初创公司尽调
尽调报告 Space / Launch & Advanced Manufacturing Late-stage private 2026-05-22

Relativity Space

Relativity Space —— Terran R 尚未首飞,制造路线有差异化野心的发射公司

Relativity 的「制造 + 发射」逻辑有差异化,已签需求也有分量;但 Terran R 仍未首飞,积压订单不是收入,2021 年后融资不透明,发射竞争又极其残酷,当前股权更值得观察,不适合激进承保。

封面要素

最近确认融资轮 01
Series E — $650M (Jun 2021) [CI001]
最近定价估值 02
4200 USD M post-money (Jun 2021) [CV004]
当前估值信号 03
$3.0B-$4.0B base-case public signal; higher late-2023 marks are disputed [CV044, CV019, CV020]
收入信号 04
$150M-$181.5M 2024 revenue (estimated) [CV013, CV014]
员工数信号 05
1.6k-2.0k employees (estimated to company-claimed) [CV015, CO017]
积压订单 06
>$2.9B across >12 customers [CU028]
Terran R 状态 07
Pre-flight; first launch targeted for late 2026 [CV006, CU033]

公司概况

Relativity Space 是一家位于 Long Beach 的发射与先进制造公司,由 Tim Ellis 和 Jordan Noone 在 2010 年代中期创立;Eric Schmidt 在 2025 年 3 月完成控制性投资后接任领导。公司围绕 Terran R 已经拉到真实商业兴趣,目前称已预售超过 $3 billion 发射合同、覆盖十多家客户。但 Terran R 仍未首飞,公司还必须把这部分需求转成实际飞行表现和确认后的发射收入。

官网
www.relativityspace.com
成立时间
2015-01-01
创始人
Tim Ellis, Jordan Noone
总部
Long Beach, CA
产品
Relativity 销售未来 Terran R 发射运力,以及支撑它的制造系统。Terran R 是一款优先复用的中重型甲烷氧火箭,目前采用混合制造路线:主承力结构使用搅拌摩擦焊铝材,Aeon 发动机采用增材制造;公司也在通过 Horizon Manufacturing Technologies 商业化其工厂技术栈。
客户
客户包括卫星星座运营商、GEO/MEO 电信运营商,以及在 Terran R 形成飞行履历前就希望获得更多美国中重型发射运力的民用或国家安全发射采购方。
商业模式
收入预计主要来自多次发射服务协议,以及 Terran R 未来发射任务;规模较小的政府制造合同,以及 Relativity 制造平台授权或商业化,提供更长期的可选空间。
阶段
Late-stage private
融资情况
最后一笔证据完全交叉印证的融资是 2021 年 6 月 Series E 轮:以 $4.2 billion 估值募得 $650 million,CNBC 还报道称累计融资为 $1.34 billion。2023-2025 年之后的估值和融资线索彼此冲突,或来自模型推算,并非干净交易口径;TechCrunch 报道称 Eric Schmidt 在 2025 年 3 月进行了重大投资并取得控股权。
[CO001, CO003, CO008, CO009, CO010, CO017, CU028, CE003]

执行摘要

主要优势

  • 首飞前已有真实需求:公开积压订单从 2022 年的 $1.2B 增至 2025 年 3 月超过 $2.9B,并包括 OneWeb、Intelsat、SES 等具名客户。
  • Relativity 在制造上仍显差异化:混合结构、自研增材推进、2025-2026 年持续项目更新、已完成整箭 CDR,以及发动机 / 发射台推进进展,共同支撑一个真实硬件故事,而不是只有 PPT。
  • 公司同时具备商业和政府邻近相关性;电信发射买家、NASA 历史奖项、OSP-4 资格和 AFRL 制造工作都在验证市场契合。
  • Eric Schmidt 的控制性投资看起来为 Terran R 争取了时间,而不是把公司推向立即关停或公开可见的降价清算。

主要风险

  • Terran R 仍未首飞:已审材料中没有公开来源显示整级热试车、轨道任务、助推器回收或复飞,核心的复用与节奏逻辑仍未验证。
  • 资本强度高,流动性不透明。公开报道称公司 2024 年遭遇现金短缺,而经审计现金余额、烧钱速度和 Schmidt 之后融资条款仍未披露。
  • 积压订单质量难以承保,因为公开来源没有披露押金安排、里程碑回款、取消保护、客户集中度,或从已签发射到收入的桥。
  • 竞争极其残酷:Falcon 9 已靠复用和发射节奏不断累积信任;在 Terran R 拿到飞行履历前,Neutron 和其他运载器也在争同一批中型运力需求。
  • 战略聚焦风险仍然真实,因为管理层要同时完成 Terran R、工业化复杂混合工厂体系,并把相邻制造项目商业化。

