包含的产品范围扩大了。不过,保留的反向证据也解释了为什么这条护城河还不足以只凭架构承销。SpaceNews 2026 年报道清楚表明,同行仍首先想着和 SpaceX 竞争,而不是彼此竞争,因为 SpaceX 设定了主导价格和节奏框架。同一报道还显示,市场已经淘汰了许多资本不足的进入者,这对 Stoke 有双重含义:幸存对手更少是好事,但也凸显发射经济性依然残酷。Neutron、Eclipse 和 Terran R 都有日程风险,但各自也拥有真实资产——发射台进展、政府路径、战略投资者或数十亿美元协议——一旦执行转向,就能很快变成压力。实际结论是,Stoke 的护城河有前景但尚未被证明。公开证据仍缺少足够强的 Nova 订单深度、已实现定价、发射节奏和客户留存数据,无法证明上面级复用会转化为耐久商业边,而不只是一个优雅的技术主张。[CP014, CP018, CP019, CP021, CP031, CP032]

护城河耐久性 / 竞争风险登记表
护城河主张威胁严重性缓释措施 / 尽调问题
上面级复用形成独特产品切入点Starship 也明确主打全系统复用和高得多的载荷要求 Stoke 列出 Nova 任务类别:可复用上面级运营的重要性足以抵消 Starship 或 Falcon 替代方案
中型运力定位精准,可避开重型火箭的过度配置Neutron、Eclipse 和 Terran R 都在汇入同一个中到大型载荷带要求 Stoke 按载荷级别和轨道,提供与具名中型运力同业的输赢分析
全复用应能带来同类最佳经济性公开证据尚未显示 Nova 标价、实际 $/kg 或周转成本要求提供定价模型、翻修假设和前 10 次飞行成本曲线
政府路径加深信任和分销NSSL Lane 1 在任务订单竞争前仍要求先成功首飞要求提供任务保障路线图、发射场状态,以及首次认证投标时间
在轨机动和返回能力提高切换成本合同看起来是谈判式且排他性不深,客户仍可多供应商并用要求提供合同期限、排他条款、载荷适配器锁定,以及迁移成本证据
市场扩张应能支撑多个赢家反向市场证据仍警示发射公司会洗牌,竞争以 SpaceX 为中心调取已签约待交付订单、目标发射节奏,以及 Stoke 避开纯价格竞争的垂直场景

严重性是基于已保留证据作出的分析判断,不是公司披露的风险评分。每一行都列出所需的尽调材料,用来把架构主张转化为可承保的证据。

[CP031, CP032, CP033, CP034, CP037, CP042]
FP003: 护城河 / 准备度 KPI

保留证据支持 Stoke 的架构逻辑,但还不能证明其商业护城河已经完全成立。

这些 KPI 标签是基于保留证据的分析总结,不是公司披露的内部指标。

[CP030, CP031, CP033, CP034, CP038, CP042]

3.5 图表

Chapter 04

04财务情况

4.1 收入模式、定价和已披露牵引力

Stoke 的公开收入故事目前仍主要是管线故事,而不是经营收入故事。公司的产品是 Nova:一个可复用中型运力发射系统,定位于按需轨道插入、货物返回和其他太空机动任务。公开披露的商业化代理指标来自政府工作和管理层表述,而不是已完成的商业发射。Stoke 披露了 $4.5 million DIU 原型奖励和 $5 million NSSL Lane 1 任务订单;管理层也反复提到一份规模可观的已签约商业发射任务清单。缺失的是承销最关键的信息:商业客户是谁、支付什么价格、是否已缴纳定金,以及多少收入在发射前确认、多少在任务完成后确认。Boltline 增加了可选性,但公开资料只显示它是公司出资推进的产品,而不是拥有具名客户的独立收入线。合在一起,证据支持真实需求信号,但截至标准运行日期,还不能证明已实现发射服务收入。[CI017, CI018, CI019, CI020, CI021, CI022]

收入来源表
收入来源机制单位 / 定价基础当前状态收入质量尽调要求
DIU 响应式太空原型合同NRSD 旗下的一次性政府原型合同披露金额为 $4.5M2024 年授予;开发工作在推进中等——是真金白银,但不是可重复的轨道服务收入核查合同范围、里程碑节奏,以及是否仍有期权价值
NSSL Lane 1 任务订单与 IDIQ 准入$5M 任务订单,并取得竞争发射任务的资格披露 $5M 任务订单;更广泛的发射定价未披露已纳入供应商;任务订单之外的变现取决于认证和任务授予中等——政府需求信号可信,但大部分经济性仍停留在管线里确认认证路径、任务订单时间,以及单任务定价假设
已签约商业发射清单未来 Nova 发射预留或发射服务合同单任务价格、订金和待交付订单价值未披露管理层称有可观的发射清单,但客户名称未公开中低——有需求信号,但缺少具名客户和现金证据获取客户名单、已签合同、订金计划和取消权
核心 Nova 发射服务Nova 常态化飞行后,提供载荷投送,并可能提供返回 / 机动任务发射费用未披露首飞前;尚无公开的可重复发射收入低,直到首个轨道任务和重复节奏得到验证调取价目表、收入确认政策和单任务付款里程碑
Boltline 软件 / 工具面向工程和制造的软件,被列为投资方向对外定价未披露产品存在,但公开资料未显示外部客户或收入低——公开证据尚未支撑变现澄清 Boltline 是仅供内部使用、随服务打包,还是作为独立软件销售

政府合同金额已有披露;商业定价、订金和待交付订单仍属私有信息。

[CI019, CI020, CI021, CI022, CI026, CI044]
定价 / 变现表
服务 / 渠道价格披露公开数字标价与实际价格来源限制
DIU 原型合同固定合同额已披露4.5M真实披露的合同额,但不代表商业发射定价不能揭示可重复发射的经济性或利润率
NSSL 初始任务订单固定任务订单金额已披露5M真实披露的任务订单,但更广泛的发射定价未知IDIQ 额度是机会,不是已锁定的发射收入
认证后的 NSSL 发射任务未披露单任务价格未披露Stoke 发射任务没有公开的实际成交价认证和任务授予仍在等待中
商业 Nova 发射未公开单任务价格或订金计划未披露标价和实际成交价均未发布客户名称、待交付订单价值和付款条款均为私有信息
Boltline 软件未公开价格或客户合同数据未披露没有实际外部软件收入的证据可能只是内部工具,或仅是未来可选收入

公开资料只显示政府合同金额;未揭示商业发射定价或收入确认机制。

[CI019, CI020, CI021, CI022, CI044, CI045]
FI001: 收入模型桥

公开来源先显示需求形成,还没有显示经常性发射收入。

这座桥区分已披露的需求代理指标,以及仍未披露的发射定价和收入确认机制。

[CI017, CI018, CI019, CI020, CI021, CI026]

4.2 成本结构、单位经济性和资本强度

在经常性发射收入能够放大之前很久,Stoke 的财务负担就已由固定资产和研发吞吐主导。官方页面描述了 168,000 平方英尺的垂直整合总部、Washington 测试场,以及 Florida 的发射运营建设;第三方报道还补充了 75 英亩 Moses Lake 设施,以及一个为处理多台飞行器设计的发射场。仅 LC-14 建设就包括水平整合设施、发射台座、121 英尺脐带塔、推进剂系统和其他永久基础设施。公开监管记录进一步显示,早期运营预计以分阶段、一次性使用构型启动,完整可复用运营要等补充环境审查之后。财务上,这一点很重要,因为 Stoke 的全复用逻辑本应最终压低单次发射成本并支撑利润率扩张;如果早期飞行是一次性的,那么部分近期经济性就更像传统的重研发发射公司,而不是终局叙事。除硬件和场址资本开支外,发射许可还要求单独的保险或财务责任能力,随着飞行运营临近,这会增加另一重现金负担。[CI025, CI027, CI028, CI029, CI030, CI031]

单位经济性表
指标数值或区间置信度为什么重要尽调要求
总部 / 制造足迹168,000 sq ft 总部发射节奏爬坡前,已经背上大额固定成本调取设施租赁 / 自有成本和主要设备折旧
运营足迹西雅图地区制造 + Moses Lake 测试场 + Cape Canaveral 发射运营多个活跃场址意味着持续的工程、运营和差旅开销调取按场址拆分的运营支出和人员配置
额外测试足迹75 英亩 Moses Lake 测试设施大型测试基础设施通常对应持续维护和测试开支调取年度测试场运营成本和资本化设备清单
获批发射节奏启动阶段后最高每年 10 次发射划定收入产能、发射台利用率和固定成本吸收的上限调取从首飞到稳态节奏的爬坡计划
初始飞行模式Phase 1 飞行在获得复用批准前按一次性使用建模这会延后验证完全复用经济性能否改善利润率调取早期一次性飞行与目标可复用终态之间的成本差
发射保险 / 财务责任按法规,第三方最高 $500M,政府最高 $100M临近持证运营时增加营运资本和保险要求调取建模的最大可能损失和计划中的保险方案
单任务商业发射价格未公开披露没有价格、订金或付款时间,就无法算清回本提供已签合同经济性,或至少按载荷类别给出目标 ASP
毛利率 / 单次发射成本未公开披露单位利润率可见性是承保最缺的核心输入提供飞行成本构成、翻修假设和分阶段利润率桥

公开证据支撑产能和固定成本代理指标,但不支撑已实现发射价格或毛利率。

[CI025, CI027, CI028, CI029, CI030, CI031]
FI002: 复用前的成本吸收桥

这条流展示了设施、测试和分阶段飞行批准如何在全复用经济性得到证明前消耗资本。

不同于 TI003,这张图强调排序风险和监管闸口,而不是列出所有公开单位经济性缺口。

[CI027, CI028, CI029, CI030, CI032, CI033]
FI004: 资本强度 / 现金流地图

现金必须先覆盖设施和首批飞行,模型才能靠经常性发射收入自我供血。

该图强调排序风险:固定支出先落地,经常性发射收入后到来。

[CI005, CI007, CI010, CI030, CI033, CI034]

4.3 资本充足性、债务工具和现金跑道依赖

Stoke 为一家私人运载火箭公司积累了异常庞大的资本基础,但资本结构也让时点变得关键。公司披露显示,累计总额从 2025 年 1 月 Series C 后的 $480 million,升至 2025 年 10 月 Series D 后的 $990 million,再到 2026 年 2 月同一 Series D 延期融资后的 $1.34 billion。2025 年 10 月公告还披露了 Silicon Valley Bank 的 $100 million 债务工具;这很重要,因为它把杠杆带入一个尚未形成常规服务的业务。管理层明确把 2025 年融资描述为支持完成开发并通过首次飞行展示 Nova 的现金跑道,这意味着资本计划基于里程碑,而不是绑定在已经证明的现金生成能力上。公开记录没有当前现金余额、没有月烧钱数字,也没有量化现金跑道月数。因此,实际承销问题不是 Stoke 过去是否筹到足够资本,而是现有资产负债表能否撑过飞行器完工、首次飞行、认证,以及把尚未具名的商业任务清单转化为付费、重复发射,且不必在更差条款下再次融资。[CI001, CI002, CI003, CI004, CI005, CI006]

资本充足性表
项目当前 / 估计值来源备注
迄今累计融资官方披露 1.34B公司公告(2026 年 2 月)高于部分二级数据聚合平台;包含 2026 年 Series D 延展轮
Series D 债务额度100M公司公告(2025 年 10 月)存在债务,但定价、期限、抵押品和契约未公开披露
当前账面现金未公开披露未找到公开备案或公告数字化现金跑道分析的关键阻碍
月度烧钱速度未公开披露未找到公开备案或公告资本强度明显,但没有可用的公开烧钱数字
现金跑道月数仅定性:管理层称资金可覆盖到首批飞行公司公告(2025 年 10 月)没有数字化月数;现金跑道按里程碑表述,而非明确量化
2025–2026 年资本主要用途LC-14 启用、产能扩张、供应链、Boltline、未来路线图公司公告和媒体报道这些用途偏重资本开支和执行,并不轻资产
下一变现触发点首次轨道飞行,随后是认证和任务授予公司和 NSSL 来源商业收入和更大的政府发射收入取决于达成这些里程碑
发射保险 / 财务责任负担持证运营推进后适用FAA 和法规这是一项单独的资本需求,可能在飞行运营临近时收紧流动性

资本结构可见,但现金、烧钱速度和债务条款不可见。

[CI001, CI002, CI004, CI005, CI006, CI008]
FI003: 财务估算区间

公开可用的区间只涉及已披露累计融资、老股估值筛查,以及未来可能把固定资产货币化的发射频率上限。

资本和估值行将官方点状披露与二级市场估算合并;发射频率行是运营产能代理,不是已实现收入。

[CI009, CI020, CI031, CI037, CI038, CI039]

4.4 估值立场和披露缺口

最强的财务结论不是 Stoke 缺少需求,而是公司仍难以干净承销:经常性发射服务仍处于收入前阶段,资本强度高,披露很薄。Yahoo Finance、Forge 和 Nasdaq Private Market 的二级市场参考点集中在每股约 $52、隐含估值约 $3.42 billion,但这些资料同样滞后于公司自己披露的 $1.34 billion 累计融资,也无法看清优先股堆叠、清算权或债务处理。因此,它们是有用的情绪标记,不是估值真相。反向证据同样重要:发射融资比 2020 年代初更难,Stoke 还必须完成首次飞行、认证,并最终从一次性早期任务过渡到可复用经济性。在管理层开放定价、订单、付款里程碑、现金、烧钱速度、债务条款和飞行后单位经济性的数据室之前,任何估值立场都应被表述为一项技术前景可观但仍处于服务前阶段的发射平台期权价值。[CI023, CI024, CI026, CI037, CI038, CI039]

公开财务缺口表
缺失的私有指标对投资决策的影响精确尽调路径
当前现金余额和无限制流动性没有现金可见性,就无法可靠判断现金跑道或下行缓冲调取当前现金、债务提款状态,以及 2026 年 2 月延展轮以来的月度现金流桥
月度烧钱速度和场址 / 项目支出拆分无法检验 Series D 资金是否真正覆盖首飞和认证调取过去 12 个月烧钱,按工程、制造、发射场、测试和 SG&A 桶拆分
商业发射清单客户名称、待交付订单价值和订金没有交易对手和取消条款细节,就无法承保需求质量调取已签合同排期,包含客户名称、任务日期、合同金额、订金金额和终止条款
单任务价格、付款里程碑和收入确认政策卡住任何可信的回本、利润率或营运资本模型调取标准合同经济性,以及发射前里程碑与发射后确认之间的会计政策
债务额度条款、契约和抵押品包已披露的 100M 债务额度可能实质改变下行情景调取信贷协议、提款计划、摊还、利差、认股权证和抵押品覆盖
早期飞行成本结构和复用后利润率桥Stoke 的投资逻辑依赖未来复用经济性,而 Phase 1 飞行尚不能证明调取成本化飞行模型,覆盖一次性 Phase 1、可复用目标状态,以及按火箭级段拆分的翻修假设
支撑二级市场报价的股权结构表和优先股条款单个二级报价不足以换算公允价值调取最新股权结构表、各轮权利、清算优先权,以及任何影子估值分析

这些缺失的私有输入最可能改变承保结论。

[CI035, CI036, CI041, CI044, CI045, CI047]

4.5 图表

Chapter 05

05产品与技术

5.1 Nova 架构和客户工作流

理解 Nova,最好把它看成运输产品,而不只是运载火箭。Stoke 销售的是常规入轨、动态太空机动,以及最终从轨道返回;火箭架构从一开始就围绕这个终局设计。公开产品材料把 Nova 描述为完全可重复使用的中型运力飞行器:可复用构型目标约 3 公吨送入 LEO,非复用最大载荷模式可拉到约 7 公吨,另有较小的 GTO 数字披露。差异点在于两级都要回来,这迫使它做出一些相较同行显得不寻常的架构选择:用钢贮箱而非复合材料主结构,用可复用上面级而非一次性氢上面级,并围绕热分离打造一体化级间接口。放到客户语境中,Stoke 瞄准的是希望获得不止一次卫星插入的运营商。Stoke 明确宣传「到达、穿越并返回太空」,这让 Nova 既是发射器,也是可复用太空物流系统的一部分。正因如此,防务货运和下行载荷叙事会与普通商业发射信息并列出现。Stoke 还把 Nova 的 LNG/LOX 助推级和 LH2/LOX 上面级营销为比煤油或固体燃料占比高的替代方案更清洁的推进剂组合,进一步强化产品卖点是可重复太空机动,而不是一次性发射档期。[CE001, CE002, CE003, CE027, CE028, CE029]

产品模块 / 资产矩阵
模块 / 资产用户 / 买方状态 / 成熟度差异化尽调缺口
Nova 发射服务商业和政府卫星运营商发射前 / 飞行硬件认证在推进同业中唯一围绕助推器和上面级全复用来营销的产品验证合同结构、载荷适配和可复用定价假设
Zenith 一级发动机Stoke 发射运营热试车已验证;据报道已进行任务工况测试面向长寿命助推器复用的全流量分级燃烧架构调取全时长认证数据和批次变更计划
Andromeda 上面级发动机 + 金属热盾Stoke 发射运营和未来返回载荷用户地面已验证;尚无轨道再入证据把推进和主动热防护集成在一起,服务可复用上面级调取轨道再入测试计划和翻修标准
Hopper2 测试件内部开发项目2023 年已演示氢发动机、热盾、控制和软件栈的集成证明确认哪些 Hopper 子系统会直接进入飞行构型
Kent 总部 + Moses Lake 测试网络工程、制造、测试团队运营中工厂到测试场的短回路支撑发动机和结构快速迭代核实吞吐量、瓶颈和单点设施依赖
LC-14 发射综合体发射运营和客户目标 2026 年初启用为反复处理优化的永久场址,而不是临时发射作业确认启用关键路径和靶场集成准备度

各行概括公开可见的产品栈;内部子系统、具体飞行器批次和复用运营细节仍只披露了一部分。

[CE001, CE006, CE011, CE017, CE021, CE024]
工作流 / 用例表
用户任务当前工作流Stoke 方案可衡量收益限制
专用卫星部署购买一次性发射,入轨后丢弃两级使用 Nova 发射,架构瞄准可降低重复访问成本的复用能力如果复用实现,重复发射成本可能更低尚无公开的复飞证据
响应式国家安全发射依赖现有获认证供应商,新兴运力有限Nova 在飞行器演示后被定位为参与 NSSL 竞争若获认证,将增加中型运力选项认证是未来事项,不是当前能力
动态太空运营 / 返回载荷多数小型发射商止步于载荷部署可复用上面级主打重新定位、长时间驻留和从轨道返回把产品从单向发射扩展出去商业需求和认证时间线尚未验证
点对点防务货运使用空运或实验性货运概念DIU 支持的概念把 Nova 上面级架构与货物返回和非常规入轨结合起来可能在防务资助下打开新的任务类别项目兴趣不等于可部署服务
高频次重复运营每次发射使用共享发射台或定制任务准备永久发射台、HIF 和可重复地面系统为反复处理而设计如果系统按设计运转,发射台复位负担会降低监管和翻修闭环尚未演示

用例混合了当前发射服务定位和 Stoke 明确营销的未来能力;公开证据中,只有第一类接近近期收入。

[CE001, CE002, CE022, CE027, CE028, CE037]
FE001: Nova 产品架构图
[CE001, CE002, CE011, CE014, CE024]
FE002: 客户工作流 / 运营流程
[CE002, CE004, CE021, CE024, CE027]