未决问题

  • Schmidt 之后的准确股权结构条款、持股比例、证券优先级和稀释机制尚未公开。
  • 没有找到经审计收入、现金、烧钱速度、毛利率或 ARR 披露,公开收入数字也只是估计。
  • 公开来源没有披露客户级积压订单集中度、押金、取消权,或 Terran 1 重置后的重新预订行为。
  • 已审材料仍缺少 Terran R 飞行证据,例如公开级热试车结果、首次发射结果、回收数据,或进入 Lane 1 任务订单资格的路径。
  • 已审来源仍无法最终对齐公司标准成立日期应按 2015 年还是 2016 年处理。

目录

Chapter 01

01公司概况

1.1 身份、布局与产品

Relativity Space 把自己定位为发射与先进制造公司;眼下的商业身份锚定 Terran R,而不是早期 Terran 1。公司当前简介页称,团队已扩张到 2,000 名专家,分布在美国五个地点,总部位于 Long Beach,另在 Mississippi、Florida、Washington, D.C. 和 Seattle 开展业务。同一页面还称 Relativity 拥有超过 $3 billion 的预售发射合同、客户超过十多家。积压订单因此成为最清晰的公开牵引指标,但这些预订不能和已飞行发射收入混为一谈。 本报告其余部分应把 Terran R 视为标准产品。公开技术披露目前集中在这组参数:第一级复用时,可向 200-kilometer LEO 运送 23,500 kilograms,有效载荷到 GTO 为 5,500 kilograms,一次性模式下可向 LEO 运送最高 33,500 kilograms,并计划自 2026 年底起从 Cape Canaveral 的 LC-16 发射。基于同一组披露,可以推出单独的阶段判断:Relativity 仍应被看作处于后期开发、Terran R 尚未首飞的公司,而不是已经证明可反复取得发射收入的运营商。[CO001, CO002, CO003, CO004, CO036, CO040]

KPI 快照表
指标数值 / 状态日期置信度缺口 / 备注
成立日期公开资料区间为 2015-20162015-2016官方当前页面称始于 2016;多个独立资料页称 2015。
总部加州 Long Beach2026-05-22官方 About 页面和 Long Beach 总部公告支持。
现任 CEOEric Schmidt2025-03-10TechCrunch 报道称,他取得控股权并出任 CEO。
创始人Tim Ellis 与 Jordan Noone2015-2016尽管成立日期不一致,创始人身份一致。
阶段Terran R 后期开发 / 首飞前公司2026-05-22从 Terran 1 停止和 Terran R 2026 年末首飞目标推断。
主力产品Terran R 可复用运载火箭2026-05-2223,500 kg 可复用 LEO;5,500 kg GTO;33,500 kg 一次性 LEO。
官方积压订单>$3B 预售发射合同2026-05-22当前官方 About 页面;2025 年 3 月官方更新引用 >$2.9B 积压订单。
官方员工数2,000 名员工2026-05-22官方 About 页面;也存在更低的第三方估计。
最近确认的新股融资估值$4.2B2021-06-08官方 Series E 公告和 CNBC 交叉验证。
已确认累计融资截至 June 2021 为 $1.34B2021-06-08资料网站中的后续累计金额尚未得到足够佐证。
收入 / ARR未公开披露2026-05-22GetLatka 报告了 2024 年收入估计,但这些数字明确为公司报告或估计值,未用作规范 KPI。

本表把官方、已交叉验证的 KPI 与低置信度资料网站估计拆开。积压订单是类似订单预订额的公司指标,不是已确认发射收入;Schmidt 交易后的当前估值仍未公开。

[CO003, CO004, CO010, CO013, CO014, CO017]
FO002: 公司快照逻辑

制造能力、箭型设计、客户、政府工作和控股资本如何连接成 Relativity 当前格局。

[CO002, CO003, CO004, CO010, CO020, CO021]

1.2 创始人、领导层与治理

可取得的来源包支持一个高层次创始人故事,但并不能给出干净的法律沿革。官方当前文案称公司“自 2016 年以来”存在,而多个独立和私营市场资料把成立时间放在 2015 年,并认定 Tim Ellis 和 Jordan Noone 为创始人。最稳妥、适合发布的结论不是单一日期,而是一处有记录的冲突:业务形成于 2015-2016 年窗口;抓取到的来源无法最终调和 2015 年是否代表注册、2016 年是否代表运营启动,或其中一组来源只是表述不精确。 2025 年 3 月之后,领导层确定性要强得多。TechCrunch 报道称 Eric Schmidt 完成重大投资、取得控股权并出任 CEO,Tim Ellis 则卸任首席执行官并留任董事。Relativity 的简介页也独立确认,公司在 2025 年进入 Schmidt 领导下的新阶段。来源包中公开可见的职能负责人包括 President and CFO Mo Shahzad、Chief Revenue Officer Josh Brost 和 CTO Kevin Wu;但更完整的董事会名单、交易后的精确持股拆分,以及 Schmidt 投资附带的任何特殊治理权利,仍未公开。[CO007, CO008, CO009, CO010, CO011, CO012]

领导层和创始人表
人物最新公开职务背景 / 语境重要性关键人物或治理备注
Eric SchmidtCEO;控股投资人前 Google CEO;在 March 2025 进行重大投资并取得控制权在 Terran R 首飞前重置领导层,并大概率延长融资跑道准确持股比例、董事会权利和交易条款仍未公开
Tim Ellis联合创始人;董事;前 CEORelativity 长期公开代表,也是原始 3D 打印投资逻辑的设计者卸任 CEO 后提供连续性即便不再担任 CEO,仍是任务连续性的关键人物
Jordan Noone联合创始人创始人资料中提到的前 SpaceX 工程师共同提出原始制造愿景,并贡献早期技术可信度当前运营职责未在抓取来源中公开定义
Mo Shahzad总裁兼 CFO在 March 2025 官方更新中就积压订单和商业就绪度发表引述负责 Terran R 的财务叙事和资本纪律除职务和引述角色外,公开披露有限
Josh Brost首席营收官SpaceNews 就 NSSL 时间和客户需求引用他的话Terran R 管线和政府销售叙事最可见的公开负责人必须把积压订单转成已飞发射节奏
Kevin Wu首席技术官官方 Terran R 更新中就混合制造和运载器设计发表引述制造转向和运载器架构的关键技术声音技术执行风险仍集中在 Terran R 交付上

覆盖范围有意保持不完整,因为抓取来源没有披露完整董事会名单、独立董事或 Schmidt 之后的治理安排。

[CO008, CO009, CO010, CO011, CO012, CO039]

1.3 资本基础、利益相关方与商业需求

抓取来源包中最后一笔完全交叉印证的融资仍是 2021 年 6 月 Series E 轮。Relativity 自有公告和 CNBC 都支持这轮 $650 million 融资,由 Fidelity 领投,BlackRock、Coatue、Tiger Global、Baillie Gifford、Mark Cuban 等参投;CNBC 还报道称,当时累计融资 $1.34 billion,估值 $4.2 billion。此后证据变得浑浊。二级市场和资料站对后续估值、融资给出不同方向的信号,因此只能作为低置信度背景,不能作为封面指标的标准口径。 商业需求比当前股权结构更容易取证。积压订单的推进在公开里程碑中可见:2022 年 OneWeb 将 Terran R 积压订单推高到超过 $1.2 billion、覆盖五家客户;2023 年 Intelsat 将其推高到超过 $1.8 billion、覆盖九家客户;2025 年 3 月 Relativity 称其超过 $2.9 billion、覆盖十多家客户;当前简介页则四舍五入到 $3 billion 以上。客户组合由电信和政府邻近关系锚定,而不是消费市场;SES、Intelsat、OneWeb、Iridium、NASA,以及 U.S. Air Force/Space Force 构成本章最可见的外部验证集合。[CO013, CO014, CO015, CO016, CO017, CO018]