5.2 推进、上面级复用和测试证据

Stoke 架构中最难的部分是可复用上面级,而现有证据在这里最强。Andromeda 2 把推进和热防护结合起来:在金属底部热盾周围嵌入推力器,并用液氢再生冷却。Stoke 称,重设计把推力器数量从 30 个降到 24 个,提高了发动机效率,也让发动机更易维护,同时保住核心赌注:上面级可以在没有烧蚀或瓦片式翻修周期的情况下挺过再入。Hopper2 重要,因为它不只是一次跳跃测试;它公开整合了氢氧发动机、热盾、差分节流控制、航电、软件和地面系统。这个证明阶梯早在飞行前就已公开:2022 年 12 月,Stoke 称下一个重大里程碑是针对这些子系统的 Hopper VTVL 测试;2024 年 3 月 NASASpaceFlight 访谈则明确,公司正围绕 24 小时周转目标设计 Nova,并且没有为飞行间检查或翻修留时间预算。Zenith 是互补的一级赌注:一台全流量分级燃烧发动机,其点火试车序列已经从 2024 年中首次点火,推进到后续垂直点火,再到据报道在类飞行硬件上完成任务工况循环测试。去风险叙事是连贯的,但缺失证明同样清楚。地面加热、亚尺度 VTVL 和发动机点火试车,不等于完成一次轨道任务、让两级再入,并展示真实的复飞周转。[CE006, CE007, CE008, CE009, CE010, CE011]

技术 / 运营架构表
层级 / 流程作用主要依赖产品 / 技术风险
钢制贮箱主结构支撑可复用级反复经历热循环和压力循环Stoke 的材料和制造执行相比复合材料,质量和制造权衡仍需在经济性上跑通
Zenith 助推器推进提供可复用一级升力和上升段性能FFSC 发动机认证和长寿命运行首次轨道飞行前,需要完成高复杂度发动机开发
Andromeda 推进 + 热盾把上面级推力、再入防护和着陆能力结合起来氢冷却通道、嵌入式推力器和可维护性设计轨道再入和翻修闭环仍未验证
热级间接口减少级间质量并提升性能精准的羽流管理和级间耦合集成余量比传统级间分离更紧
Kent 到 Moses Lake 的开发闭环加快设计、测试和再设计周期协同制造与邻近的私有测试基础设施吞吐量问题或单场址中断可能同时拖慢多个子系统
LC-14 地面系统集成飞行器、推进剂、数据和发射处理HIF、发射台座、塔架、导焰槽和推进剂场发射台启用和复用假设取决于所有子系统协同工作
项目分阶段用早期发射过渡到可复用终态补充环境工作和未来 FAA 批准如果可复用阶段实质滑延,商业叙事会变弱

本表聚焦系统耦合,这是 Stoke 的核心问题:公司不只是在造火箭,也在搭一套可复用运营系统;最弱的子系统会拖慢整个项目。

[CE003, CE006, CE011, CE014, CE017, CE021]
FE003: 关键依赖图
[CE017, CE018, CE025, CE036, CE037]

5.3 制造版图、发射场整合和 2026 年路线图

Stoke 的运营模型依赖三个相互连接的节点:Kent 负责垂直整合制造,Moses Lake 负责快速测试,Florida 的 LC-14 负责最终整合和发射。公司自己的发射台导览披露度异乎寻常。Stoke 没有搭建一个最低配置的共享发射台初创方案;它在建设多飞行器处理用水平整合设施、重型发射台座、121 英尺脐带塔、水冷火焰偏导硬件,以及一个为简化可重复地面运营而布置的推进剂农场。如果目标产品是反复复用,而不是少数一次性飞行,这就说得通。融资时间线也紧贴产品执行:Series C 跟随 Zenith 进展,并支持 Kent、Moses Lake 和 Florida 升级;Series D 转向产能、供应链、Boltline 和首次飞行准备;2026 年延期融资为尚未描述的未来路线图元素提供资金。截至运行日期,公开目标是在 2026 年初激活 LC-14,之后开展 Nova 首次飞行。主要提醒是,同一公开记录也显示,首次 Cape 活动是分阶段过渡,而不是最终可复用终态。[CE004, CE005, CE017, CE020, CE021, CE022]

路线图 / 发布 / 开发阶段表
日期 / 阶段里程碑状态影响来源
Sep 2023Hopper2 可复用上面级试验件 VTVL 演示已完成综合控制、发动机和热防护概念进入飞行测试SE005
Jun 2024Zenith FFSC 发动机在 Moses Lake 首次热试车已完成助推级发动机从设计进入点火硬件阶段SE004
Aug 2024DIU 授予进入、穿越并返回太空的响应式货运项目已完成上面级架构获得明确国防用途验证SE011
Oct 2024LC-14 环评路径完成,场地建设提速已完成发射台从分配概念进入主动重建SE006
Jan 2025Zenith 垂直试车后完成 C 轮融资已完成资金直接用于完成 Nova、Kent、Moses Lake 和 Florida 工作SE008
2025两级的任务工况循环测试和结构鉴定取得进展据报道已完成 / 进展较深表明首飞前类飞行硬件成熟度大幅提升SE009
2026 年初目标LC-14 启用和 Nova 首飞进行中市场进入的公开时间锚点SE009
后续阶段补充环评后在 Cape 开展可复用运营待定完整产品逻辑取决于这一阶段,而不只是首飞SE013
首飞后路线图2026 年延期融资支持的更多产品路线图内容未披露公开信息仍难以支撑未来资本开支和范围测算SE010

公开路线图中,已完成测试和场地里程碑可信度最高,准确首飞时间较弱,转入可复用高频运营以及任何 Nova 之后产品的可信度最低。

[CE008, CE017, CE020, CE025, CE026, CE037]
FE004: 产品成熟度 / 能力图
[CE017, CE026, CE035, CE038, CE040]

5.4 差异化、风险和控制环境

Stoke 的差异化真实存在,但与风险不可分割。相较 Neutron、Terran R、RS1、Alpha、MLV 和 Vulcan,Stoke 在中型运力级别上对上面级全复用采取了最激进的公开立场,其钢贮箱加一体化热盾选择也形成可见的架构身份。同样的选择也把执行风险集中到几个耦合系统:氢处理、热分离耦合、上面级再入、可复用周转人工,以及从初始发射走向实际回收运营的监管路径。公开控制主要是工程和项目层面的,而不是重合规型。Stoke 把证据阶梯从 Hopper2 铺到 Zenith,再到任务工况循环测试和结构资质验证;它也围绕可重复处理而非临时共享发射台来设计 LC-14。仍缺失的是投资者希望在这些硬件成果旁边看到的机构控制层:正式质量认证、发射运营网络安全和隐私控制、可复用着陆批准,以及量化的翻修数据。这意味着护城河可信,但尚未被公开流程成熟度完全承销。[CE018, CE029, CE031, CE032, CE033, CE034]

信任 / 质量 / 合规表
控制 / 要求状态范围缺口 / 影响
Space Force 对 LC-14 初始项目的环境批准公开文件已有记录发射台开发和分阶段初始发射概念不能单独放行后续可复用运营概念
FAA 在 Part 450 框架下的飞行器运营商许可框架公开;此处未披露 Stoke 专属最终飞行器许可发射、再入,以及飞行前 / 后运营需要实际许可状态和条件
面向可复用运营的补充环境工作公开层面仍在等待助推器或上面级着陆与回收运营核心产品逻辑要完全验证,必须先打通这条路径
发射台耐久控制已公开描述水冷火焰导流器、重型发射台架、增压式推进剂系统工程目标很明确,但还没有重复发射数据
质量 / 网络安全 / 隐私控制已审阅材料未公开披露制造流程、发射运营、客户和任务数据处理可保性和政府任务保证仍有尽调阻碍
高频次翻修控制公开资料只停留在目标表述周转用工、检查范围和飞后零部件更换尚无公开的飞后工作包实测数据

公开控制在场地设计和项目分阶段上最强,在质量认证、网络安全控制、已实测翻修流程等制度化流程成熟度上最弱。

[CE018, CE020, CE022, CE023, CE035, CE037]
Chapter 06

06客户情况

6.1 政府锚定客户提供了今天唯一坚实的公开证明

Stoke 的客户章节异常不对称:买方身份的公开证明很强,但已授予任务量仍弱。最清楚的证据在政府侧。2025 年 3 月,美国 Space Force 把 Stoke 纳入 NSSL Phase 3 Lane 1;SSC 和 DVIDS 也确认同一组核心事实:Stoke 进入 IDIQ 池,获得 $5 million 初始任务保障任务订单,并且仍必须完成一次成功发射,才能竞标实际发射服务任务订单。这个区别很重要。该奖励不是已入账发射收入,但远比泛泛的谅解备忘录具体,因为它把 Stoke 放进了政府正式发射采购机器。 DIU 合同是另一项硬证据。金额较小,为 $4.5 million,但它显示一个真实防务买方愿意围绕特定任务需求给 Stoke 提供资金:到达、穿越并返回太空的响应式货物投送。这个客户问题毗邻 Stoke 的可复用上面级逻辑,也把买方地图拓宽到传统有效载荷部署之外。合在一起,Space Force 和 DIU 记录显示,公司已经从纯技术初创跨进实际采购考虑范围。它们尚未显示的是,Stoke 已把资格转化成发射订单、为付费轨道客户完成飞行,或证明服务可重复。[CU001, CU002, CU003, CU004, CU005, CU008]

客户分层表
客群具名买方 / 用户 / 付款方主要用例公开证据显示战略价值关键缺口
U.S. Space Force / SSC Lane 1(政府发射通道)买方和付款方是 SSC / U.S. Space Force;用户是国家安全载荷项目面向较易轨道的非高优先级国家安全发射Stoke 已进入 IDIQ 供应商池,并拿到任务保证类任务订单最强公开锚点;这是正式发射采购路径尚无竞争性任务订单;仍需首次成功发射
Defense Innovation Unit / NRSD买方和付款方是 DIU;用户是 DoD 物流和响应式太空任务进入、穿越并返回太空的响应式货运交付DIU 付费让 Stoke 为一项特定军民两用能力做原型证明第二个政府买方认为该架构贴合任务小额开发合同,不是经常性发射服务收入
商业星座运营商买方可能是星座所有者;用户是宽带、地球观测和移动网络多卫星网络的批量部署和补网公司称已有签约商业发射清单;公开需求研究也支持更多发射供给需求如果 Nova 投入服务,这是最终最大 TAM未披露具名运营商、日期或合同金额
民用和在轨机动任务买方可能是民用机构或商业在轨运营商;用户是任务运营方入轨、变轨、长时间驻留和资产返回任务Nova 营销明确包含在轨机动和下行运载用例客户范围超出单程发射无公开任务授予或具名交易对手
价格敏感的小卫星买方买方是卫星初创公司或任务集成商;用户是载荷所有者拼单发射或专用小型发射SpaceX、Electron 和 Alpha 目前已有替代方案说明 Stoke 不能只卖通用发射运力Nova 尚未飞行,无法提供实时订舱对比

这些客群把公开政府验证与市场层面的商业需求分开。Stoke 目前最强证据是采购准入,而不是已披露的经常性发射收入。

[CU001, CU004, CU008, CU010, CU012, CU025]
具名客户证据表
客户 / 项目客群证据类别生产 / 试点结果 / 证明什么局限
U.S. Space Force / SSC Lane 1(政府采购项目)政府发射买方IDIQ 准入加任务订单飞行前 / 下单前说明 Stoke 是获批的新兴供应商,并有真实任务保证工作首次成功发射前不会进入任务订单竞争
Defense Innovation Unit / NRSD政府响应式太空买方原型合同试点 / 原型说明第二个政府买方愿为 Stoke 架构在明确任务领域付费原型资金不能证明重复发射需求
未披露的商业发射清单商业运营商公司融资披露Unknown说明管理层愿意公开表态已有签约商业发射无具名交易对手、日期或合同金额
通过现有厂商订单体现的 Lane 1 项目需求政府任务需求背景第三方关于已授予任务的报道对现有厂商是生产订单,对 Stoke 是间接证据显示该客户池正在规模化授予真实发射任务不能证明 Stoke 已拿下其中任何订单

截至 2026-06-01,该表穷尽了公开可识别的 Stoke 客户证据记录,并加入公司自己披露的未具名清单。

[CU001, CU004, CU008, CU010, CU023, CU030]
FU001: 客户旅程图

Stoke 从客户需求走向重复发射,瓶颈卡在首飞验证;公开记录里,首飞前的证据明显强于首飞后的证据。

这些阶段综合了已审阅公开来源中的采购机制和发射客户购买逻辑。

[CU004, CU008, CU024, CU025, CU039]

6.2 商业需求在市场层面存在,但公开具名客户证明仍薄

Stoke 需要解决的问题不是市场是否需要发射能力,而是能否转化。公司新闻稿反复描述一份规模可观的已签约商业发射任务清单,并称 Nova 正为卫星星座部署、太空机动和下行载荷开发。独立市场研究在方向上支持这个说法:McKinsey 预测到 2030 年在轨活跃卫星会大幅增加,并认为中型和重型运载火箭在部署大型星座时仍具经济性。Space Capital 的 2026 年市场笔记也认为,一旦存量运力被内部星座和上升的国家安全需求消化,额外发射服务商的需求就有现实基础。 不过,公开证据边界很硬。Stoke 没有命名这些商业发射客户,没有披露发射次数,没有公布定金安排,也没有识别排队中的具体星座和运营商。这让商业证明停在中间状态:强于纯愿景,因为公司愿意在融资材料中声称已签约任务清单;但远弱于有公开任务日期的具名订单。投资者因此应把商业需求视为在市场层面已验证、在公司层面只部分验证。今天唯一完全可承销的商业事实是,更多发射供给确有真实市场;仍未解决的问题是,这些需求中有多少由 Stoke 具体掌控。[CU010, CU011, CU012, CU013, CU021, CU022]

客户增长 / 采用轨迹表
指标数值日期来源依据置信度影响缺失分母 / 限制
Lane 1 准入状态Stoke 加入供应商池2025-03-27SSC / DVIDS / Stoke客户侧正式获得采购流程资格入池不等于拿到任务
初始 NSSL 任务订单US$5M2025-03-27SSC / DVIDS / Stoke准入伴随真实项目资金支持任务保证,不是发射执行收入
Lane 1 任务范围至少 30 次任务 / 估计规模 US$5.6B 的供应商池2025-03-27SpaceNews + Stoke 摘要若 Stoke 达标,政府需求基盘很大供应商池价值并非都可由 Stoke 获取
已下达的 Lane 1 任务订单9 次 SpaceX 发射合计 US$739M2026-01-11Via Satellite / SSC 报道显示 Lane 1 内部真实订单规模订单给了现有厂商 SpaceX,不是 Stoke
商业发射清单披露大量已签约商业发射2025-10-08Stoke D 轮新闻稿公司称首飞前已有非政府需求未披露名称、数量、定价或时间
长期需求展望基准情景下 2030 年有 27,000 颗在轨活跃卫星2023-06-28McKinsey支持中型 / 重型发射能力的更广泛需求市场预测,不是 Stoke 积压订单
太空经济资金流入2026-Q1,148 家公司合计 US$36B2026-Q1Space Capital表明行业融资和产能扩张仍然稳健投资流入不等于客户转化

这里混合了硬项目数据和市场背景。只有前四行是直接采购或订单证据。

[CU001, CU004, CU006, CU010, CU021, CU023]
FU002: 采用 / 部署漏斗

公开证据从广泛市场需求,到买家层面的 Stoke 硬证据,再到零已飞行任务,迅速收窄。

第一阶段是分析性需求指数,后续阶段统计硬证据类别。这里刻意保守。

[CU001, CU008, CU010, CU023, CU030, CU032]

6.3 客户经济性由 SpaceX 价格伞和拥挤的专属发射菜单定义

理解 Nova 的买方主张,必须放到客户已经能购买的菜单中。低质量端,SpaceX 广告价格为 50 公斤送至 SSO 收费 $350,000,额外质量 $7,000/公斤,并提供常规 SSO 机会。任何新进入者都很难忽视这个价格,因为它给许多小卫星部署提供了透明的后备选项。在 Nova 级别之下,Rocket Lab 的 Electron 和 Firefly 的 Alpha 已经为小载荷营销专属接入。在 Stoke 目标细分的更高端,Rocket Lab 的 Neutron 和 Firefly 的 MLV 也在销售可复用或规模导向的中型运力叙事。 这就是 Stoke 自己围绕全复用的公开语言为何重要。其领导层曾公开表示,公司必须在价格上与 SpaceX 竞争,而全复用是通向最低长期成本底线的路径。这个战略逻辑自洽,但证明负担在执行上。在 Nova 飞行之前,商业买方承销的是未来的价格和服务承诺,而不是当前可交付产品。实际含义是,Stoke 的首批客户可能更偏向那些足够看重战略分散、日程接入或特定任务响应能力,因而愿意容忍新进入者风险的任务,而不是纯最低成本商品化发射买方。[CU014, CU015, CU016, CU017, CU018, CU019]

留存 / 重复使用 / 满意度表
指标数值 / 状态客群置信度尽调要求
重复发射率未公开全部客户按客户索取飞行清单和再次预订历史
NRR / GRR未公开商业发射客户索取合同 ARR 等价口径,或按年度发射价值看续约
任务续约 / 期权行使未公开政府或商业索取期权时间表和已行使里程碑
客户满意度 / NPS未公开商业发射客户要求客户访谈和任务后复盘评分
从签约到发射的时间未公开全部客户按任务类别索取已签客户时间线
取消 / 重新预订权利未公开商业清单索取标准合同条款和定金结构

这些类似空值的条目是有意保留,因为尚无公开运营历史支撑留存指标。尽调要求是判断耐久性的唯一可信路径。

[CU030, CU031, CU039]
扩张和集中度风险表
驱动因素 / 风险当前信号影响尽调路径
借 Lane 1 扩张政府客户信号强,但取决于首次成功发射可能很快形成第一批大型任务订单跟踪发射里程碑、定制任务保证完成情况和首次 RFP 参与
商业星座需求市场层面需求看起来强劲如果 Nova 跑通,可支撑每个客户多次发射索取具名交易对手和轨道需求
SpaceX 价格伞高度透明且进攻性强挤压利润,也让通用发射运力难卖索取 Stoke 定价材料和按任务类别划分的目标每公斤成本
政府客户集中度公开证据显示非常高资格进度一旦滑坡,最可见收入路径可能延后建模测算入轨后 24 个月内未赢得 Lane 1 任务的下行情景
未披露商业交易对手披露缺口大阻碍独立判断需求质量按客户、任务和合同阶段索取清单
未来发射供给过剩真实的中期风险可能降低以有吸引力定价转化积压订单的能力跟踪竞争对手首飞、发射频次和预订条款

本表聚焦集中度和转化风险,而非技术风险;核心客户问题是,证据能多快从政府验证扩展出去。

[CU023, CU024, CU027, CU028, CU029, CU032]
FU003: 客户证据矩阵

政府项目在具名买家质量上得分最高;商业证据强在市场逻辑,弱在披露深度。

评级描述的是公开来源中的证据质量,不是客户本身的吸引力。

[CU010, CU014, CU023, CU030, CU032, CU034]

6.4 剩余客户问题是转化、集中度和耐久性

主要承销缺口不是抽象意义上是否有买方,而是 Stoke 能否把今天的公开客户信号转化成耐久收入。Lane 1 提供了强大的锚,因为它证明美国政府想要更多发射能力,也愿意为新兴服务商创造采购路径。但同一公开记录也表明,Stoke 必须先完成一次成功发射,才能竞争这些任务。Via Satellite 2026 年 1 月对 SpaceX 任务订单的报道说明了这一点为何重要:真实的 Lane 1 奖励规模大、针对具体任务,并集中在已经能飞的服务商手中。 因此还有三个未解决问题。第一,集中度:可识别客户基础由美国政府项目主导,政府资质认证延误会波及整个商业化故事。第二,耐久性:由于公开记录中尚无 Stoke 轨道服务履历,没有公开数据能显示重复购买、续约或留存。第三,转化:商业任务清单主张仍未归属到具体客户。合适的尽调姿态是承认 Stoke 在政府采购和市场需求层面有真实客户牵引力,但在具名任务书和至少一次成功飞行出现前,仍不对收入耐久性给出完全信心。[CU023, CU024, CU029, CU031, CU032, CU039]

客户证据边界表
证据层公开内容证明什么不能证明什么
政府采购准入Lane 1 准入、SSC / DVIDS 确认、DIU 原型奖项真实买方兴趣和正式资格路径已签发射服务收入或运营表现
市场需求背景McKinsey 需求展望、Space Capital 说明、Lane 1 给现有厂商的订单更多发射运力有真实需求Stoke 在该需求中拥有可持续份额
公司商业说法大量已签约商业清单表述管理层认为存在非政府需求具名客户质量、积压订单规模、取消风险或时间
已交付服务证据截至 2026-06-01 无公开证据暂无可靠性、排期兑现和客户满意度
留存 / 重复证据截至 2026-06-01 无公开证据暂无耐久性或扩张经济性

该表给出本章的核心约束:客户证据存在,但大多停留在已交付服务线之上,而不是线下。

[CU010, CU023, CU024, CU030, CU031, CU033]

6.5 图表

Chapter 07

07风险

7.1 风险排序图

风险栈最上层是技术首次飞行执行、日程压缩,以及上行案例中最有吸引力的部分仍在闸门之后而不是闸门之内。Stoke 已经筹到足够继续建设的资金,也拿到带信号意义的政府奖励,但这些是缓释因素,不能替代轨道证明。决定性问题在于,公司的核心差异化不只是让 Nova 离开发射台一次;它要证明这套架构能够从一次性 Phase 1 发射服务,毕业为具备任务保障信誉、并最终能被客户看见发射节奏的可复用系统。这意味着排名最高的风险彼此紧密相连:整箭性能滑点,日程就滑;日程滑,Lane 1 任务订单资格和商业证明就滑;这些再滑,下一轮融资或估值对话就会在公司把披露很少的需求主张转化成运营证据之前到来。因此,正确的投资姿态应以里程碑为基础,设置明确触发条件,而不是对技术雄心保持开放式信仰。[CR027, CR030, CR032, CR035, CR036, CR046]

风险缓解与终止标准表
风险可监测触发项阈值 / 事件行动含义
技术首次飞行整合任务里程碑如果 Nova 到 2026 年底仍未完成首次成功轨道发射,或初次尝试后反复陷入硬件重设计循环投资逻辑从执行延迟转为架构风险;暂停把全复用优势写进投资假设
进度 / 发射就绪度有日期的发射任务披露如果下一轮重大更新后,Stoke 仍只谈发射台启用、不给带日期的发射任务下调信心,将进度视为管理层透明度风险,而不只是工程风险
监管 / 复用第二阶段补充审查启动如果第二阶段环境工作未在首次入轨后迅速启动,或范围扩大到有边界的复用概念之外假设复用经济性实质性后移,只按一次性或部分复用服务做投资测算
任务保障 / NSSLSSC 资格里程碑如果首次飞行成功没有迅速转化为 Lane 1 任务订单资格或定制化任务保障验收不要把政府积压需求建模为近端收入
资本强度现金跑道与债务纪律如果管理层在首次飞行证明前再次融资,却没有实质改善客户或就绪度披露将融资视为过桥资金,而不是持久降风险
供应链 / 工业化长周期物料与物流异常如果长周期供应商、运输交接或发射台系统反复成为节奏瓶颈假设发射频次维持低位,复用带来的利润率收益晚于预测
客户披露具名客户证据如果首次飞行临近时仍未披露有意义的客户名称、定金或发射窗口将商业需求情景维持在中/低信心,并封顶估值上行
竞争压力同业就绪度差距如果 Nova 仍未入轨时,Neutron、Firefly 或其他替代方案不断拿下客户假设获客更难,定价权被压缩

这些是面向投资人的投资逻辑破坏触发项;每一项都刻意设计成可通过公开里程碑或定向尽调问题监测。

[CR012, CR014, CR025, CR027, CR032, CR035]
FR001: 风险热力图

最高剩余严重性集中在首飞执行、进度确定性,以及只有轨道验证后才能把政府需求变现。

[CR046]

7.2 监管、法律和任务保障闸门

监管风险不再是 Stoke 能否触碰 SLC-14;Phase 1 环境路径已经实质推进。剩余问题在于,已审查的公开路径比公司长期逻辑更窄。EA 和配套批准支持一个有边界的 Phase 1 项目,而可复用阶段仍需要更多环境工作,并最终需要一套匹配现场运营的许可栈。SLC-14 的历史地位也增加了保护敏感性:发射台改造不是发生在一块空白绿地上,而是在一个具全国意义、且仍有公共使用义务的发射综合体上。政府需求侧,NSSL 奖励只有在首次飞行成功和任务保障获认可之后才具有商业意义。SSC 的框架建设性但有纪律:Stoke 已被邀请进入组合,并获得初始任务保障工作付款,但实际发射任务订单仍被闸门控制。因此,剩余暴露不是抽象的监管敌意,而是顺序依赖:每下一项许可或收入流,都要求前一个里程碑先闭环。[CR001, CR002, CR005, CR006, CR007, CR008]

监管 / 法律风险登记表
排名规则 / 案件 / 批准司法辖区当前状态可能性严重性缓释措施剩余敞口尽调路径
1可复用二阶段补充环境审查FAA / Space Force第一阶段按一次性使用分析;可复用运营仍不在已审查范围内关键先入轨,再以收窄后的复用概念和预先谈好的研究计划,立即启动补充审查在二阶段审查结束前,完全复用经济性、下行运载和发射频次仍被推迟索取二阶段 NEPA 工作计划、机构负责人和带日期的关键路径
2FAA 载具运营商许可栈FAA载具运营商许可是发射 / 再入运营的单独授权层在发射台启用完成前,前置推进 Part 450 申请,并锁定安全要素依赖发射台就绪但发射许可未同步拿到,收入服务仍会延后索取当前申请状态、预申请会议记录和剩余数据包
3SLC-14 历史资产与保护义务联邦许可 / 文保法律发射台位于全国重要历史遗址,还承担与博物馆共用义务将施工拆成阶段包,采用文保友好的设计变更,并就任何可见改动提前沟通后期设计变更或文保异议会边际拖慢改造索取文保合规日志、所有咨询备忘录和变更控制委员会记录
4洪泛区、湿地与栖息地缓解合规美国太空军环境监督缓解措施已明确,但场地限制仍是物理约束且持续存在围绕敏感区域,紧盯湿地信用购买、ESA 报告和施工排序后续改造或更高频使用可能重新触发环境审查索取缓解事项跟踪表和场地监测中的未结发现
5政府收入所需任务保障资格SSC / 美国太空军已进入 Lane 1,但任务订单竞争要等首次成功发射关键把任务保障工作流当作发射关键项,而不是发射后的文书工作政府需求存在,但首次飞行成功获得认可前无法变现索取定制化任务保障交付物,以及 SSC 将采用的通过 / 失败标准

根据审阅过的 2024-2026 年监管材料按严重性排序;表格突出卡点,而不是列出每一项常规许可。

[CR001, CR002, CR005, CR006, CR007, CR008]
FR002: 风险传导图

同一次发射延期可能连锁拖慢政府变现、削弱商业证据,并重新抬高融资压力。

[CR047]

7.3 技术、日程和运营系统风险

Stoke 的技术证据是真的,但这些证据仍停留在组件、较小规模或边界清晰的试验活动上,还不足以证明它已经跑通完整的轨道级运营系统。Hopper2 证明上面级路线不只是 PowerPoint,助推级发动机热试车也是严肃的推进里程碑。即便如此,公开披露的数据仍在 15 秒跳跃试飞、首次热试车与一套可重复的轨道发射系统之间留下很大的集成缺口;后者还必须扛住上升段、级间分离、回收,并证明周转经济性。进度信号也支持谨慎判断。外部报道曾把 2025 年写成首次发射初始目标,但到 2025 年 Series D 和 2026 年延期融资时,公开口径已经转向 2026 年初启用发射台,仍未公布发射日期。这本身不推翻投资逻辑,但会把下一个里程碑变得更二元。运营上,这套系统还横跨 Kent 制造、Moses Lake 测试和 Florida 发射运营,流程里嵌着异地制造和跨美国运输。在这套分布式运营模型能在发射任务压力下自证之前,供应链和交接风险仍然很高。[CR018, CR019, CR020, CR021, CR022, CR023]

运营 / 质量 / 安全风险登记表
排名故障模式可能性严重性缓解成熟度剩余风险敞口未解决缺口
1助推级、上面级、发射台和运营整合后的首次飞行失败关键早期一次任务失败,就会同时推迟商业证明和 NSSL 任务订单资格需要整合任务占空周期矩阵和剩余关闭项
2上面级再入与复用无法从 Hopper / 地面测试放大到轨道条件关键如果 Stoke 只变成又一家一次性或部分复用火箭公司,核心差异化逻辑会削弱需要轨道级热、结构和周转数据,而不是亚尺度证据
3助推级推进或级间分离问题拉长测试周期FFSC 发动机在推进,但仍缺公开轨道服务证据需要全时长验收数据、裕度和复测阈值
4分布式制造-测试-发射工作流导致质量漏检或进度滑坡跨区域运输和多场地交接增加后期发现问题的机会需要不合格品流程和发射任务的物流关键路径
5发射频次假设跑在供应商和地面系统就绪度前面供应商、发射台翻修和靶场运营未被一起验证前,类飞机频次仍只是愿景需要长周期物料覆盖情况和发射台周转假设

缓解成熟度是定性判断,因为公开披露只给出里程碑亮点,没有内部关闭矩阵或质量漏检率。

[CR018, CR019, CR020, CR021, CR022, CR023]
人员 / 执行风险登记表
角色 / 职能依赖或缺口可能性严重性缓解措施尽调路径
发射与回收项目领导一年内压缩推进发射台启用和首次飞行准备,项目管理失误几乎没有缓冲用好有经验的发射负责人,并用里程碑评审整合硬件、靶场和许可工作索取发射就绪评审日程和责任归属图
财务与资本规划在经常性收入出现前,债务叠加高烧钱要求支出排序足够克制借助新 CFO 团队控制资本开支闸门和融资节奏索取月度烧钱、债务契约和下行情景现金跑道
多场地运营管理Kent、Moses Lake 和 Cape 团队必须在进度压力下干净交接硬件和决策固化场地间运输、质量和问题升级交接索取发射任务 RACI 和发运后验收标准
治理与战略客户触达董事会和顾问提升国防触达,但商业化落地证明仍不够可见利用国家安全关系,同时推动并行的客户披露纪律索取头部商业管线评审和转化指标

执行风险集中在决策速度和跨场地协同,而不是缺少资深航天履历。

[CR037, CR038, CR039, CR049, CR050]
FR003: 依赖图

Nova 就绪取决于华盛顿制造 / 测试节点、佛罗里达发射基础设施和外部主管机构之间的同步交接。

[CR050]

7.4 资金、客户披露与竞争压力

资本能缓释风险,但不能消掉执行风险,因为公司仍要把融资转成飞行证据,再把飞行证据转成收入证据。Stoke 披露的资本底座已经大到不能忽视,董事会和 CFO 增补也提高了机构化纪律。即便如此,公开证据在募资层面远强于客户服务层面。管理层称已有一份可观的签约商业发射清单,但留存的公开材料没有说明交易对手或合约经济性,投资者因此无法检验客户集中度、定价、定金或取消保护。市场没有停下来,这让披露缺口更关键。Firefly 已经在卖一款能飞的产品,Rocket Lab、Firefly MLV、Relativity 以及其他替代方案也都在宣传面向 2026 年的就绪度或响应式发射能力。与此同时,TechCrunch 的国防叙事暗示,新资金最容易讲通的故事已经变成国家安全相关性,而不是清晰的商业需求。公司仍可能从当前位置胜出,但举证责任已经从概念差异化转向商业转化和项目执行。[CR016, CR017, CR029, CR030, CR031, CR032]

合作伙伴 / 依赖风险登记表
排名依赖项交易对手角色集中度失败情景严重性缓解措施剩余风险敞口
1任务保障与 Lane 1 变现SSC / 美国太空军政府需求信号和最终任务订单客户首次飞行技术上成功,但任务保障验收或文件滞后关键让任务保障与发射准备并行推进,并保持高管与 SSC 直接对齐验收关闭前,政府管线仍只是叙事支撑
2发射许可与环境审批排序FAA / 美国太空军许可、环境审查和场地监督发射台启用先完成,但复用审查或发射许可尚未就绪收窄首次服务包络,分阶段拿批复,并避免第二阶段范围蔓延监管排序仍决定收入节奏
3国防响应式货运叙事DIU / 国防生态非稀释性验证点和战略相关性国防原型未能转化为规模化项目或采购牵引将 DIU 视为验证和学习,而不是独立收入基准情景政府热情不一定等于可重复发射经济性
4商业发射清单披露未披露发射客户可提供非政府需求证明已签清单存在,但客户名称、日期和经济条款到很晚仍不透明建立需求假设前,用尽调核实定金、取消条款和发射窗口公开披露仍不足以支撑集中度分析
5竞争替代产能Rocket Lab / Firefly / ULA / Relativity 等面向相近客户预算和时间表的替代发射选项Nova 仍在自证时,客户选择已经在飞或更近期开通的替代方案只有拿到入轨和周转证明后,才能靠全复用经济性拉开差异Stoke 的独特价值被证明前,市场可能已经转向

表格聚焦即便 Stoke 继续推进技术进展、也能直接延后收入确认的交易对手或生态。

[CR013, CR014, CR016, CR017, CR032, CR035]

7.5 展项

Chapter 08

08估值

8.1 当前价格信号足够真实,必须重视,但太薄,不能当作清晰估值锚

当前最强的估值信号来自老股交易市场的价格集中区间,而不是任何新一轮定价融资。Forge 显示 2026-06-01 的估值为 $3.42 billion;Public 和 Nasdaq Private Market 也都把 Stoke 在 2026 年春季的股价放在 $50 出头区间。这不等于一个广泛清算的市场。这些平台恰恰因为不完美才有用:它们说明价格发现存在,并且方向上趋同,但也暴露出标题估值之下几乎没有经过审计的上下文。 融资时间线至少给了一个真实的底层叙事。Stoke 在 2025 年 1 月融到 $260 million,2025 年 10 月又融到 $510 million,2026 年 2 月再拿到 $350 million 延期融资。公司官方稿和独立报道在大事实上相互吻合:第一次 Series D 后累计融资达到 $990 million,延期后达到 $1.34 billion。这让公司在尚未入轨的发射公司里拥有异常充足的资产负债表。但融资不是收入,高现金余额应理解为现金跑道加期权价值,而不是当前老股交易估值便宜的证明。[CV001, CV002, CV003, CV005, CV006, CV007]

建议摘要表
建议信心风险评级估值立场决策含义
观察偏高跟踪里程碑;不要像轨道证明和客户转化已经存在那样做投资测算
为何不买入证据仍处于收入前、入轨前,定价来自流动性很薄的老股市场
什么会改善判断成功轨道飞行,加上披露的任务斩获或具名商业交易对手
什么会恶化判断重大进度滑坡、融资压力,或首次飞行后客户转化证据薄弱

本表概括本章结论,而不是重复每一个估值数据点。核心问题是按证据调整后的价格敏感性。

[CV005, CV009, CV039, CV040, CV041, CV045]
FV001: 投资建议逻辑

投资建议从真实老股交易价格和强资本支持出发,穿过巨大的证据缺口,落到观察结论。

该流程概括证据层级;不是概率树。

[CV002, CV005, CV008, CV027, CV039, CV041]

8.2 可比基准支撑相关性,但看不出明显便宜

最好的公开基准是 Rocket Lab,因为它已经证明能入轨,业务覆盖发射和空间系统,有经审计的公开文件和真实收入。留存的公开数据无法给出 Rocket Lab 价值的唯一标准数字,但给出了一条有用区间:Macrotrends 显示其 2024 年 12 月市值为 $13.64 billion,Yahoo 的历史估值表显示 2025 年 3 月 31 日为 $8.23 billion。Yahoo 行情页还显示 FY26 Q1 收入约 $200 million。重要的是方向:一家能正常运营、有飞行履历和收入的公开发射公司,交易价值显著高于 Stoke;这说明如果 Stoke 执行到位,上行空间存在——但前提是先拿出大量证据。 私人市场基准补上了剩余地图。Sierra Space 2026 年 3 月按 $8 billion 融资,明显高于 Stoke 的老股交易估值,也反映出一个更成熟的国家安全和硬件平台。Firefly 2023 年 $1.5 billion 的估值低于 Stoke,说明投资者给 Nova 完全复用逻辑和募资能力赋予了多少额外期权价值。Relativity 上一次被广泛引用的干净估值为 $4.2 billion,离 Stoke 当前估值近到让人不舒服:它证明高概念发射公司可以在耐久经济性公开前达到数十亿美元价格,也提醒估值可能跑在证据前面。[CV012, CV013, CV014, CV015, CV016, CV017]

投资逻辑 / 反向逻辑表
论点重要性什么会改变判断
在这一载荷级别,唯一可见地追求上面级完全复用运营的公司如果跑通,可能形成结构性成本和服务优势需要轨道证明和翻修证据,而不只是架构
通过 NSSL Lane 1 获得政府锚点形成真实采购路径,能降低早期收入风险需要首次成功发射,随后拿到实际任务订单
行业资本背景仍有支撑后期航天资产仍能获得资本和战略兴趣如果 Stoke 飞起来前市场胃口降温,现金跑道质量也会打折
私募市场估值已经假设公司取得了相当进展当前价格下,新买家的安全边际受限更低入场价或更高证据水平会降低这一担忧
潜在供给过剩与 SpaceX 价格伞即便 Nova 投入服务,也可能压缩客户经济性Stoke 必须拿出成本底线和差异化任务适配,而不只是复用叙事

反向逻辑不是 Stoke 没有故事,而是当前价格太大一部分压在未来执行上。

[CV016, CV020, CV024, CV026, CV027, CV034]
可比估值表
可比对象参考指标估值 / 状态相关性局限
Rocket Lab公开市值 / 收入2025-03-31 Yahoo 历史表为 US$8.23B;2024-12-02 Macrotrends 快照为 US$13.64B;Q1 FY26 收入 ~US$200.35M最接近的公开发射公司基准,已有真实收入和规范申报纪律公开市场波动和更宽的空间系统业务组合,使其不是完美的纯发射可比公司
Sierra Space私募融资估值标记US$8.0B 投后估值,Mar. 2026国家安全相关、硬件很重的航天公司,且有 2026 年新融资估值标记产品组合和成熟度不同
Relativity Space私募估值参考CNBC 2024 Disruptor profile 中为 US$4.2B最接近的高知名度、收入前 / 规模化前发射公司参考估值标记较旧;后续所有权和融资背景不透明
Firefly Aerospace私募融资估值标记US$1.5B 投前估值,Nov. 2023与发射业务可比,具政府相关性和硬件重心估值标记较旧,执行阶段不同
Stoke 老股交易价格簇私募市场经纪商估计2026 年春,Public、Forge 和 Nasdaq 报价集中在 Low-$50s/share该公司自身当前最好的可得价格信号市场很薄、方法依赖较重,且只部分透明