利益相关方或投资人图谱
利益相关方角色公开信号控制权 / 经济重要性尽调问题
Eric SchmidtCEO 兼控股投资人March 2025 领导层变更本章可见的当前控制权持有人中最关键者获取 2025 交易的股权结构表、董事会席位和优先条款
Fidelity 牵头的 Series E 财团成长投资人June 2021 官方 $650M 融资,参与方包括 BlackRock、Coatue、Tiger、Baillie Gifford、Mark Cuban 等最后一个完全交叉验证的新股融资和估值锚判断 Schmidt 交易后哪些基金仍持有有意义股权
SES / Intelsat锚定电信客户组2023 年 Intelsat 多次发射交易;SES 收购 Intelsat 后在 2025 年扩大协议Terran R GEO/MEO 需求的可见验证需要按任务获得发射次数、时间和合同金额细节
OneWeb星座客户2022 年多次发射协议使五个客户的积压订单超过 $1.2B星座市场需求的早期证明厘清行业整合后的当前进度和经济性
Iridium早期发射客户2020 年最多六次专用 Terran 1 发射合同显示既有运营商在首飞前就愿意签约确认 Terran 1 搁置后是否有任何义务迁移
NASA政府发射客户和测试基础设施合作方VCLS Demo 2 奖项,以及 Stennis 发动机和级段测试足迹提供技术和采购验证评估 2020 奖项之外还有哪些后续 NASA 需求
U.S. Air Force / Space Force(美国军方客户)研发客户和未来发射市场守门人2024 年增材制造奖项和 NSSL 准入窗口讨论把制造技术连接到政府机会,但也凸显资格门槛绘制首飞后取得 NSSL 资格的精确要求

这不是完整股权结构表。私人持股比例、债务安排,以及大多数发射协议的价值或数量,都未在抓取材料中公开披露。

[CO010, CO013, CO018, CO019, CO020, CO021]
FO003: 快照关键指标

本章中支撑最充分的规模、资本和产品指标概览。

当前估值和收入仍为私人信息;这里只呈现已佐证或明确标注低可信度的指标。

[CO002, CO004, CO006, CO014, CO015, CO036]

1.4 里程碑、转向与执行风险

Relativity 的公司轨迹现在更像一次转向,而不是原先“万物 3D 打印”论点的平稳延续。Terran 1 在 2023 年 3 月发射时通过 Max-Q、完成级间分离并进入太空,但因二级问题未能入轨。几周内,管理层搁置 Terran 1,把公司重新放到 Terran R 上。这次上市路径重置也改变了火箭本身:2021 年 Terran R 概念曾以 2024 年首秀和更小型、完全可复用设计为目标;2023 年 4 月更新则转向更大火箭,优先一级复用,并接受更混合的制造策略。 此后的执行证据有正有负,但方向上偏建设性。公司 2025 年 3 月更新称,整箭级 CDR 已在 2024 年 12 月完成,首飞生产已经启动;2026 年 3 月和 4 月更新显示,级段集成、发动机制造、测试和 LC-16 建设仍在推进。不过,来源包也包含尽调中真正重要的主要反向信号:SpaceNews 报道称,Relativity 延后了最初的 NSSL Phase 3 投标,因为 Terran R 无法及时达到可飞状态;TechCrunch 称 Schmidt 投资前,公司在 2024 年曾面临现金短缺。因此,本章支持一个平衡判断:客户需求和技术进展真实存在,但核心产品仍未首飞,公司仍必须把积压订单转成成功发射。[CO025, CO026, CO027, CO028, CO029, CO030]