本章明确使用的估值参考已在上表穷尽。刻意混用公开与私募数据,因为没有单一可比家族足够充分。

[CV005, CV006, CV007, CV013, CV014, CV015]
FV002: 估值敏感性

敏感性条形图把当前价格与下行、基准和上行里程碑并列比较。

数值是本章投研测算节点,单位为十亿美元;除当前老股交易条外,不是观测到的市场交易。

[CV005, CV017, CV042, CV043, CV044]

8.3 NSSL 锚点重要,但不足以抹掉收入前风险

今天给 Stoke 估值,最可辩护的方式是把它视为里程碑和期权资产。NSSL Lane 1 奖项很重要,因为它不只是品牌背书:它把 Stoke 放进了真实的政府发射采购通道。SSC 文件和 Stoke 自己的公告都显示,初始任务订单为 $5 million;一次成功发射之后,公司有路径竞争更大的任务池。Via Satellite 关于 SpaceX 2026 年 1 月 Lane 1 奖项的报道,把验证和经济性接了起来:这个通道里的实际任务订单在项目层面可以累计到数亿美元,这意味着哪怕赢下一两个任务,对 Stoke 当前体量也可能有财务意义。 但这仍是一座桥,不是终点。当前估值不能按这些任务已经拿下、或商业客户已经按披露条款支付定金来承销。乐观情景需要多件事按顺序做对:成功入轨,证明复用能降低成本且不压垮载荷经济性,拿下政府任务,最后完成商业转化。悲观情景需要的假设少得多:首飞滑期,面对更强价格压力,在收入真实出现前再次融资。公司融资历史异常强劲,但情景区间仍然很宽,原因就在这种不对称。[CV024, CV025, CV026, CV027, CV028, CV029]

乐观 / 基准 / 悲观情景表
情景假设估值 / 回报逻辑关键风险概率信号
乐观Nova 按计划入轨,展示可信复用路径,赢得早期政府任务,并转化具名商业积压订单平台期权价值转为运营价值后,支撑 ~US$4.5B-6.5B 区间复用比预期更难;客户仍在等待需要多个里程碑依次兑现
基准公司资金仍充足并成功入轨,但商业披露仍有限,任务授予逐步爬坡支撑 ~US$2.5B-4.0B 区间;当前老股交易标记接近公允价值上半区证据薄弱继续压制确信度最符合当前公开记录
悲观首次飞行延期,竞争加剧,收入可见前还需要再融资在稀释和转化延迟风险下,支撑 ~US$1.0B-2.0B 区间融资与价格压缩只要少数事项出错,就会落到这一情景
NSSL 锚点叠加一两个按在位玩家披露订单量级定价的 Lane 1 任务会有帮助,但不足以完全支撑今天的估值标记增加上行支撑,但不能完全覆盖估值进入项目不等于已确认收入有用,但次于轨道证明

情景区间是投资测算范围,不是隐含市场出清价格。设计目的是在极端里程碑不确定性下维持决策纪律。

[CV027, CV028, CV029, CV030, CV031, CV037]
投资逻辑破坏与终止触发项表
触发项阈值对投资逻辑的传导行动含义
轨道首次飞行延期>12 个月超出当前投资人预期窗口烧钱继续,商业化和政府任务订单时间点右移将投资测算推向悲观区间,并要求更新融资情况
首次飞行后没有客户转化入轨后 12 个月内没有披露任务授予或具名商业交易对手说明技术成功没有转化为收入支撑即便技术有进展,也维持或下调建议
降价轮 / 救助融资融资额低于,甚至远低于当前老股交易估值会削弱当前私募市场信号,并抬高稀释风险在股权结构条款清楚前,将估值标记下调至基准区间以下
竞争压价新数据显示发射稀缺性在缓解,但 Stoke 成本没有同步下降削弱当前期权溢价的经济依据下调公允价值区间,并要求更清楚的单位经济性证明
政府资质受挫Lane 1 路径停滞,或任务保障流程没能转化为投标资格拿掉最可信的早期收入锚点重估估值中的全部政府溢价部分

这些是可跟踪、与投资相关的触发器,而非泛化的运营风险。

[CV024, CV026, CV027, CV031, CV038, CV045]
FV003: 估值 / 回报区间

Stoke 在当前证据阶段的悲观、基准和乐观测算区间。

区间是证据调整后的投研测算区间。定价对里程碑敏感,因此刻意设得较宽。

[CV042, CV043, CV044, CV045, CV046, CV047]

8.4 观察:技术差异化和资本实力都不弱,但当前估值缺少安全边际

本章结论不是说 Stoke 在真空里被炒过头。结论是,$3.42 billion 的估值在公司交付轨道发射服务、具名披露大多数商业客户、或披露收入和利润率结构之前,就已经计入了相当一部分上行空间。相信 Nova 很快入轨、且上面级完全复用确实能创造其他发射商无法击穿的成本底线的投资者,仍可能赚到钱。问题在于,公开记录还不足以支持在这个价格给出买入判断。技术承诺和现金兑现之间缺的东西太多。 因此,观察是正确建议。它承认技术逻辑稀缺、融资支持异常强、政府锚点真实存在;同时保留对估值安全边际的纪律。更便宜的老股交易切入点,或证据更充分的公司,都会改变判断。具体说,一次成功的轨道任务叠加披露客户转化,会让今天的估值更站得住。反过来,如果再次延误,或在出现有意义收入前再次融资,估值区间可能很快压缩。下一轮尽调应聚焦合约经济性、股权结构表悬垂,以及政府资格在什么确切条件下会变成已入账发射收入。[CV032, CV033, CV034, CV035, CV039, CV040]

最终尽调问题表
主题缺失证据重要性负责人 / 尽调路径
商业合同经济性具名交易对手、发射次数、定价、订金、取消权使公司任务清单从叙事变成可用于投资测算的在手订单按任务和合同阶段索取客户排期
收入桥任何已披露或董事会层面的首笔收入时间和毛利率形态判断这是从期权价值转向现金流测算的必要前提要求管理层提供从首飞到首个付费任务的桥接计划
股权结构表 / 优先权完整优先股堆叠、转换机制、老股转让限制决定名义估值实际隐含的普通股等值价值索取最新股权结构表和融资文件
NSSL 任务概率实际 RFP 时间,以及首飞后的内部中标概率用来量化政府锚点的 NPV,而不是只做笼统假设索取采购路线图和假设
复用经济性首次回收后的检查范围、翻修成本和预期飞行频率决定这项技术能否带来足以支撑估值的利润率扩张索取运营模型和飞行后周转计划
治理 / 融资风险公司在实现有意义收入前再次融资的触发条件对悲观情景和稀释模型很关键索取现金跑道、烧钱速度和应急融资触发条件

这些尽调问题决定估值标记到底只是叙事驱动,还是能进入可投资测算。

[CV032, CV033, CV035, CV036, CV045, CV048]
FV004: 投资 KPI

IC 风格评分卡,采用 1-5 分。技术和资本支持得分高于证据质量和估值安全边际。

评分是基于来源记录的编辑判断,不是机械模型输出。

[CV002, CV005, CV016, CV027, CV032, CV039]

8.5 展项

免责声明

仅供参考。收入前公司。非投资建议。

证据索引

结论
编号陈述可信度来源
CO001 Stoke Space Technologies, Inc. is a Delaware corporation incorporated in 2019. SO014, SO015
CO002 Stoke’s public website says the company launched in 2020. SO001, SO002
CO003 Stoke’s principal place of business was listed at 21009 59th Place South, Kent, Washington in its 2025 and 2026 Form D filings. SO016, SO017, SO018
CO004 Stoke’s homepage says its headquarters spans 168,000 square feet. SO001, SO026
CO005 Stoke’s careers page says the company operates from a Seattle-area manufacturing facility, a Moses Lake test site, and Cape Canaveral launch operations. SO003, SO009
CO006 Stoke’s mission statement is “Seamless mobility to, through, and from space.” SO001, SO002
CO007 Stoke says Nova is a fully reusable medium-lift two-stage rocket. SO001, SO007, SO022
CO008 Stoke says Nova’s upper stage is intended to provide on-demand access to any orbit. SO001, SO007
CO009 Stoke says Nova’s upper stage is intended to support capture, reposition, long-dwell, and return-of-assets missions. SO001, SO007
CO010 Stoke presents its business thesis as low-cost on-demand transport to, through, and from space rather than a single-use launch product. SO006, SO007, SO013
CO011 Stoke said Hopper2 successfully flew to 30 feet and landed in September 2023. SO011, SO022
CO012 Stoke said Hopper2 validated a regeneratively cooled heat shield and differential-throttle control system. SO011
CO013 Stoke said it completed the first hotfire test of its full-flow staged-combustion first-stage engine in June 2024. SO010, SO024
CO014 Stoke said it designed and manufactured that first-stage engine in 18 months. SO010
CO015 Stoke said it won a $4.5 million DIU award in August 2024 under Novel Responsive Space Delivery. SO013, SO021
CO016 Stoke announced in April 2024 that John E. Shaw joined its board of directors. SO008, SO002
CO017 Stoke announced in April 2024 that Paul Croci joined as chief financial officer. SO008
CO018 Stoke’s team page identifies Andy Lapsa as CEO and co-founder. SO002, SO016
CO019 Retained independent coverage identifies Tom Feldman as Stoke’s co-founder and CTO. SO026, SO016
CO020 Stoke’s current team page names John Shaw, Christian Garcia, Hans Koenigsmann, and Matt White as board directors. SO002, SO017
CO021 Later Form D related-person lists include additional names beyond the public four-person board page. SO017, SO018, SO002
CO022 Stoke announced a $260 million Series C on January 15, 2025. SO004, SO024, SO025
CO023 Stoke said the Series C brought total funding to $480 million. SO004, SO024, SO025
CO024 The January 2025 Form D registered a $259,999,936 offering. SO016, SO004
CO025 The January 2025 Form D said $183,799,935 had been sold at filing and $76,200,001 remained to be sold. SO016
CO026 Public Series C investors included Breakthrough Energy Ventures, Glade Brook, Industrious Ventures, Leitmotif, Point72 Ventures, Seven Seven Six, the University of Michigan, Woven Capital, and Y Combinator. SO004, SO024, SO025
CO027 The U.S. Space Force selected Stoke for NSSL Phase 3 Lane 1 in March 2025. SO007, SO019, SO028
CO028 The NSSL on-ramp lets Stoke compete for up to $5.6 billion in launch contracts. SO007, SO019
CO029 The NSSL award included a $5 million task order for initial capability assessment and tailored mission assurance. SO007, SO019
CO030 Stoke announced $510 million in Series D equity financing in October 2025. SO005, SO026, SO023
CO031 Stoke said the October 2025 package also included a $100 million debt facility led by Silicon Valley Bank. SO005, SO026
CO032 Stoke said the October 2025 financing took total capital raised to $990 million. SO005, SO026, SO023
CO033 USIT, Washington Harbour Partners LP, and General Innovation Capital Partners were publicly named as new October 2025 investors. SO005, SO026, SO023
CO034 The November 2025 Form D registered a $409,999,965 offering tied to the Series D equity round. SO017, SO005
CO035 Stoke announced in February 2026 that it had added $350 million to the Series D round. SO006, SO027, SO030
CO036 Stoke said the Series D round totaled $860 million after that extension. SO006, SO027, SO030
CO037 Stoke said cumulative capital raised reached $1.34 billion after the February 2026 extension. SO006, SO027, SO030
CO038 The February 2026 Form D registered a $350,000,015 offering. SO018, SO006
CO039 The February 2026 Form D said $275,000,029 had been sold at filing and $74,999,986 remained to be sold. SO018
CO040 Stoke did not disclose the post-money valuation or pricing terms for the October 2025 Series D or its February 2026 extension. SO005, SO006, SO030
CO041 Forge Global’s June 1, 2026 page listed Stoke at a $3.42 billion valuation and a $49.92 indicative share price. SO029
CO042 Forge Global listed Stoke’s total funding at $1.19 billion as of June 1, 2026. SO029
CO043 Forge’s $1.19 billion funding figure lagged Stoke’s official $1.34 billion disclosure after the February 2026 extension. SO029, SO006
CO044 The draft EA and Stoke’s site-update materials show SLC-14 was scoped for up to 10 launches per year. SO020, SO009
CO045 Stoke said it completed the Environmental Assessment and secured the license to develop and operate SLC-14 on October 20, 2024. SO009, SO020
CO046 Stoke said it broke ground at SLC-14 less than 24 hours after the October 20, 2024 approval. SO009, SO020
CO047 Stoke said in October 2025 that Launch Complex 14 was scheduled for activation in early 2026. SO005, SO026
CO048 By February 2026 Stoke was still describing LC-14 activation as incomplete rather than already operational. SO006, SO030
CO049 TechCrunch reported that the draft EA evaluated only fully expendable Phase 1 Nova launches. SO022, SO020
CO050 TechCrunch reported that reusable launch operations would require a supplemental environmental analysis. SO022, SO020
CO051 As of the retained June 2026 public record, Stoke had not yet launched Nova to orbit. SO006, SO027, SO022
CO052 Stoke said the 2025 financing would support a substantial manifest of contracted commercial launches, but the retained public sources did not name customers or quantities. SO005, SO026
CO053 The retained public corpus does not disclose Stoke’s revenue or ARR. SO004, SO005, SO006
CO054 The retained public corpus does not disclose a current customer count or employee count. SO001, SO003, SO005, SO006
CO055 Official materials say Stoke’s technology development has also been funded by the U.S. Space Force, NASA, the National Science Foundation, and other government and private partners. SO006, SO007, SO010, SO013
CO056 DIU funding and the NSSL on-ramp show Stoke had defense-backed validation before its first orbital launch. SO013, SO021, SO007, SO019
CO057 TechCrunch argued Stoke’s October 2025 round showed launch financing was tilting toward national-security demand rather than only commercial demand. SO023, SO005
CO058 Official Andromeda materials say the Andromeda 2 engine was designed to be serviced or replaced within hours or minutes. SO012
CO059 Stoke’s homepage timeline says Zenith reached a vertical hotfire milestone in December 2024 and Andromeda exceeded 100% power level in April 2025. SO001, SO012
CO060 The combination of large disclosed capital, defense validation, and still-pending first launch makes Stoke a late-stage pre-launch launch developer rather than an operating launch provider. SO006, SO019, SO022, SO005
CO061 TechCrunch reported that Stoke was founded in 2019 by former Blue Origin engineers Andy Lapsa and Tom Feldman. SO031, SO014
CM001 Public launch-services sources define the market as pre-launch and post-launch services used to place payloads into orbit across LEO, MEO, GEO, and beyond GEO. SM003, SM004
CM002 The relevant launch-services market excludes upstream satellite manufacturing, ground equipment, and downstream satellite-service revenue even though those markets are adjacent. SM003, SM004
CM003 Grand View's market framing shows commercial end use as the largest revenue share while government and military remain material launch buyers. SM001, SM002
CM004 Satellite payload was the largest payload category in Grand View's 2023 launch-services segmentation. SM001, SM002
CM005 BryceTech reported that communications satellites represented 83% of spacecraft launched in 2025. SM007, SM009
CM006 BryceTech reported that spacecraft under 1,200 kilograms represented 98% of spacecraft launched in 2025. SM007, SM009
CM007 Grand View's retained public forecast places the global space launch services market at $41.31 billion by 2030. SM001, SM002
CM008 The Business Research Company places the global space launch services market at $24.42 billion by 2030. SM003
CM009 The gap between the retained $24.42 billion and $41.31 billion 2030 forecasts means public TAM depends materially on methodology and market boundary. SM001, SM003
CM010 SIA reported worldwide commercial launch revenues of $12.4 billion in 2025. SM008, SM009
CM011 Research and Markets explicitly frames launch demand across commercial satellite companies, government space agencies, defense organizations, and communication or navigation providers. SM004
CM012 BryceTech reported 325 orbital launches in 2025 and said 87% were conducted by commercial providers. SM007, SM009
CM013 BryceTech said nearly 60% of 2025 launches were conducted by U.S. providers, while SIA said American launch companies captured 63% of launches and 59% of commercially procured launch revenue. SM007, SM009
CM014 Mordor says launch vehicle hardware represented 31.28% of 2025 subsystem revenue inside the broader space-technology market and commercial entities represented 46.48% of end-use revenue. SM005
CM015 A Stoke-relevant serviceable market is narrower than the outer TAM and centers on recurring constellation, government, GEO replacement, and schedule-sensitive dedicated-launch demand rather than the full space-economy stack. SM001, SM003, SM010, SM015, SM016, SM020, SM023
CM016 Amazon Leo had deployed 331 satellites across 12 missions by late May 2026 and said it had secured more than 100 launches to date. SM015
CM017 Amazon Leo's launch lineup spans Atlas V, Ariane 6, Vulcan, New Glenn, and Falcon 9, showing that large constellation buyers can multi-source launch capacity when cadence matters. SM015
CM018 Telesat contracted 14 Falcon 9 launches carrying up to 18 Lightspeed satellites each and expects the campaign to begin in 2026 and enable service in 2027. SM016
CM019 Public constellation examples indicate that deployment speed and manifest certainty are core buyer criteria because network revenue begins only after capacity is in orbit. SM015, SM016, SM021
CM020 Space Systems Command assigned seven FY26 Lane 2 missions worth about $1.142 billion, with five missions going to SpaceX and two to ULA. SM010, SM011
CM021 Lane 1 covers non-critical or commercial-like payloads, while Lane 2 is reserved for the most demanding, least risk-tolerant national-security payloads. SM011, SM014
CM022 The U.S. Space Force expects roughly 84 NSSL Phase 3 missions from FY25 through FY29, with about 30 in Lane 1 and 54 in Lane 2. SM011, SM013
CM023 GAO says DOD expects to spend over $18 billion on launch services and infrastructure over the next five years while commercial launches have more than quadrupled since 2021. SM012, SM013
CM024 CRS says Congress provided $1.87 billion for NSSL in FY2025, provided $500 million for NSSL infrastructure through FY2029, and DOD requested $1.47 billion for FY2026. SM012, SM013
CM025 Research and Markets projects the GEO satellite market to grow from $18.7 billion in 2026 to $21.84 billion in 2030. SM020
CM026 GEO demand remains tied to telecommunications, broadcasting, and national-security applications, making it a steadier but lower-volume launch leg than LEO megaconstellations. SM020
CM027 Globalstar's 2026 outlook says industry discussion will center on LEO capacity management, replenishment strategies, and long-term ROI. SM021
CM028 Grand View attributes launch-market growth in part to lower launch costs, reusable rockets, and greater accessibility for smaller satellite operators. SM001, SM002
CM029 Mordor treats rapidly falling launch costs via reusable vehicles as a growth driver and limited launch window or pad capacity as a market restraint. SM005
CM030 Rocket Lab markets Electron on tailored orbits, schedule control, and responsive launch instead of on maximum payload alone. SM023
CM031 Rocket Lab says Electron's Kick Stage is designed for precise and unique orbits, multiple planes, and both dedicated and rideshare deployment. SM023
CM032 New Space Economy argues that small launch vehicles exist to offer dedicated, flexible, and responsive access when rideshare constraints are unacceptable. SM019
CM033 The same New Space Economy analysis says a large share of megaconstellation demand is already captive to builders like SpaceX or can be served more economically by rideshare. SM019
CM034 Launch-market growth does not translate equally to every provider because share is won in the slices where buyers pay for responsiveness, orbit control, certification, or sovereign access. SM019, SM011, SM014, SM023
CM035 GAO says limited payload-processing capacity and insufficient commercial scheduling data are current constraints on launch-range coordination. SM012, SM013, SM013
CM036 Mordor identifies debris, congestion, export controls, and launch-window or pad constraints as meaningful brakes on growth. SM005
CM037 CRS says national-security launch policy requires at least two launch vehicles capable of delivering any national-security payload, making certification and reliability structural gating factors. SM013, SM011
CM038 SIA reported 296 commercially procured launches put 4,434 satellites into orbit in 2025 and total operational satellites reached 14,266. SM009, SM007
CM039 Payload reports that Blue Origin's share of future NSSL work depends on certifying New Glenn, showing how certification timing affects demand capture even when manifest demand exists. SM018, SM011
CM040 In both national-security and constellation examples, buyers prioritize reliable access and manifest certainty because launch timing gates mission activation or service rollout. SM010, SM011, SM015, SM016
CM041 The retained $24.42 billion and $41.31 billion 2030 forecasts should be preserved as a public TAM band rather than collapsed into one canonical number. SM001, SM003
CM042 Stoke's most plausible public SAM is the recurring mission pool created by constellation deployment and replenishment, national-security manifests, GEO refresh, and schedule-sensitive dedicated missions. SM010, SM011, SM015, SM016, SM023
CM043 A clean Stoke SOM is not publicly supportable because open sources do not disclose Stoke-specific pricing, target annual cadence, qualified mission classes, or win rates by buyer segment. SM001, SM003, SM009, SM013
CM044 The strongest frequency tailwind in the retained evidence is recurring LEO constellation deployment and replenishment rather than one-off exploration missions. SM007, SM009, SM015, SM021
CM045 GEO replenishment acts as a supporting demand leg that adds steadier higher-value missions while LEO constellations set the overall growth tempo. SM020, SM021
CM046 Small and medium satellite operators split between cost-first rideshare users and premium dedicated-launch users who need orbit precision or timing control. SM019, SM023
CM047 National-security launch demand is durable and well funded, but new entrants capture it only after clearing certification, mission-assurance, and range-integration hurdles. SM011, SM012, SM013, SM018
CM048 Stoke's valuation should be anchored to the narrower serviceable market where cadence, reliability, certification, and orbit control determine share, not to the broadest published TAM headline. SM001, SM003, SM011, SM015, SM023
CP001 Stoke says Nova is a 100% reusable rocket that targets a 20x reduction in cost to orbit. SP001
CP002 Stoke says Nova’s reusable upper stage can provide on-demand access to any orbit, long-dwell operations, capture, repositioning, and return of assets from orbit. SP001
CP003 Stoke’s Kent headquarters spans 168,000 square feet and is presented as a vertically integrated manufacturing and test iteration base. SP001
CP004 SpaceNews reported in February 2026 that Stoke’s Series D extension brought the round to $860 million and total capital raised to $1.34 billion. SP016
CP005 Stoke joined Rocket Lab, Blue Origin, SpaceX, and ULA in the NSSL Phase 3 Lane 1 launch competition, indicating progress in government-channel credibility. SP017
CP006 Falcon 9 publicly advertises payload capability of 22,800 kilograms to LEO and 8,300 kilograms to GTO. SP002
CP007 SpaceX describes Falcon 9 as the world’s first orbital-class reusable rocket and says reuse drives down the cost of space access. SP002
CP008 SpaceX rideshare missions publicly start at $350,000 for 50 kilograms to sun-synchronous orbit with additional mass priced at $7,000 per kilogram and SSO missions about every four months. SP004
CP009 SpaceX says Starship is a fully reusable transportation system designed to carry more than 100 metric tons to orbit. SP003
CP010 SpaceX says Starship’s spacecraft is also the system upper stage and is designed for full reusability, with lunar and Mars cargo flights priced from $100 million per metric ton no earlier than 2028. SP003
CP011 Rocket Lab says Electron has completed 88 launches, deployed more than 260 satellites, and can carry 300 kilograms to LEO. SP005
CP012 Rocket Lab says Electron’s Kick Stage supports multiple trajectory changes, higher-altitude deployment, hosted payloads, and deorbiting, making Electron more than a basic point-to-point launch. SP005
CP013 Rocket Lab says Neutron targets 13,000 kilograms to LEO and is designed for constellation deployment, cargo resupply, and human spaceflight while reusing its first stage and captive fairing. SP006, SP024
CP014 Rocket Lab delayed Neutron’s first launch to no earlier than the fourth quarter of 2026 after a January 2026 propellant-tank failure during testing. SP018
CP015 Rocket Lab’s Launch Complex 3 in Virginia became operational in 2025, improving Neutron’s launch-site readiness and U.S. launch-site diversity. SP024
CP016 Firefly says Alpha is the only operational U.S. rocket in the 1,000-kilogram class and that Eclipse is a scaled-up reusable vehicle designed to deliver roughly 16,000 kilograms to orbit. SP007
CP017 Firefly says Alpha can carry 1,030 kilograms to LEO, markets competitive pricing, and emphasizes rapid-response launch with mobile launch systems and 24-hour notice experience. SP008
CP018 Firefly’s Eclipse page and SpaceNews reporting both place Eclipse near 16,300 kilograms to LEO and describe first flight no earlier than 2026 or 2027 depending program context. SP009, SP019
CP019 Northrop Grumman invested $50 million in Firefly in 2025 after a prior Series D that valued Firefly above $2 billion, giving Eclipse stronger industrial backing than a typical startup launcher. SP019
CP020 Relativity markets Terran R as a reusable two-stage rocket with 23,500 kilograms to LEO in reusable mode and 33,500 kilograms in expendable mode. SP010
CP021 Relativity says it has secured more than $3 billion in Terran R launch service agreements. SP010
CP022 Relativity delayed its initial NSSL Phase 3 bid because Terran R is not expected to fly until 2026 at the earliest. SP020
CP023 ULA says Vulcan is built for national-security, civil, and commercial markets and offers LEO-reference performance from 10,800 to 27,200 kilograms depending configuration. SP011
CP024 ULA says Vulcan offers multi-manifest options and precise insertion across multiple mission profiles, which strengthens its fit for risk-sensitive payloads. SP011
CP025 Arianespace says Ariane 6 is a competitive, modular launch solution tied to Europe’s autonomous access to space, and ESA continues funding additional challenger launchers. SP012, SP025
CP026 Arianespace says Ariane 6 was designed to optimize production costs and increase production rates, but retained official materials do not provide a simple public list price. SP012, SP013
CP027 The FAA licensing framework for launch providers includes vehicle operator licenses under Part 450 as well as payload reviews, environmental processes, financial responsibility, and site operator licenses. SP014, SP015
CP028 Federal Register rules show that licensed launch and reentry activity now carries explicit user-fee requirements in addition to the underlying licensing and permitting process. SP015
CP029 SpaceNews reported in January 2025 that Stoke’s Series C took total capital raised to $480 million and supported Nova development plus Launch Complex 14 work at Cape Canaveral. SP023
CP030 SpaceX remains the dominant competitive benchmark because Falcon 9 combines reusable launch with visible rideshare pricing while Starship extends the reuse narrative into heavy lift. SP002, SP003, SP004, SP021
CP031 2026 SpaceNews reporting shows launch companies explicitly frame their competitive strategy around how to differentiate from SpaceX rather than merely matching it on price. SP021
CP032 Adverse industry commentary has repeatedly warned that many launch ventures will fail because the market cannot sustain every new vehicle under development. SP022
CP033 Within the retained official materials, Stoke is unusual because it explicitly markets reusable upper-stage operations rather than only first-stage reuse or general launch affordability. SP001, SP002, SP006, SP008, SP011, SP012
CP034 That uniqueness is narrowed by Starship, whose retained materials also explicitly market upper-stage and full-system reusability at much greater payload scale. SP001, SP003
CP035 Against Falcon 9, Stoke’s supportable public edge is reusable upper-stage mission flexibility rather than proven lower list pricing or higher operational reliability. SP001, SP002, SP004
CP036 Against Neutron, Eclipse, and Terran R, Stoke competes in a converging medium-lift field where rivals already cite launch pads, strategic investors, or substantial commercial agreements. SP006, SP009, SP010, SP019, SP020, SP024
CP037 Switching costs in launch appear meaningful but not absolute because mission assurance, payload integration, and schedule planning matter, yet retained public sources do not show deep exclusive lock-in. SP004, SP005, SP011, SP014
CP038 Distribution power is strongest where providers already control cadence or institutional channels: SpaceX via rideshare frequency, Rocket Lab via existing launch heritage and NSSL access, and ULA/Arianespace via government trust. SP004, SP011, SP013, SP017, SP024
CP039 Firefly and Relativity are credible but still timing-risked challengers because Eclipse and Terran R remain preflight while needing to convert investor support and contracts into operational launches. SP019, SP020
CP040 Likely-entrant pressure is real because ESA’s launcher challenge is explicitly funding multiple startups that could become institutional alternatives if they reach orbit. SP025
CP041 Public launch pricing is highly non-uniform: SpaceX exposes a clear rideshare price ladder, while Stoke, Rocket Lab, Firefly, Relativity, ULA, and Arianespace mostly market capabilities or economics claims without simple fee cards. SP001, SP004, SP005, SP006, SP008, SP009, SP010, SP011, SP012
CP042 Stoke’s moat is therefore more architectural than commercial in public evidence today, resting on upper-stage reuse and orbital-mobility claims rather than disclosed cadence, backlog, or retention data. SP001, SP016, SP017, SP021
CP043 The strongest adverse conclusion from the retained evidence is that Stoke still needs to prove that full reuse translates into durable price, cadence, and trust advantages in a market defined by SpaceX and crowded by well-funded followers. SP016, SP021, SP022, SP025
CI001 Stoke announced a $260 million Series C financing on January 15, 2025. SI001, SI011, SI022
CI002 The January 2025 announcement said cumulative funding reached $480 million after the Series C round. SI001, SI022
CI003 Stoke said the Series C proceeds would fund Launch Complex 14 construction, Nova development, and upgrades to its test and manufacturing facilities. SI001, SI022
CI004 Stoke announced a $510 million Series D financing in October 2025. SI002, SI012, SI021, SI035