里程碑表
日期事件类型金额 / 状态参与方含义
2015-2016Relativity Space 成立窗口在公开资料中存在一年差异成立成立日期冲突Tim Ellis;Jordan Noone创始人一致,但确切法律成立日期仍需要一手文件
2020-06-24Iridium 签约最多六次 Terran 1 发射合作最多六次发射Iridium;Relativity Space任何轨道发射记录出现前,早期商业信任已经到来
2020-12-11NASA 授予 Relativity VCLS Demo 2 合同监管$3.0M 奖项NASA;Relativity SpaceTerran 1 首飞前就获得政府发射验证
2021-06-08Series E 融资完成融资$650M,估值 $4.2BFidelity 牵头财团形成本章最后一个完全交叉验证的融资基准
2021-06-30Long Beach 总部扩张公告规模1M+ sq. ft.;2,000+ 人容量Relativity Space 与 City of Long Beach制造基地按 Terran R 扩张,而不只是 Terran 1
2022-06-30OneWeb 签署 Terran R 多次发射协议合作五个客户的积压订单 >$1.2BOneWeb;Relativity Space星座需求强化了 Terran R 投资逻辑
2023-03-23Terran 1 到达太空但未能入轨不利级间分离成功;二级表现不及预期Relativity Space验证了部分打印结构,但未产出轨道成功
2023-04-12Relativity 转向 Terran R,并重置运载器架构产品Terran 1 搁置;七个客户的积压订单 >$1.65BRelativity Space公司选择市场匹配和规模,而不是延续 Terran 1
2023-10-11Intelsat 协议扩大商业积压订单合作九个客户的积压订单 >$1.8BIntelsat;Relativity Space深化了电信运营商愿意预留未来运力的证明
2024-04-04U.S. Air Force 增材制造奖项出现在 USAspending监管$8.77M 奖项Department of the Air Force 与 Relativity Space说明制造技术栈可以在发射服务之外产生政府资助工作
2025-03-07Terran R 整箭级 CDR 完成并披露首飞生产启动产品CDR 于 Dec 2024 完成;12+ 个客户的积压订单 >$2.9BRelativity Space标志着从设计冻结进入生产和鉴定
2025-03-10Eric Schmidt 取得控制权后出任 CEO治理领导层和控制权变更Eric Schmidt;Tim Ellis在 Terran R 开发最昂贵阶段前夕,资本和治理发生变化
2026-04-13March 2026 项目更新报告级段、发动机和发射台取得广泛进展规模已放行 2,207 个飞行部件Relativity Space显示建造、测试和发射基础设施同步推进
2026-05-08April 2026 更新报告更多发动机已发运,LC-16 激活继续推进规模已放行 2,055 个飞行部件Relativity Space本次基准日前最新官方检查点仍指向 2026 年末首飞目标

第一行保留成立日期冲突,而不是虚假选择某一年。客户积压订单数字是公司报告的发射服务协议总额,不是已确认收入。

[CO008, CO013, CO019, CO020, CO021, CO022]
FO001: 公司里程碑时间线

从成立到 2026 年 4 月 Terran R 进展更新的公开记录里程碑。

成立条目刻意保留 2015-2016 年区间,因为抓取来源对确切年份有冲突。

[CO010, CO011, CO013, CO014, CO015, CO019]

1.5 展示材料

Chapter 02

02市场分析

2.1 市场边界:发射服务,不是整个太空经济

Relativity 的相关市场首先是轨道发射服务,其次才触及更广义的太空经济。公司正在为中重型商业和政府任务打造 Terran R:星座卫星的批量专属部署、单颗大型 GEO 或 MEO 航天器,以及靠近 NSSL Lane 1 的、风险承受度更高的政府载荷。因此,当前 $613 billion 的全球太空经济和 2035 年 $1.8 trillion 展望,只能作为外围背景。大部分价值来自下游通信、定位、导航、地球观测以及其他由太空赋能的服务,并不会直接流入发射服务商收入。Relativity 的实际市场边界,是会选择发射服务的支出:更新多轨道船队的运营商、需要反复部署能力的星座建设方,以及采购发射或太空通信韧性的政府买家。核心市场之外包括卫星制造收入、泛太空软件与服务、载人航天旅游,以及从不转化为付费发射任务的发射基础设施预算。现状替代品也不是抽象的太空支出选项,而是以 Falcon 9 为首的现有发射方案,以及 Vulcan、Neutron 等保障更高或正在出现的美国火箭。[CM001, CM002, CM003, CM004, CM005, CM006]