CI005 The October 2025 financing included a $100 million debt facility led by Silicon Valley Bank. SI002, SI021, SI035, SI036
CI006 The October 2025 announcement said total capital raised had reached $990 million. SI002, SI021
CI007 Stoke said the Series D proceeds would fund production capacity, supply chain, Boltline, and activation of Launch Complex 14. SI002, SI021
CI008 The February 2026 extension brought the Series D total to $860 million. SI003, SI013, SI020, SI036
CI009 The February 2026 announcement said Stoke had raised $1.34 billion cumulatively. SI003, SI020, SI036
CI010 The February 2026 extension was earmarked for future roadmap elements beyond launch-site activation and production expansion. SI003, SI020
CI011 The seed-era Form D listed a $9.1418 million offering with a first sale date of 2020-12-21. SI015
CI012 The 2021 Series A Form D listed a $64.999992 million offering with a first sale date of 2021-11-30. SI014
CI013 The 2025 Series C Form D listed a $259.999936 million offering and $183.799935 million sold at filing time. SI011
CI014 The September 2025 Form D listed a $409.999965 million offering with first sale on 2025-09-23. SI012
CI015 The 2026 Form D listed a $350.000015 million offering and $275.000029 million sold at filing time. SI013
CI016 Paul Croci joined Stoke as chief financial officer in April 2024 after aerospace banking and M&A roles. SI010
CI017 Nova is positioned as an on-demand launch and in-space logistics transport product rather than a commodity rideshare-only vehicle. SI004, SI005
CI018 Stoke’s home page says the reusable upper stage is meant for capture, reposition, long-dwell, return-of-assets, and space-cargo missions. SI004, SI005
CI019 Stoke disclosed a $4.5 million DIU prototype award in August 2024. SI008, SI016
CI020 The NSSL Lane 1 on-ramp includes a $5 million task order and headroom to compete for up to $5.6 billion of launches. SI007, SI017
CI021 Stoke said in October 2025 that it had a substantial manifest of contracted commercial launches. SI002, SI021
CI022 Stoke identified Boltline as a software product that would receive Series D investment. SI002, SI021
CI023 The February 2026 company release still described management’s goal as bringing Nova to market. SI003, SI020
CI024 GeekWire reported on February 10, 2026 that Stoke had not yet launched a rocket to orbit and expected first liftoff later that year. SI003, SI020
CI025 TechCrunch reported that Phase 1 Nova operations were modeled as expendable flights and that reusable operations would need a supplemental environmental review. SI018, SI027
CI026 Public evidence therefore indicates Stoke was still pre-revenue on recurring orbital launch services as of 2026-06-01. SI003, SI018, SI020
CI027 Stoke says its headquarters footprint is 168,000 square feet. SI005, SI021
CI028 The careers page shows Stoke operating across Seattle-area manufacturing, Moses Lake testing, and Cape Canaveral launch operations. SI009, SI030
CI029 GeekWire described Stoke’s Moses Lake site as a 75-acre test facility. SI021, SI030, SI031
CI030 The LC-14 build includes a horizontal integration facility, a 121-foot umbilical tower, propellant farms, and room to handle multiple vehicles. SI006, SI027
CI031 The environmental assessment authorizes major site improvements and up to 10 launches per year. SI027, SI032
CI032 Launch licensees must obtain insurance or other financial responsibility, with statutory caps up to $500 million for third-party claims and $100 million for government claims. SI028, SI029
CI033 Stoke said the 2025 Series D financing provides runway through Nova’s first flights. SI002, SI021, SI035
CI034 Routine monetization still depends on first-flight execution and the certification needed to turn NSSL eligibility into awarded missions. SI007, SI017, SI018
CI035 Public sources do not disclose Stoke’s current cash balance. SI002, SI003, SI011, SI012, SI013
CI036 Public sources do not disclose monthly burn, per-launch cost, or gross margin. SI002, SI003, SI011, SI012, SI013
CI037 Public.com estimated Stoke’s secondary share price at $51.85 as of April 2026. SI023
CI038 Nasdaq Private Market estimated Stoke’s share price at $52.94 as of May 18, 2026. SI024
CI039 Yahoo Finance estimated Stoke’s valuation at $3.42 billion and its total amount raised at $1.19 billion. SI026
CI040 Forge showed a $3.42 billion valuation and $1.19 billion of total funding on June 1, 2026. SI025
CI041 Official cumulative funding of $1.34 billion exceeds some secondary-market datasets, implying stale or methodology-driven variance in public valuation screens. SI003, SI025, SI026
CI042 Ars Technica said the funding market is tougher than five years ago and that launch companies still face severe technical and financial challenges. SI019
CI043 A phased expendable start delays the point at which Stoke can prove the margin benefit of full reuse. SI018, SI027
CI044 No public source discloses per-mission launch pricing or payment milestones for Stoke’s commercial manifest. SI002, SI020, SI021
CI045 No public source identifies commercial customer names or backlog value for Stoke’s contracted launch manifest. SI002, SI021
CI046 The only publicly quantified customer-linked dollars ahead of orbital service are the $4.5 million DIU award and the $5 million NSSL task order. SI007, SI008, SI016
CI047 Disclosure gaps around pricing, backlog, cash, burn, debt terms, and unit economics prevent clean underwriting. SI002, SI003, SI012, SI013, SI023, SI024, SI025, SI026
CI048 Stoke’s locations page says the Cape Canaveral complex is intended to accommodate daily launches and landings once commissioned. SI030
CI049 The Moses Lake page says Stoke’s test site has an ever-expanding set of test cells and supports daily testing activity. SI031
CI050 The FAA environmental docket provides a separate regulatory surface for Stoke’s launch-program reviews in addition to the underlying Patrick Space Force Base PDF. SI032, SI027
CE001 Nova is a fully reusable two-stage medium-lift vehicle marketed for about 3,000 kilograms to low Earth orbit in reusable configuration and about 7,000 kilograms in maximum-payload configuration. SE002, SE016
CE002 Stoke defines Nova as a 100 percent reusable launch system whose customer value is lower-cost access to, through, and from space rather than a one-way expendable launch product. SE001, SE020
CE003 Stoke says Nova uses steel rather than carbon composite for its tanks because steel better tolerates repeated pressurization cycles, large temperature swings, and mechanical loads associated with rapid reuse. SE002
CE004 Stoke publicly describes a 168,000-square-foot Kent headquarters for vertically integrated design and manufacturing with its Moses Lake test site located about three hours away, creating a short build-test-iterate loop. SE001, SE019
CE005 GeekWire reports Stoke operates a 75-acre Moses Lake test facility, which complements the Kent factory and is the site for engine and Hopper demonstrations. SE019
CE006 Zenith is Stoke's full-flow staged-combustion first-stage engine and the June 2024 hotfire article says the flight-class architecture is designed for more than 100,000 pounds of thrust at full power. SE004, SE020
CE007 The June 2024 Zenith test was the first hotfire of Stoke's new first-stage engine and the company says the engine was designed and manufactured in about 18 months before testing at Moses Lake. SE004, SE020
CE008 By January 2025 Stoke said it had already completed a later vertical Zenith firing on a new test stand, showing that the engine program was still iterating between its first hotfire and flight-like configuration. SE008, SE018
CE009 Hopper2 flew about 30 feet for about 15 seconds in September 2023 and landed at its planned landing zone, marking Stoke's public VTVL demonstration of a reusable upper-stage test article. SE005, SE018
CE010 Stoke says Hopper2 demonstrated a hydrogen-oxygen engine, a regeneratively cooled heat shield, differential-throttle thrust vector control, avionics, software, and ground systems in one integrated test. SE005, SE001
CE011 Andromeda 2 integrates a metallic base heat shield with the upper-stage engine and uses liquid-hydrogen regenerative cooling so the same system provides both propulsion and reentry thermal protection. SE003, SE008
CE012 Compared with the earlier Andromeda variant, Andromeda 2 reduces the thruster count from 30 to 24, simplifies the flow circuits, saves weight, and improves engine efficiency. SE003
CE013 Andromeda 2 uses nozzles designed to operate in both vacuum and sea-level modes so the same upper-stage propulsion system can support on-orbit performance and atmospheric landing maneuvers. SE003
CE014 Stoke says its stage interface allows hot staging with Andromeda thrusters positioned outboard of the booster diameter, reducing gravity losses and avoiding a heavy one-time-use interstage shield. SE003
CE015 The Andromeda 2 redesign emphasizes packaging and serviceability changes that Stoke says would allow the entire engine to be serviced or replaced within hours or minutes. SE003
CE016 Stoke says its upper-stage heat shield has seen flight-level or greater-than-expected reentry heat loads in ground testing, but those tests did not yet validate a real orbital reentry and landing cycle. SE005, SE001
CE017 By October 2025 Stoke said it had completed mission-duty-cycle testing on stage 1 and stage 2 flight-like engine configurations and had advanced structural qualification work for both stages. SE009, SE019
CE018 The Space Force environmental assessment and TechCrunch both describe Stoke's launch program as phased, with early Cape operations modeled as expendable launches and reusable operations deferred to a later supplemental environmental review. SE013, SE016
CE019 The public environmental assessment models Nova as a roughly 132-foot launch vehicle and evaluates up to 10 launches per year from SLC-14 under the initial operating concept. SE013, SE016
CE020 Stoke says it completed the environmental assessment and secured the license to develop and operate SLC-14 on October 20, 2024, after which site construction accelerated immediately. SE006, SE013
CE021 Stoke's SLC-14 concept uses a horizontal integration facility where the booster, upper stage, and fairing are assembled and checked out before rollout and raise-to-vertical at the pad. SE006
CE022 The SLC-14 build includes a launch mount designed for up to 1.2 million pounds of thrust, a 121-foot umbilical support structure, and a 30-foot-deep flame trench with a water-cooled stainless-steel diverter intended to minimize pad maintenance between launches. SE006
CE023 Stoke says its propellant farms are arranged 120 degrees apart around the pad and use pressure builders instead of mechanical pumps to simplify repeatable and reliable ground operations. SE006
CE024 Stoke's public launch-site description assumes the first stage, second stage, and fairing are built near Seattle and shipped cross-country to Florida for final integration and launch processing. SE006, SE019
CE025 Stoke says the 2025 Series D capital will expand Nova production capacity, invest in supply chain and Boltline software, complete LC-14 activation, and prepare the company for high-cadence operations. SE009, SE019
CE026 The February 2026 Series D extension says additional capital is intended to accelerate future elements of Stoke's product roadmap, but the company did not publicly detail those next products or milestones. SE010
CE027 DIU's 2024 award to Stoke was explicitly framed around responsive point-to-point delivery of cargo to, through, and from space, implying the reusable upper stage is being positioned for downmass and unconventional defense missions as well as launch. SE011, SE012
CE028 AFRL's Rocket Cargo concept and DIU's responsive-space-delivery effort show that fast Earth-to-orbit and orbit-to-Earth logistics are live defense demand signals, which align with Stoke's public product narrative. SE012, SE029
CE029 Among public U.S. medium-lift peers, Stoke is the only one in this source set aiming for full booster-and-upper-stage reuse, whereas Neutron targets reusable first stage and fairing, Terran R targets reusable booster landings, and Vulcan and Firefly MLV are not full-reuse architectures. SE002, SE023, SE024, SE027, SE028
CE030 Rocket Lab's Neutron materials emphasize large carbon-composite primary structures, which makes Stoke's public argument for steel tanks a deliberate architecture divergence rather than an industry default. SE002, SE023
CE031 Relativity markets Terran R around aluminum-alloy structures, methane engines, and booster reuse, highlighting that Stoke is accepting more upper-stage complexity than another medium-lift competitor is publicly attempting. SE024
CE032 Firefly's Alpha and MLV pages emphasize simpler tap-off-cycle propulsion and carbon-composite structures, suggesting Firefly is trading some of Stoke's long-term full-reuse upside for a lower-complexity development path. SE026, SE027
CE033 ABL's RS1 materials emphasize mature gas-generator propulsion, metallic fairings, and deployable ground systems, underscoring that Stoke has chosen a higher-complexity architecture in exchange for a potentially larger reusability moat. SE025
CE034 Stoke's careers and team pages are the closest public developer-signal proxy: they show hiring across engineering, software, operations, Moses Lake testing, and Cape Canaveral launch operations rather than an open-source developer ecosystem. SE007, SE030
CE035 Public Stoke materials reviewed for this chapter do not disclose formal aerospace quality certifications, cybersecurity standards, privacy controls, or exact refurbishment-hour metrics, leaving maturity questions outside launch hardware performance only partially answered. SE001, SE006, SE007, SE013
CE036 Stoke's hardest remaining product-technology risks are orbital upper-stage reentry, hydrogen systems integration, hot-stage coupling, and proving that full-vehicle reuse can work in operational cadence rather than just in ground and subscale tests. SE003, SE016, SE020
CE037 Stoke has designed the pad and vehicle for rapid turnaround, but aircraft-like cadence remains unproven because public approvals, infrastructure updates, and test evidence stop short of an actual recovered first-stage plus upper-stage reuse loop. SE006, SE013, SE016
CE038 The public control strategy is explicitly phased: Hopper2 proved core upper-stage subsystems, Zenith hotfires matured the booster engine, 2025 duty-cycle and structural work pushed flight hardware toward qualification, and the first Cape operations are set up as a bridge to later reusable operations. SE005, SE004, SE009, SE016
CE039 Stoke's lack of public disclosure on AS9100-style quality systems, launch-ops cybersecurity, and reusable-landing approvals is a diligence blocker because those controls determine whether the company can turn technical demonstrations into insurable, repeatable service. SE006, SE007, SE013
CE040 Defense cargo programs validate that there is at least one non-commercial mission set for Stoke's reusable upper stage, but they do not by themselves prove commercial demand, certified reentry operations, or a timeline for orbit-to-Earth service launch. SE012, SE017, SE029, SE031
CE041 Stoke's sustainable-rockets page says Nova pairs an LNG/LOX first stage with an LH2/LOX upper stage and markets that propellant stack, combined with full reuse, as materially cleaner than kerosene- or solid-heavy launch architectures. SE032
CE042 A March 2024 NASASpaceFlight interview with Stoke says Nova is being designed around a 24-hour-turnaround target with no time budget for between-flight inspections or refurbishment, which makes turnaround engineering a first-order design constraint rather than a later optimization. SE033
CE043 In December 2022 Stoke said its next major milestone was a Hopper VTVL flight intended to demonstrate the upper-stage engine, differential-throttle thrust vector control, avionics, software, and ground systems. SE034
CU001 The U.S. Space Force selected Stoke Space for the NSSL Phase 3 Lane 1 on-ramp in March 2025. SU001, SU007, SU010
CU002 Stoke’s Lane 1 award allows it to compete for a $5.6 billion pool of national-security launch contracts. SU001
CU003 The NSSL Lane 1 ordering period runs through June 2029 and includes an optional additional five-year ordering period. SU001
CU004 SSC said Rocket Lab and Stoke each received a $5 million firm-fixed-price task order for initial capability assessment and tailored mission assurance. SU007, SU010
CU005 Stoke cannot compete for actual Lane 1 launch service task orders until it completes one successful launch. SU007, SU013
CU006 SpaceNews reported that at least 30 Lane 1 missions were expected to be awarded for an estimated $5.6 billion through 2029. SU013
CU007 Lane 1 is the lower-risk entry tier of NSSL intended for less demanding missions than Lane 2. SU013, SU014
CU008 The DIU awarded Stoke a $4.5 million contract under the Novel Responsive Space Delivery project in August 2024. SU004, SU015
CU009 The DIU contract funds a prototype for responsive and precise point-to-point cargo delivery to, through, and from space. SU004, SU011
CU010 Official Stoke financing materials say the company has a substantial manifest of contracted commercial launches but do not publicly name those customers. SU002
CU011 The February 2026 Series D-2 release said Stoke was bringing Nova to market for customers, but still did not disclose commercial counterparties, mission count, or backlog value. SU003
CU012 Official Nova materials position the vehicle for satellite deployment, dynamic space operations, and return-of-assets use cases. SU001, SU005
CU013 The Series C announcement argued that launch demand would exceed supply over the coming decade. SU006
CU014 SpaceX advertises rideshare pricing of $350,000 for 50 kilograms to sun-synchronous orbit with additional mass at $7,000 per kilogram. SU016
CU015 SpaceX advertises SSO rideshare missions approximately every four months. SU016
CU016 Falcon 9 is marketed as a reusable two-stage rocket with 22,800 kilograms of payload to LEO. SU017
CU017 Rocket Lab markets Electron as a dedicated smallsat launcher with 300 kilograms of payload to LEO. SU018
CU018 Rocket Lab markets Neutron as a reusable medium-lift vehicle with 13,000 kilograms of payload to LEO. SU019
CU019 Firefly markets Alpha as a 1,030 kilogram-to-LEO launcher with responsive-launch positioning. SU020
CU020 Firefly markets MLV as a 16,300 kilogram-to-LEO vehicle, indicating future competition in the medium-lift segment. SU021
CU021 McKinsey’s base case projects about 27,000 active satellites in orbit by 2030 and 4,000 to 5,000 satellites launched per year to sustain that level. SU022
CU022 McKinsey argues medium and heavy launch capabilities remain the most cost-effective choice for constellation deployment as satellites scale in size. SU022
CU023 Via Satellite reported that SpaceX won $739 million of Lane 1 task orders for nine SDA and NRO launches beginning in late 2026 and running into fiscal 2028. SU014
CU024 The January 2026 Lane 1 task orders show the program is purchasing real launches at meaningful contract values, not merely maintaining a paper IDIQ. SU014, SU007
CU025 SSC says the purpose of adding providers like Stoke is to increase capacity, resiliency, and speed for national-security launch. SU007, SU010
CU026 The DIU’s NRSD portfolio frames responsive cargo delivery as an under-developed but strategically important customer problem. SU011
CU027 SpaceNews quoted Stoke’s business-development lead saying the company must compete with SpaceX on price and believes full reusability can support that. SU023
CU028 The same SpaceNews panel report said launch demand still exceeds supply even as customers remain price sensitive. SU023
CU029 SpaceNews separately warned of the risk of an eventual launch-vehicle glut, which would pressure pricing and customer acquisition for new entrants. SU024
CU030 No reviewed public source names a paying commercial orbital launch customer for Stoke as of 2026-06-01. SU001, SU002, SU003, SU005
CU031 No reviewed public source discloses Stoke launch-customer retention, renewal, or repeat-flight data. SU001, SU002, SU003, SU005
CU032 Public customer proof is therefore concentrated in government programs rather than disclosed commercial operators. SU001, SU004, SU007, SU011
CU033 The strongest public commercial proof is only the company’s claim of a contracted manifest, not a named-customer roster or executed mission list. SU002, SU003
CU034 SpaceX’s transparent rideshare offer gives small payload buyers a concrete alternative to waiting for Nova. SU016
CU035 Electron and Alpha show that dedicated-launch customers already have flight-proven options below Nova’s target payload class. SU018, SU020
CU036 Neutron and Firefly MLV show that medium-lift constellation customers will also have reusable or scale-oriented alternatives besides Nova. SU019, SU021
CU037 DVIDS provides customer-side corroboration of the SSC on-ramp announcement, reducing reliance on Stoke’s own summary of the Lane 1 award. SU007, SU010
CU038 Space Capital’s Q1 2026 market note says Starlink’s scale is opening launch capacity for Rocket Lab, Firefly, Stoke, and others, reinforcing the thesis that commercial demand can support additional providers if they reach service. SU026
CU039 The most credible near-term Stoke customer path is to convert government eligibility into a first awarded mission and then use flight proof to monetize commercial manifest interest. SU007, SU013, SU023
CU040 ESPI reported that launch ventures attracted record funding in 2025, supporting the view that customers will have more providers to choose from if development programs execute. SU027
CR001 Phase-1 environmental review for SLC-14 culminated in a FONSI/FONPA, and Stoke says the approval path for developing and operating the site completed on October 20, 2024. SR003, SR012, SR036
CR002 The analyzed phase-1 program covers up to 10 Nova launches per year from SLC-14. SR003, SR022
CR003 Among the eastern-range alternatives reviewed in the EA, only SLC-14 was found to meet Stoke’s operational and technical requirements. SR003
CR004 The EA concluded the analyzed phase-1 program would not cause significant impacts across the reviewed environmental categories. SR003
CR005 The EA attaches mitigation obligations that include Endangered Species Act avoidance and reporting measures plus purchase of wetland mitigation bank credits for about 0.5 acre of low-quality wetlands. SR003
CR006 The FONPA says most of SLC-14 lies in the 100-year floodplain and that facility, utility, and habitat constraints prevent fully avoiding floodplain impacts. SR003
CR007 NHPA Section 106 requires a federal agency with licensing authority to consider effects on historic property before issuing the license. SR006
CR008 Stoke describes SLC-14 as a National Historic Landmark and says the Blockhouse remains under shared museum use while Mercury-era materials are being preserved or reused on site. SR012
CR009 FAA vehicle operator licenses under Part 450 authorize launch and reentry operations separately from site licenses and safety element approvals. SR001
CR010 The EA’s No Action Alternative states that, without the proposed action, Stoke would not reactivate SLC-14 or apply for an FAA license. SR003
CR011 The reviewed phase-1 launch concept analyzes a fully expendable Nova rather than reusable operations. SR003, SR022
CR012 Reusable phase-2 operations would require supplemental environmental analysis, and TechCrunch reported that this process could take six months or more depending on scope. SR022
CR013 Stoke’s Lane 1 NSSL on-ramp came with a $5 million task order for initial capabilities assessment and tailored mission assurance. SR007, SR008, SR037
CR014 SSC says Stoke cannot compete for Lane 1 launch service task orders until it completes a first successful launch. SR007, SR008, SR037
CR015 Lane 1 is structured for more risk-tolerant missions, while Lane 2 is described as more stringent and associated with dual-range access and vertical integration demands. SR026
CR016 Stoke received a $4.5 million DIU award to prototype responsive point-to-point cargo delivery to, through, and from space. SR009, SR010
CR017 DIU characterizes responsive space delivery as a critical but presently under-developed defense capability. SR009
CR018 Hopper2 flew to 30 feet for 15 seconds and demonstrated differential throttling, avionics, software, ground systems, and a regeneratively cooled heat shield. SR014, SR038
CR019 Stoke says Hopper2 did not directly experience hypersonic reentry during flight even though the heat-shield concept had seen simulated full-load testing. SR014, SR038
CR020 The first hotfire of Stoke’s full-flow staged-combustion booster engine occurred on June 5, 2024. SR013
CR021 Stoke says the booster engine is designed for more than 100,000 pounds of thrust and that the first build went from design to hardware in 18 months. SR013
CR022 Public sources describe Nova at roughly 3,000 kilograms to LEO in reusable mode and 7,000 kilograms to LEO in maximum payload configuration, making expendable service the near-term capacity case. SR022, SR028
CR023 Andromeda 2 reduces the upper-stage thruster count from 30 to 24 to improve performance, simplicity, and serviceability. SR015
CR024 Stoke says Andromeda 2 can be serviced or replaced within hours or minutes and can hot-stage while attached to stage 1. SR015
CR025 Stoke’s public roadmap still sequences expendable orbital service first and reusable operations later, so full end-to-end reusability remains unproven. SR011, SR012, SR022
CR026 In August 2024, TechCrunch framed Stoke’s target for first launch as 2025. SR022
CR027 By October 2025 and February 2026, public sources still pointed to early-2026 pad activation without disclosing a dated first-launch campaign. SR017, SR018, SR025, SR028
CR028 Stoke’s LC-14 build plan relies on off-site fabrication and cross-country shipment of stages from Kent to Florida into a new horizontal integration workflow. SR012, SR036
CR029 Series C added $260 million in January 2025 and took Stoke’s disclosed total funding to $480 million. SR016, SR027, SR039
CR030 The late-2025 Series D included $510 million of equity plus a $100 million debt facility, and management said it would fund Nova through first flights. SR017
CR031 The February 2026 Series D extension brought the round to $860 million and total capital raised to $1.34 billion. SR018, SR025, SR028
CR032 Management says the 2025-26 capital is being spent on production capacity, launch-complex activation, supply chain, and future product-roadmap work. SR017, SR018, SR028
CR033 Nasdaq Private Market estimated a Stoke share price of $52.94 as of May 18, 2026 using market activity and public data rather than audited operating metrics. SR029
CR034 Forge says its valuation pages may rely on company-submitted certificates of incorporation and public-source triangulation, which limits how much diligence weight a secondary quote can bear. SR030
CR035 Stoke’s official Series D materials reference a substantial manifest of contracted commercial launches but do not name the customers or disclose contract economics in the cited releases. SR017, SR018
CR036 TechCrunch argued that defense has become the center of gravity for launch finance and that only SpaceX has consistently served commercial launch demand cheaply and reliably. SR023
CR037 Stoke’s operating footprint spans Seattle-area manufacturing, Moses Lake testing, and Cape Canaveral launch operations. SR012, SR019, SR020
CR038 Stoke’s team page emphasizes speed through vertical integration and a small-team operating model rather than mature operational redundancy. SR019, SR020
CR039 Stoke added retired Lt. Gen. John Shaw to its board and hired veteran aerospace finance executive Paul Croci as CFO in April 2024. SR021
CR040 Rocket Lab markets Neutron as a reusable 13,000-kilogram-to-LEO launcher and shows 2026 launch-path milestones with stage-2 qualification complete. SR031
CR041 Firefly markets Alpha as already operational, repeatably reliable, and capable of launching on 24-hour notice for responsive missions. SR032
CR042 ULA markets Vulcan as already serving national-security, civil, and commercial missions with higher performance across multiple orbit classes. SR033
CR043 Firefly’s Medium Launch Vehicle markets 16,300 kilograms to LEO with manufacturing/testing underway and first flight scheduled as early as 2026. SR034
CR044 Relativity markets Terran R for a late-2026 first launch from LC-16 and cites more than $3 billion in launch service agreements. SR035
CR045 The substitute set around Stoke already includes one flying provider and several 2026-targeted entrants promising reusable or low-cost access to orbit. SR031, SR032, SR034, SR035
CR046 Stoke’s monetization path runs through first orbital success, mission-assurance acceptance, and later reusable-phase approval rather than the Lane 1 award itself. SR007, SR008, SR022
CR047 A first-flight slip would simultaneously delay government task-order eligibility, weaken commercial proof, and increase the odds that investors fund another expensive stretch before reusable cadence is proven. SR017, SR018, SR023, SR028
CR048 Public disclosure is currently stronger on engineering milestones and fundraising than on named customers, unit economics, or steady-state launch cadence. SR013, SR016, SR017, SR018, SR025, SR028
CR049 Stoke now has far more capital and defense-aligned governance than it had in 2024, but February 2026 coverage still described the company as not yet launched to orbit. SR021, SR025
CR050 Build-test-launch execution is concentrated across Washington and Florida before aircraft-like cadence is proven, creating logistics and handoff risk between facilities. SR012, SR019, SR020
CV001 Stoke’s October 2025 Series D financing raised $510 million and lifted total capital raised to $990 million. SV001, SV005
CV002 The February 2026 Series D-2 extension added $350 million, took the round total to $860 million, and raised lifetime funding to $1.34 billion. SV002, SV003, SV004
CV003 TechCrunch and SpaceNews both reported Stoke’s January 2025 Series C at $260 million and total funding at $480 million at that time. SV006, SV007
CV004 GeekWire reported in October 2025 that The Information’s sources pegged Stoke’s pending round at nearly a $2 billion valuation before the Series D was formally announced. SV008
CV005 Forge listed a $49.92 share price and a $3.42 billion valuation for Stoke on 2026-06-01. SV010
CV006 Public showed Stoke’s estimated secondary share price at $51.85 as of April 2026. SV009
CV007 Nasdaq Private Market estimated Stoke’s share price at $52.94 as of May 18, 2026. SV011
CV008 The reviewed secondary-market sources cluster around a low-$50s per-share mark for Stoke in spring 2026. SV009, SV010, SV011
CV009 Forge’s quoted $3.42 billion value is therefore directionally corroborated by Public and Nasdaq, even though each platform uses its own methodology. SV009, SV010, SV011
CV010 The SEC Form D search results show Stoke has repeatedly filed fundraising notices across 2021, 2025, and 2026. SV012, SV013, SV014, SV015
CV011 The 2026 SEC Form D identifies Stoke Space Technologies as a Delaware corporation headquartered in Kent, Washington. SV013
CV012 Rocket Lab filed its latest 10-K on February 26, 2026, making it a current public-company reference for the launch sector. SV016
CV013 Macrotrends shows Rocket Lab’s market capitalization at $13.64 billion as of December 2, 2024. SV017
CV014 Yahoo Finance’s historical valuation table shows Rocket Lab’s market cap at $8.23 billion as of March 31, 2025. SV019
CV015 Yahoo Finance’s quote page lists Rocket Lab Q1 FY26 revenue at $200.35 million. SV018
CV016 Rocket Lab therefore provides a public reference for an already orbit-proven, revenue-generating launch company valued materially above Stoke’s current secondary mark. SV013, SV014, SV015
CV017 Sierra Space announced a March 2026 Series C that valued the company at $8 billion post-money. SV020
CV018 Firefly Aerospace announced in November 2023 that a tranche of its Series C valued the company at $1.5 billion pre-money. SV021
CV019 CNBC’s 2024 Disruptor profile listed Relativity Space at a $4.2 billion valuation. SV022
CV020 At a $3.42 billion Forge mark, Stoke sits well below Sierra Space’s 2026 valuation, above Firefly’s 2023 valuation, and within range of Relativity’s last widely cited clean mark. SV010, SV017, SV018, SV019
CV021 ESPI reported global space-venture investment of €11.7 billion in 2025, with launch ventures alone attracting €4.7 billion. SV024
CV022 Space Capital reported a record $36 billion invested across 148 space companies in Q1 2026. SV025
CV023 Morgan Stanley describes the space economy as being on the edge of liftoff, supporting a strong macro narrative for late-stage launch assets. SV023
CV024 McKinsey argues the launch market faces a short-term capacity shortfall but a longer-term risk of oversupply. SV026, SV027
CV025 McKinsey says cost control and flexibility become decisive if medium and heavy launch capacity eventually overshoots demand. SV026
CV026 SpaceNews reported that launch companies remain under pressure to compete with SpaceX on price even when differentiation matters. SV028
CV027 Stoke’s NSSL Phase 3 Lane 1 award gives it the right to compete for a $5.6 billion mission pool but does not by itself represent awarded launch revenue. SV029, SV030
CV028 SSC says the initial Lane 1 task order to Stoke is only $5 million and is for capability assessment plus tailored mission assurance. SV030
CV029 Via Satellite reported that SpaceX won $739 million of Lane 1 task orders for nine launches, showing that fully awarded missions can be worth meaningful hundreds of millions of dollars at the program level. SV031
CV030 A simple division of the disclosed $739 million package by nine launches implies an average task-order value of roughly $82 million per launch. SV031
CV031 If Stoke eventually captured one or two Lane 1 missions at that rough order-of-magnitude, the revenue impact would be meaningful but still insufficient by itself to justify a $3.42 billion valuation. SV030, SV031
CV032 No reviewed public source discloses Stoke launch revenue, backlog value, gross margin, or customer-level cash conversion. SV001, SV002, SV012
CV033 Because Stoke remains pre-revenue in the public record, a clean revenue-multiple framework is unavailable. SV012, SV018
CV034 The current mark therefore prices option value on first flight, full reuse, and future procurement wins more than present cash flow. SV010, SV027
CV035 Forge’s secondary page includes cap-table style fields such as a 1.0x non-participating preference and Series D-2 share-count data, but it does not provide a full, auditable cap-table picture. SV010
CV036 The reviewed secondary-market portals disagree on some funding-history details, which lowers confidence in any single thin-market mark. SV009, SV010, SV011
CV037 The bull case is that Stoke’s fully reusable upper stage converts from technical differentiator into a structurally lower-cost launch service that wins government and commercial missions after orbital proof. SV001, SV005, SV028
CV038 The bear case is that launch delays, reuse shortfalls, or a harsher competitive-pricing environment force another raise before meaningful revenue arrives. SV024, SV026, SV027
CV039 At today’s evidence level, the appropriate recommendation is Track rather than Buy because the company is still pre-orbit, pre-revenue, and thinly priced in opaque secondary venues. SV010, SV027
CV040 Recommendation confidence should remain medium because the valuation rests on convergent but thin secondary signals and milestone-driven assumptions rather than audited financials. SV009, SV010, SV011, SV012
CV041 A stretched valuation stance is warranted because the $3.42 billion mark already assumes substantial technical and commercial conversion before those proof points are public. SV010, SV020, SV021, SV022
CV042 A reasonable base-case underwriting range is about $2.5 billion to $4.0 billion, bracketing the current secondary mark but offering limited margin of safety. SV010, SV017, SV019, SV020, SV021, SV022
CV043 A reasonable bear-case underwriting range is about $1.0 billion to $2.0 billion if Nova slips materially or requires another heavily dilutive financing before revenue. SV008, SV024, SV026, SV027
CV044 A reasonable bull-case underwriting range is about $4.5 billion to $6.5 billion if Stoke reaches orbit, begins closing named launch awards, and preserves its full-reuse cost thesis. SV010, SV017, SV020, SV027, SV031
CV045 The cleanest way to move the recommendation upward would be a successful orbital flight followed by disclosed mission wins or named commercial counterparties. SV027, SV031
CV046 A valuation reset below $2 billion becomes plausible if the company slips first flight beyond the current funding window or shows signs of another insider-led rescue round. SV008, SV024
CV047 A valuation above $5 billion would require not just flight proof but evidence that customers are converting the platform into repeatable revenue rather than one-off option value. SV020, SV022, SV031
CV048 Because the public record still lacks revenue, margin, and backlog granularity, milestone and option-value thinking is more defensible than false-precision DCF work. SV012, SV026, SV027
来源
编号出版方标题引文
SO001 Stoke Space Stoke Space Our 168,000-square-foot headquarters is home to our vertically integrated design and manufacturing operations.
SO002 Stoke Space Team | Stoke Space Our board is shaping our strategy for the future of dynamic space operations.
SO003 Stoke Space Careers | Stoke Space Joining a start-up is a great way to learn fast on the job — whether at our Seattle-area manufacturing facility, our test site in Moses Lake, Washington, or our Cape Canaveral launch operations.
SO004 Stoke Space Stoke Space announces $260 million in new investment This investment more than doubles the company’s total funding, bringing it to $480 million.
SO005 Stoke Space Stoke Space Technologies raises $510 million to scale manufacturing of fully reusable Nova launch vehicle As of September 23, we have raised $510 million in Series D funding led by Thomas Tull’s US Innovative Technology Fund (USIT) in conjunction with a $100 million debt facility led by Silicon Valley Bank.
SO006 Stoke Space Stoke Space Technologies extends previously announced Series D financing to $860 million With the extension, Stoke has now raised $1.34 billion to date.
SO007 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program The award enables Stoke to compete for a total of $5.6B in national security launch contracts using its 100% reusable Nova rocket.
SO008 Stoke Space Stoke Space names retired U.S. Space Force Lt. Gen. John E. Shaw to board of directors, Paul Croci as chief financial officer Today Stoke Space announced that the company has appointed retired U.S. Space Force Lt. Gen. John E. Shaw to its Board of Directors and Paul Croci as its chief financial officer.
SO009 Stoke Space From Mercury to Nova: launching the future at Space Launch Complex 14 On October 20, 2024, after a nearly two-year process, we completed the Environmental Assessment and officially secured the license to develop and operate SLC-14.
SO010 Stoke Space Stoke Space completes first successful hotfire test of full-flow staged-combustion engine Notably, Stoke’s team designed and manufactured this first stage engine in just 18 months.
SO011 Stoke Space Update on Hopper2: The Hopper Has Landed We were able to successfully launch the Hopper test vehicle to an altitude of 30 feet and land at its planned landing zone following 15 seconds of flight.
SO012 Stoke Space Introducing Andromeda These changes further reduce complexity and allow the entire engine to be serviced—or even replaced—within hours or minutes.
SO013 Stoke Space Stoke awarded contract to develop critical space mobility capabilities Today, Stoke announced it has been selected for a $4.5M award by the Defense Innovation Unit (DIU).
SO014 Securities and Exchange Commission Form D filing for STOKE Space Technologies, Inc. (2021 seed filing) Year of Incorporation/Organization ... 2019.
SO015 Securities and Exchange Commission Form D filing for STOKE Space Technologies, Inc. (2021 Series A filing) Name of Issuer: STOKE Space Technologies, Inc.
SO016 Securities and Exchange Commission Form D filing for STOKE Space Technologies, Inc. (January 2025 filing) Street Address 1 ... 21009 59th Place South ... Kent ... Total Offering Amount $259,999,936.
SO017 Securities and Exchange Commission Form D filing for STOKE Space Technologies, Inc. (November 2025 filing) The filing lists additional related persons including White, Shaw, Stein, Hennig, and Koenigsmann.
SO018 Securities and Exchange Commission Form D filing for STOKE Space Technologies, Inc. (February 2026 filing) Total Offering Amount $350,000,015 ... Total Amount Sold $275,000,029.
SO019 Space Systems Command Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Lane 1 Contract Rocket Lab and Stoke Space will each receive a $5 million FFP Task Order to conduct an initial capabilities assessment.
SO020 U.S. Space Force / Patrick Space Force Base Draft EA and FONSI for Stoke Space Nova Launch Program, CCSFS The Proposed Action ... includes ... launch operations (up to 10 launches per year).
SO021 Defense Innovation Unit Defense Innovation Unit issues first awards under its novel responsive space delivery project In August, DIU issued a second award under the NRSD project to Stoke Space.
SO022 TechCrunch Stoke Space’s initial launch plans at Cape Canaveral take shape The environmental assessment does not consider reusable operations at all, but only missions with the 132-foot-tall Nova flying in a fully expendable configuration.
SO023 TechCrunch Stoke Space’s $510M round shows the future of launch belongs to defense The center of gravity has shifted decisively toward defense.
SO024 Ars Technica Firm developing a fully reusable rocket raises a quarter of a billion dollars A Washington-based launch company announced Wednesday that it has raised $260 million in Series C funding.
SO025 GeekWire Stoke Space says it has raised $260M to accelerate work on fully reusable rocket The fresh investment brings total funding to $480 million.
SO026 GeekWire Stoke Space reveals $510M in fresh funding for reusable Nova rocket The Series D funding round ... comes in conjunction with a $100 million debt facility led by Silicon Valley Bank.
SO027 GeekWire Stoke Space adds another $350M in funding for reusable Nova rocket Stoke Space Technologies says it has added another $350 million to its previously announced Series D financing round, bringing the amount raised in the round to $860 million.
SO028 Spaceflight Now U.S. Space Force awards $13.7 billion in national security launch contracts to Blue Origin, SpaceX and ULA Rocket Lab, with its Neutron rocket, and Stoke Space, with its Nova rocket, were both on-ramped.
SO029 Forge Global Stoke Space stock Forge Price valuation $3.42B.
SO030 SpaceNews Stoke Space adds $350 million to Series D round The company did not disclose which investors participated in this extension.
SO031 TechCrunch Reusable rocket startup Stoke raised another massive round: $260M The company was founded in 2019 by Blue Origin veterans Andy Lapsa and Tom Feldman.
SM001 Grand View Research Space Launch Services Market Size & Share Report, 2030 The global space launch services market size was estimated at USD 14.94 billion in 2023 and is projected to reach USD 41.31 billion by 2030.
SM002 Grand View Research Space Launch Services Market To Reach $41.31Bn By 2030 The global space launch services market size is expected to reach USD 41.31 billion by 2030 and is projected to grow at a CAGR of 14.6% from 2024 to 2030.
SM003 The Business Research Company Space Launch Services Market Report 2026 - Industry Trends 2035 The space launch services market size is expected to see rapid growth in the next few years. It will grow to $24.42 billion in 2030.
SM004 Research and Markets Space Launch Services Market Report 2026
SM005 Mordor Intelligence Space Technology Market Size, Share & Forecast Report 2031 Rapidly Falling Launch Costs via Reusable Vehicles and Limited Launch Window and Pad Capacity are explicit driver and restraint items in the report.
SM006 BryceTech BryceTech - Reports
SM007 BryceTech Orbital Launches Year in Review 2025 The space industry saw a notable increase in activity in 2025, with 325 orbital launches and 4,544 spacecraft deployed.
SM008 Satellite Industry Association State of the Satellite Industry Report
SM009 Satellite Industry Association Affordability and Productivity Drive Historic Satellite Industry Growth - Satellite Industry Association Releases 29th Annual State of the Satellite Industry Report Launch Services – A total of 325 launches were conducted in 2025 and worldwide commercial launch revenues increased to $12.4 billion.
SM010 Space Systems Command Space Systems Command Releases National Security Space Launch Phase 3 Lane 2 FY26 Mission Assignments The U.S. Space Force assigned seven Fiscal Year 2026 National Security Space Launch launch service missions under the Phase 3 Lane 2 contract.
SM011 U.S. Space Force Space Systems Command awards National Security Space Launch Phase 3 Lane 2 contracts The overall NSSL Phase 3 Mission Manifest has almost doubled compared to Phase 2, with an anticipated 84 missions being awarded from FY25 through FY29.
SM012 Government Accountability Office National Security Space Launch: Increased Commercial Use of Ranges Underscores Need for Improved Cost Recovery DOD expects to spend over $18 billion on launch services and infrastructure over the next 5 years.
SM013 Congressional Research Service Defense Primer: National Security Space Launch Program Congress provided $1.87 billion for NSSL in FY2025 and DOD has requested $1.47 billion for NSSL in FY2026.
SM014 Via Satellite / Satellite Today SpaceX Wins String Of Launches For NSSL Phase 3, Lane 1 NSSL Phase 3, Lane 1 is for launches involving non-critical payloads, while Lane 2 is for the most demanding, least risk-tolerant payloads.
SM015 About Amazon Amazon Leo mission updates: 330+ satellites deployed and more than 100 launches secured to date Amazon Leo completed 11 missions and launched more than 300 satellites in its first year of launch operations, and we plan to increase our launch rate over time with more than 100 launches secured to date.
SM016 Telesat Telesat and SpaceX Announce 14-Launch Agreement for Advanced Telesat Lightspeed LEO Satellites Telesat has contracted 14 launches on SpaceX's Falcon 9, which will carry up to 18 Telesat Lightspeed satellites to LEO per launch.
SM017 SpaceX SpaceX rideshare page
SM018 Payload SpaceX Wins the Bulk of Space Force's 2026 Launch Contracts SSC projected its manifest out to 2029, revealing a more even distribution in contracts going forward.
SM019 New Space Economy The Small Launch Revolution: A Crowded Race to a Niche Orbit The core promise of the small launch vehicle is to provide a dedicated, flexible, and responsive taxi service to space.
SM020 Research and Markets GEO Satellite Market Report 2026 The geo satellite market size will grow from $18.7 billion in 2026 to $21.84 billion in 2030 at a CAGR of 4%.
SM021 Globalstar Looking Ahead: Satellite Technology and Trends to Watch in 2026 In 2026, industry discussion will likely center on capacity management, replenishment strategies, and how global demand shapes the economics of operating at a massive scale.
SM022 Rocket Lab Electron | Rocket Lab Tailored orbits, schedule control, responsive launch.
SM023 Rocket Lab Electron | Rocket Lab Electron's unique Kick Stage is designed to deliver small satellites to precise and unique orbits, whether flying as dedicated or rideshare.
SM024 Rocket Lab Launch services page unavailable
SM025 SpaceX SpaceX rideshare page (repeat fetch)
SP001 Stoke Space Stoke Space / 100% reusable rockets / USA Nova offers affordable access to, through, and from space with a 20x reduced cost to orbit.
SP002 SpaceX Falcon 9 Falcon 9 is the world’s first orbital class reusable rocket.
SP003 SpaceX Starship Starship is the spacecraft and upper stage of the overall Starship system and is being designed for full reusability.
SP004 SpaceX Rideshare Program $350k for 50kg to SSO with additional mass at $7k/kg.
SP005 Rocket Lab Electron | Rocket Lab Electron is the only reusable-capable small launch vehicle.