市场定义表
细分市场 / 类别纳入支出排除支出买方 / 付款方对 Relativity 的意义
中重型发射服务星座批量部署、单颗大型 GEO/MEO 卫星和拼车任务的专用发射费用单独销售的卫星制造、下游带宽收入、保险和地面系统商业卫星运营商、星座项目办公室、政府发射买方核心市场——Terran R 要攻下的收入池
星座部署与补网批量发射、补网任务、进度溢价、与发射绑定的任务集成服务卫星服务 ARPU、终端销售、地面回传、终端用户订阅OneWeb 式星座运营商;未来宽带和 EO 星座主要增长视角,因为持续部署会消耗发射运力
GEO / MEO 卫星群更新单颗大型通信航天器发射或转移轨道任务全寿命转发器收入、托管网络服务、在轨运营SES、Intelsat/SES 及其他多轨道卫星群所有者重要,Terran R 的尺寸既适合单颗大型卫星,也适合批量任务
国家安全发射邻近市场Lane 1 任务订单、可承受风险的政府发射、商业卫星通信韧性服务认证前的 Lane 2 任务、更广泛导弹防御预算、未向新进入者开放的保密载荷预算U.S. Space Force、SDA、Commercial Space Office、DoD 项目办公室重要上行视角,但受首飞和任务保障约束
民用科学 / 响应式发射邻近市场NASA 演示发射,以及快速采购的小型或可承受风险任务不匹配运载器或采购路径的大型旗舰科学任务NASA Launch Services Program;响应式政府买方切入政府信用的有用路径,但不是 Terran R 的完整 TAM
更广义太空经济背景用于框定行业增长的上下游太空赋能经济活动把所有太空赋能价值都当作发射服务商收入分析师、投资人、战略团队仅作背景——过宽,不能用作 Relativity 的独立 TAM

本表把会选择发射器的支出,与更广泛太空行业或太空赋能价值拆开。通用太空经济数字只是背景,不是直接发射 TAM。

[CM001, CM002, CM003, CM004, CM005, CM006]

2.2 用多重镜头测算市场

宏观市场数字能说明天花板,但单独拿来给 Relativity 做总可用市场(TAM)并不好用。World Economic Forum 和 McKinsey 将太空经济描述为 2023 年 $630 billion、到 2035 年增长至 $1.8 trillion;Space Foundation 报告 2024 年规模为 $613 billion,其中商业占比 78%,并有望在 2032 年达到 $1 trillion。这些数字确认了增长背景,但发射只是其中一个赋能层。更有用的镜头要窄得多。Relativity 称,仅星座发射到 2030 年就代表每年超过 $30 billion 的总可用市场。Rocket Lab 引用 Quilty Space,使用了更窄的镜头:到 2030 年仍有超过 10,000 颗卫星需要发射,市场价值约 $10 billion,并明确排除 Starlink 以及中国或俄罗斯星座。两组数字都不应单独视为权威。放在一起看,它们解释了为什么发射需求必须以范围呈现,并由范围选择限定:一端是全部星座部署,另一端是排除最大内部服务系统后的更窄中型发射需求。NSSL Lane 1 和 Lane 2 等政府采购池还会带来额外需求,但它们依赖任务保障门槛和授标时点,更像邻接镜头,而不是干净的 TAM 组成部分。[CM002, CM003, CM007, CM008, CM009, CM010]

TAM / SAM / SOM 或规模测算视角表
发布方 / 视角年份地理范围数值方法 / 依据置信度关键限制
WEF / McKinsey 全球太空经济2024全球市场规模从 $630B (2023) 到 $1.8T (2035)跨行业太空经济预测,包含下游服务和间接价值创造中高可作宏观上限,但口径远宽于发射服务商收入
Space Foundation 全球太空经济2025全球$613B(2024);最快 2032 年 >$1T;商业占比 78%关于整体太空经济和发射节奏的季度行业报告中高仍是全行业视角;未单独拆出发射服务
Relativity 星座发射总可用市场(TAM)2023全球到 2030 年每年 >$30B公司对星座发射需求的判断,绑定 Terran R 整流罩和任务适配度中低公司自定义 TAM;未经独立审计
Rocket Lab / Quilty 卫星需求视角2024全球,不含 Starlink / 中国 / 俄罗斯到 2030 年 >10,000 颗卫星需要发射;TAM 约 $10BRocket Lab 引用的第三方卫星需求展望,指向中型运力星座发射口径较窄,排除了最大的垂直整合型星座
NSSL 第三阶段 Lane 2 授标池2025美国$13.7B,覆盖 54 次发射(FY27-FY32)已授标的五年国家安全发射任务池仅是需求信号;Terran R 近期无法承接
NSSL 第三阶段 Lane 1 上限2025美国到 2029 年上限 $5.6B,并有延至 2034 年的路径面向可承受风险的国家安全发射任务的 IDIQ 上限中高上限不等于实际授标支出,还需要成功准入
OneWeb Technologies p-LEO 合同2023美国政府10 年上限 $900M面向扩散式 LEO 通信的商业卫星通信服务采购中高服务合同,不是直接发射 TAM
Iridium SITH / EMSS 后续合同2025美国政府5 年上限 $85.8M面向韧性 LEO 通信的基础设施和服务支持合同支撑韧性太空服务需求,不等于直接发射收入