SP006 Rocket Lab Neutron | Rocket Lab Neutron will deliver 13,000 kilograms to LEO and is designed for mega constellation deployment, deep space missions, and human spaceflight.
SP007 Firefly Aerospace Home Firefly is ramping up production of our flight-proven Alpha rocket and building a scaled-up, reusable version of Alpha called Eclipse that can deliver 16,000 kg to orbit.
SP008 Firefly Aerospace Alpha Alpha is well-equipped to launch and deploy critical assets in response to dynamic changes in space, allowing our nation and allies to stay ahead of emerging threats.
SP009 Firefly Aerospace Eclipse Eclipse is built upon the success of Firefly’s Alpha and Northrop Grumman’s Antares rocket with a significant leap in power, performance, and payload capacity.
SP010 Relativity Space Terran R Relativity has secured more than $3 billion in launch service agreements across government, commercial, and blue-chip telecommunications customers and partners.
SP011 United Launch Alliance Vulcan Vulcan provides higher performance and greater accessibility while continuing to deliver unmatched reliability and precision across national security, civil and commercial markets.
SP012 Arianespace Ariane 6 Ariane 6 is the new-generation launcher, designed to be modular, flexible and versatile, to meet the needs of institutional and commercial customers in the space market.
SP013 Arianespace Arianespace launch solutions for all missions and orbits For more than 40 years, Arianespace has supported its commercial and institutional customers through its range of launchers capable of placing satellites in orbit for all types of space missions.
SP014 Federal Aviation Administration Licenses, Permits and Approvals Vehicle Operator Licenses are governed by Part 450, while the FAA also manages payload reviews, financial responsibility, and site operator licenses.
SP015 Federal Register Space Launch and Reentry Licensing and Permitting User Fees The Act authorizes the FAA to oversee, license, and regulate commercial launch and reentry activities and the operation of launch and reentry sites.
SP016 SpaceNews Stoke Space adds $350 million to Series D round Stoke Space announced Feb. 10 an extension to a Series D funding round, raising the size of the round from $510 million to $860 million. The company has raised $1.34 billion to date.
SP017 SpaceNews Rocket Lab, Stoke Space join National Security Space Launch competition Rocket Lab and Stoke Space will join Blue Origin, SpaceX, and United Launch Alliance in the National Security Space Launch Phase 3 Lane 1 program.
SP018 SpaceNews Rocket Lab delays Neutron debut to late 2026 That extra work will push back the first launch to no earlier than the fourth quarter of 2026.
SP019 SpaceNews Northrop invests $50 million into Firefly for launch vehicle development Northrop would invest $50 million in Firefly. The medium-class launch vehicle is designed to place up to 16,300 kilograms into low Earth orbit.
SP020 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut Relativity’s new Terran R rocket won’t fly until 2026 at the earliest, which falls outside the timeframe for this year’s NSSL Phase 3 awards.
SP021 SpaceNews Launch companies debate how to compete against SpaceX If your idea is to go into the market competing with SpaceX on price, you’re probably not in a good competitive position.
SP022 SpaceNews Industry warns of launch vehicle glut The launch industry is facing a shakeout in the coming years that could result in the failure of the vast majority of companies developing new vehicles.
SP023 SpaceNews Stoke Space raises $260 million Nova is designed to place 3,000 kilograms into low Earth orbit when both stages are reused and up to 7,000 kilograms otherwise.
SP024 SpaceNews Rocket Lab inaugurates Neutron launch pad Launch Complex 3 is our commitment to providing assured access to space and the launch site diversity that is needed within the United States.
SP025 SpaceNews ESA selects five companies for next phase of launcher competition ESA selected five launch vehicle startups to proceed to the next phase of a competition where they could receive contracts for satellite launches and development of upgraded vehicles.
SI001 Stoke Space Stoke Space Announces $260 Million in New Investment
SI002 Stoke Space Stoke Space Technologies Raises $510 Million to Scale Manufacturing of Fully Reusable Nova Launch Vehicle This funding gives us the runway to complete development and demonstrate Nova through its first flights.
SI003 Stoke Space Stoke Space Technologies Extends Previously Announced Series D Financing to $860 Million With the extension, Stoke has now raised $1.34 billion to date.
SI004 Stoke Space Nova | Stoke Space / 100% reusable rockets / USA
SI005 Stoke Space Stoke Space / 100% reusable rockets / USA
SI006 Stoke Space From Mercury to Nova: Launching the Future at Space Launch Complex 14
SI007 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program
SI008 Stoke Space Stoke awarded contract to develop critical space mobility capabilities
SI009 Stoke Space Careers | Stoke Space / 100% reusable rockets / USA
SI010 Stoke Space Stoke Space names retired U.S. Space Force Lt. Gen. John E. Shaw to Board of Directors; Paul Croci as Chief Financial Officer
SI011 Securities and Exchange Commission Form D for Stoke Space Technologies, Inc. (2025 Series C)
SI012 Securities and Exchange Commission Form D for Stoke Space Technologies, Inc. (2025 Series D)
SI013 Securities and Exchange Commission Form D for Stoke Space Technologies, Inc. (2026 Series D extension)
SI014 Securities and Exchange Commission Form D for Stoke Space Technologies, Inc. (2021 Series A)
SI015 Securities and Exchange Commission Form D for Stoke Space Technologies, Inc. (2020 seed round)
SI016 Defense Innovation Unit Defense Innovation Unit issues first awards under its Novel Responsive Space Delivery project
SI017 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA
SI018 TechCrunch Stoke Space’s initial launch plans at Cape Canaveral take shape
SI019 Ars Technica Firm developing a fully reusable rocket raises a quarter of a billion dollars The winnowing of competitors is also a stark reminder of both the technical and financial challenges of operating a launch company.
SI020 GeekWire Stoke Space adds $350M to funding round as it gets ready for the first launch of its reusable rocket
SI021 GeekWire Stoke Space reveals $510M funding round for its fully reusable Nova rocket
SI022 GeekWire Stoke Space raises $260M to finish development of its reusable Nova rocket
SI023 Public Stoke Space Valuation, Share Price Estimates & Funding History
SI024 Nasdaq Private Market Stoke Space Stock Price
SI025 Forge Stoke Space stock price
SI026 Yahoo Finance STOS.PVT private market data
SI027 U.S. Space Force / Patrick Space Force Base Draft EA and FONSI for Stoke Space Nova Launch Program, CCSFS The Proposed Action would include launch pad improvements associated with Stoke’s proposed Nova Launch Program ... and launch operations (up to 10 launches per year).
SI028 Federal Aviation Administration Licenses, Permits and Approvals
SI029 U.S. Code House 51 U.S.C. §50914 Liability insurance and financial responsibility requirements
SI030 Stoke Space From Mercury to Nova: Launching the Future at Space Launch Complex 14 Once commissioned for operations, the complex will have the capability to accommodate daily launches and landings of our Nova rocket.
SI031 Stoke Space Stoke Space Completes First Successful Hotfire Test of Full-Flow, Staged-Combustion Engine Engineers completed the first hotfire test of the engine on June 5 at Stoke's testing site in Moses Lake, Washington.
SI032 Federal Aviation Administration Commercial Space Environmental Reviews / NEPA Docs
SI033 Space Foundation The Space Report 2025 Q2 Highlights Record $613 Billion Global Space Economy for 2024, Driven by Strong Commercial Sector Growth The global space economy hit a record $613 billion in 2024, with the commercial sector constituting 78% of total growth.
SI034 World Economic Forum / McKinsey & Company Space: The $1.8 Trillion Opportunity for Global Economic Growth Lower costs and improved access to space-enabled technologies could expand the space economy to $1.8 trillion by 2035.
SI035 Washington Technology Stoke Space closes $510M Series D financing round Thomas Tull’s U.S. Innovative Technology Fund led the $510 million Series D round for Stoke, which also has secured access to a $100 million debt facility led by the First Citizens BancShares-owned Silicon Valley Bank.
SI036 Sacra Stoke Space funding, news & analysis Stoke Space closed its Series D at $860 million after extending the round on February 10, 2026, up from the initial $510 million announced in October 2025.
SE001 Stoke Space Stoke Space homepage
SE002 Stoke Space Nova
SE003 Stoke Space Introducing Andromeda
SE004 Stoke Space Stoke Space completes first successful hotfire test of full-flow staged combustion engine
SE005 Stoke Space Update on Hopper2: The hopper has landed
SE006 Stoke Space From Mercury to Nova: Launching the future at Space Launch Complex 14
SE007 Stoke Space Careers
SE008 Stoke Space Stoke Space announces $260 million in new investment
SE009 Stoke Space Stoke Space Technologies raises $510 million to scale manufacturing of fully reusable Nova launch vehicle
SE010 Stoke Space Stoke Space Technologies extends previously announced Series D financing to $860 million
SE011 Via Satellite Stoke Space Nabs Small DIU Contract to Prototype Cargo Delivery
SE012 Defense Innovation Unit Defense Innovation Unit issues first awards under its novel responsive space delivery project
SE013 U.S. Space Force Draft EA and FONSI for Stoke Space Nova Launch Program at Cape Canaveral Space Force Station
SE014 Federal Aviation Administration Licenses, Permits and Approvals
SE015 Federal Aviation Administration NEPA Documents
SE016 TechCrunch Stoke Space's initial launch plans at Cape Canaveral take shape
SE017 TechCrunch Stoke Space's $510M round shows the future of launch belongs to defense
SE018 GeekWire Stoke Space raises $260M to finish fully reusable rocket and Florida launch complex
SE019 GeekWire Stoke Space raises $510M to accelerate Nova rocket development
SE020 Ars Technica Firm developing a fully reusable rocket raises a quarter of a billion dollars
SE022 Defense Innovation Unit DIU Latest
SE023 Rocket Lab Neutron
SE024 Relativity Space Terran R
SE025 ABL Space Systems RS1
SE026 Firefly Aerospace Alpha
SE027 Firefly Aerospace MLV
SE028 United Launch Alliance Vulcan Centaur
SE029 Air Force Research Laboratory Rocket Cargo for agile global logistics
SE030 Stoke Space Team
SE031 NASA Commercial Space NASA partners with industry through commercial space programs to develop launch vehicles and on-orbit services that advance both agency and commercial objectives.
SE032 Stoke Space A Cleaner Future with Stoke
SE033 NASASpaceFlight.com Stoke Space continues to test reusable second stage, looks ahead to full rocket
SE034 Stoke Space What's coming up next?
SU001 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program The award enables Stoke to compete for a total of $5.6B in national security launch contracts using its 100% reusable Nova rocket.
SU002 Stoke Space Stoke Raises $510 Million to Scale Manufacturing of Fully reusable Nova Launch vehicle The National Security Space Launch award, along with our substantial manifest of contracted commercial launches, affirms that need.
SU003 Stoke Space Stoke Space Technologies Extends Previously Announced Series D Financing to $860 Million We’re executing with urgency to bring Nova to market and deliver for our customers.
SU004 Stoke Space Stoke Awarded Contract to Develop Critical Space Mobility Capabilities Today, Stoke announced it has been selected for a $4.5M award by the Defense Innovation Unit (DIU) to prototype a solution that will enable responsive and precise point-to-point delivery of cargo to, through, and from space.
SU005 Stoke Space Nova Our dynamic approach to design, testing, and production enables us to deliver high-quality, efficient, and fully reusable rockets at an unmatched pace.
SU006 Stoke Space Series-C We believe demand for launch will continue to exceed supply over the coming decade, and we have designed for that reality from the start.
SU007 Space Systems Command Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Lane 1 Contract Rocket Lab and Stoke Space will each receive a $5 million FFP Task Order to conduct an initial capabilities assessment and develop their approach to tailored mission assurance.
SU008 Space Systems Command NSSL Phase 3 Lane 1-Lane 2 Awards Fact Sheet
SU009 Space Systems Command National Security Space Launch
SU010 DVIDS Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Lane 1 Contract
SU011 Defense Innovation Unit DIU Issues Awards Under Novel Responsive Space Delivery Project (UPDATE) The ability to rapidly re-constitute space-based capabilities or re-supply time-sensitive cargo at precise locations on-orbit or terrestrially is a critical but presently under-developed capability.
SU012 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA
SU013 SpaceNews Rocket Lab, Stoke Space join National Security Space Launch competition This indefinite-delivery/indefinite-quantity (IDIQ) contract allows companies to bid on launch service orders through 2029, with at least 30 missions expected to be awarded, amounting to an estimated $5.6 billion in task orders.
SU014 Via Satellite SpaceX Wins String Of Launches For NSSL Phase 3, Lane 1 SpaceX has received $739 million in new task orders for Phase 3, Lane 1 of National Security Space Launch (NSSL).
SU015 Via Satellite Stoke Space Nabs Small DIU Contract to Prototype Cargo Delivery
SU016 SpaceX Rideshare $350k for 50kg to SSO with additional mass at $7k/kg.
SU017 SpaceX Falcon 9 Payload to LEO 22,800 kg / 50,265 lbs
SU018 Rocket Lab Electron Dedicated access to space for small satellites
SU019 Rocket Lab Neutron 13,000 Kilograms To LEO
SU020 Firefly Aerospace Alpha As the first rocket to launch with just 24-hour notice, Alpha is well-equipped to launch and deploy critical assets in response to dynamic changes in space.
SU021 Firefly Aerospace MLV Payload LEO 16,300 kg
SU022 McKinsey & Company Space launch: Are we heading for oversupply or a shortfall? In the base case, we anticipate 27,000 active satellites in orbit by the end of 2030, almost a four-fold increase from today.
SU023 SpaceNews Launch companies debate how to compete against SpaceX You absolutely have to have a plan to compete with SpaceX on price.
SU024 SpaceNews Industry warns of launch vehicle glut Industry officials warned that a surge of new launch vehicles could create an eventual glut of capacity.
SU025 Patrick Space Force Base Draft EA and FONSI for Stoke Space Nova Launch Program, CCSFS
SU026 Space Capital Space IQ: Q1 2026 Starlink crossed 10 million subscribers and is tracking toward $20 billion in 2026 revenue, confirming the anchor tenant of commercial satcom — and opening real launch capacity for Rocket Lab, Firefly, Stoke, and others.
SU027 ESPI Space Venture 2025 Upstream segments, particularly launch ventures (€4.7 billion) and satellite manufacturing (€3.1 billion), reached record funding levels.
SR001 Federal Aviation Administration Licenses, Permits and Approvals
SR002 Federal Aviation Administration NEPA Documents
SR003 Patrick Space Force Base / U.S. Space Force Draft Environmental Assessment and FONSI for Stoke Space Nova Launch Program, CCSFS
SR004 U.S. House of Representatives Office of the Law Revision Counsel Title 51 Chapter 509 — Commercial Space Launch Activities
SR005 U.S. House of Representatives Office of the Law Revision Counsel 51 U.S.C. §50914 — Liability insurance and financial responsibility requirements
SR006 Cornell Law School Legal Information Institute 54 U.S.C. §306108
SR007 Space Systems Command Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Lane 1 Contract
SR008 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program
SR009 Defense Innovation Unit Defense Innovation Unit issues first awards under its Novel Responsive Space Delivery project
SR010 Stoke Space Stoke awarded contract to develop critical space mobility capabilities
SR011 Stoke Space Nova
SR012 Stoke Space From Mercury to Nova: Launching the future at Space Launch Complex 14
SR013 Stoke Space Stoke Space completes first successful hotfire test of full-flow staged combustion engine
SR014 Stoke Space Update on Hopper2: The hopper has landed
SR015 Stoke Space Introducing Andromeda
SR016 Stoke Space Stoke Space announces $260 million in new investment
SR017 Stoke Space Stoke raises $510 million to scale manufacturing of fully reusable Nova launch vehicle
SR018 Stoke Space Stoke Space Technologies extends previously announced Series D financing to $860 million
SR019 Stoke Space Careers
SR020 Stoke Space Team
SR021 Stoke Space Stoke Space names retired U.S. Space Force Lt. Gen. John E. Shaw to Board of Directors; Paul Croci as chief financial officer
SR022 TechCrunch Stoke Space’s initial launch plans at Cape Canaveral take shape
SR023 TechCrunch Stoke Space’s $510M round shows the future of launch belongs to defense
SR024 GeekWire Stoke Space reportedly raising funding for Nova rocket
SR025 GeekWire Stoke Space adds $350 million in funding
SR026 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA
SR027 Ars Technica Firm developing a fully reusable rocket raises a quarter of a billion dollars
SR028 SpaceNews Stoke Space adds $350 million to Series D round
SR029 Nasdaq Private Market Stoke Space company page
SR030 Forge Global Stoke Space stock page
SR031 Rocket Lab Neutron
SR032 Firefly Aerospace Alpha
SR033 United Launch Alliance Vulcan
SR034 Firefly Aerospace Medium Launch Vehicle
SR035 Relativity Space Terran R
SR036 Stoke Space From Mercury to Nova: Launching the Future at Space Launch Complex 14
SR037 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program
SR038 Stoke Space Update on Hopper2: The Hopper Has Landed
SR039 Stoke Space Series-C
SR040 Federal Aviation Administration Commercial Space Transportation - Launch Licensing The FAA licenses and permits commercial space transportation to protect public health and safety and the safety of property while encouraging, facilitating, and promoting U.S. commercial space transportation.
SR041 Government Accountability Office U.S. Government Accountability Office GAO evaluates federal programs including commercial space transportation safety oversight and related regulatory compliance issues.
SR042 National Aeronautics and Space Administration Commercial Crew Program - NASA NASA's commercial crew program demonstrates government willingness to depend on private launch providers, with contractual and safety requirements that shape risk allocation between agency and provider.
SR043 Federal Aviation Administration FAA Order 1050.1F Environmental Impacts: Policies and Procedures
SR044 Federal Register Notice of Availability, Public Comment Period, and Virtual Public Meeting for Cape Canaveral SLC-40 Environmental Review
SR045 Air Force Research Laboratory Rocket Cargo for Agile Global Logistics
SV001 Stoke Space Stoke Raises $510 Million to Scale Manufacturing of Fully reusable Nova Launch vehicle This new financing, which more than doubles our total capital raised to $990 million, will accelerate product development and expansion.
SV002 Stoke Space Stoke Space Technologies Extends Previously Announced Series D Financing to $860 Million With the extension, Stoke has now raised $1.34 billion to date.
SV003 GeekWire Stoke Space adds $350M to funding round as it gets ready for the first launch of its reusable rocket The fresh funding will go toward completing activation of the company’s Florida launch complex and expanding production capacity for its fully reusable Nova launch vehicle.
SV004 Payload Stoke Space Adds $350M to Series D Fundraise The addition brings Stoke’s total funding to $1.34B.
SV005 Payload Stoke Raises $510M To Accelerate Nova Rocket Launch The round, which brings Stoke’s total fundraising to $990M, will enable the launcher to boost production of Nova, complete its work at Launch Complex 14, and prepare for its expected high launch cadence.
SV006 TechCrunch Reusable rocket startup Stoke raised another massive round: $260M Stoke Space just raised a $260 million Series C, bringing its total raised to $480 million.
SV007 SpaceNews Stoke Space raises $260 million The company declined to disclose the valuation of the round, stating only that it has raised $480 million to date.
SV008 GeekWire Stoke Space reportedly raising another massive round of funding for its Nova rocket program The Information quoted its sources as saying that the funding round could total as much as $500 million, and would value Stoke at nearly $2 billion.
SV009 Public Stoke Space Valuation, Share Price Estimates & Funding History Stoke Space's estimated secondary market share price is $51.85 as of April 2026.
SV010 Forge Global Stoke Space stock price Forge Price valuation $3.42B.
SV011 Nasdaq Private Market Stoke Space company page Nasdaq Private Market estimates that Stoke Space price per share was $52.94 as of May 18, 2026.
SV012 Securities and Exchange Commission EDGAR company search results for Stoke Space Technologies
SV013 Securities and Exchange Commission Form D for Stoke Space Technologies filed 2026
SV014 Securities and Exchange Commission Form D for Stoke Space Technologies filed 2025-10
SV015 Securities and Exchange Commission Form D for Stoke Space Technologies filed 2025-01
SV016 Securities and Exchange Commission EDGAR Search Results for Rocket Lab 10-K filings Annual report Acc-no: 0001819994-26-000013 filed 2026-02-26.
SV017 Macrotrends Rocket Lab USA Market Cap 2021-2024 | RKLB Rocket Lab USA market cap as of December 02, 2024 is $13.64B.
SV018 Yahoo Finance Rocket Lab Corporation (RKLB) Stock Price, News, Quote & History Q1 FY26 Revenue 200.35M.
SV019 Yahoo Finance Rocket Lab Corporation (RKLB) Valuation Measures & Financial Statistics Market Cap 8.23B as of 3/31/2025 in the historical valuation table.
SV020 Sierra Space Sierra Space Closes $550 Million in Series C Round, with a Valuation of $8 Billion The financing values the company at $8 billion post-money.
SV021 Firefly Aerospace Firefly Aerospace Closes Third Tranche of Series C Round, Reaching Approximately $300 Million of Financing to Date Firefly Aerospace ... announced the closing of another tranche of financing, valuing the company at $1.5 billion pre-money.
SV022 CNBC Relativity Space: 2024 CNBC Disruptor 50 Valuation: $4.2 billion.
SV023 Morgan Stanley A New Space Economy on the Edge of Liftoff
SV024 ESPI Space Venture 2025 Global investment in space ventures reached €11.7 billion in 2025, a 60% YoY increase.
SV025 Space Capital Space IQ: Q1 2026 Q1 2026 shattered the previous quarterly record with $36 billion invested across 148 companies.
SV026 McKinsey & Company Space launch: Are we heading for oversupply or a shortfall? In aggregate, the data suggest that the space industry faces a potential double bind. In the short term, the most likely scenario is a capacity shortfall, but in the longer term, the biggest risk is oversupply.
SV027 SpaceNews Industry warns of launch vehicle glut Industry officials warned that a surge of new launch vehicles could create an eventual glut of capacity.
SV028 SpaceNews Launch companies debate how to compete against SpaceX You absolutely have to have a plan to compete with SpaceX on price.
SV029 Stoke Space Stoke Space selected for the U.S. Space Force’s $5.6B NSSL program
SV030 Space Systems Command Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Lane 1 Contract Rocket Lab and Stoke Space will each receive a $5 million FFP Task Order.
SV031 Via Satellite SpaceX Wins String Of Launches For NSSL Phase 3, Lane 1 SpaceX has received $739 million in new task orders for Phase 3, Lane 1 of National Security Space Launch (NSSL).
SV032 Yahoo Finance Stoke Space (STOS.PVT) company profile and facts Forge Price as of May 29, 2026 reflects up-to-date price performance of venture-backed, late-stage companies.
SV033 Notice.co Stoke Stock $33.32 | How to Buy, Valuation, Stock Price, IPO Notice.co provides an alternative retail-market estimate for private-company stock pricing and valuation.