这些视角有意混合宏观行业规模、发射需求代理指标和政府采购池,因为没有公开来源清晰隔离 Relativity 的可服务市场(SAM)或可获取市场(SOM)。应把它们用作有边界的参考点,而不是相加。

[CM002, CM003, CM007, CM008, CM009, CM010]
FM001: 市场规模金字塔:从行业背景到 Relativity 已获需求

四层嵌套视角说明,为什么 Relativity 相关发射市场远小于头部太空经济数字,也为什么已披露积压订单只能部分代表可获得需求。

商业太空层只是简单计算:$613B 的 78% = $478.14B。该金字塔不是字面上的经审计 TAM/SAM/SOM 桥接,因为公开来源没有足够数据来隔离 Relativity 的真实 SAM,也无法把积压订单转换为年收入。

[CM002, CM003, CM008, CM009, CM010, CM017]

2.3 买方 / 用户 / 付款方地图

买方需求已经可见,但会被任务类型和真正控制预算的人切分。商业侧,SES、Intelsat 等 GEO 和 MEO 船队运营商是买方,因为它们需要高可靠发射,把大型通信航天器送入可服务轨道。OneWeb 等星座运营商购买反复部署能力,更在意批量经济性、补网节奏和发射服务商多元化。在美国政府需求中,买方、用户、付款方经常三分:U.S. Space Force 或 Commercial Space Office 付款,OneWeb Technologies、Iridium 等网络运营商交付服务,作战人员或政府机构才是实际用户。这一点重要,因为 Relativity 不只需要卖给卫星制造商或发射采购团队;它必须嵌入那些把韧性、响应速度和多样性当作预算结果的采购系统。NASA 和早期 Space Force 入围项目显示了进入政府需求的邻接路径,但这些路径历史上服务的是比 Terran R 目标甜点更小、或风险承受度更高的任务。[CM022, CM023, CM024, CM025, CM026, CM027]

细分市场 / 买方地图
细分市场买方用户付款方工作流预算负责人采用触发因素
GEO / MEO 卫星队运营商SES / Intelsat 的卫星队战略和空间系统团队卫星运营和网络容量团队卫星资本开支预算单颗大型卫星或转移轨道发射采购Space Systems SVP / 卫星队更新负责人需要快速增加轨道容量,同时分散发射风险
LEO 宽带 / 星座运营商星座项目办公室(如 OneWeb Gen2)网络工程和部署团队星座资本开支项目用于部署和补网批次的多次发射 LSACTO / 星座总经理 / CFO需要批量经济性、排期确定性和容量扩张
商业卫星通信服务买方(USSF p-LEO)Commercial Space Office / Space Systems Command(商业航天办公室 / 太空系统司令部)使用连接服务的作战人员和政府机构DoD / USSF 通信预算先签服务合同,再交付网络使用和韧性能力商业卫星通信采购办公室需要可信 LEO 服务商提供有韧性的低时延通信
国家安全发射买方(Lane 1)Assured Access to Space / SSC 任务办公室SDA、NRO 等载荷方采购拨款年度准入 -> 首飞验证 -> 任务订单竞争项目执行办公室 / 任务采购负责人风险容忍型任务需要更多元的本土发射基础
民用科研 / 演示任务NASA LSP 或其他民用任务办公室科学载荷团队和高校 / 机构研究人员任务预算或演示经费先选择演示发射;运载器跑通后再重复采购NASA LSP / 任务理事会小型或高风险任务需要更低成本的发射
响应式备份 / 替换任务卫星队运营商的应急规划人员(类似 Iridium)服务连续性和卫星运营团队应急资本开支 / 韧性预算保留备份发射选项;只有需要在轨替换时才启动CTO / 卫星队运营 / 连续性团队备星必须入轨时,需要快速替换路径

商业发射中,买方和付款方往往一致;政府卫星通信和国家安全任务则常把预算持有者、服务提供商和终端用户分开。

[CM022, CM023, CM024, CM025, CM026, CM027]
FM003: 细分市场需求矩阵

将需求细分映射到轨道 / 载荷特征、发射节奏、任务保障负担和买方选择发射商时优化的目标。

该图是定性而非财务分析。它把采购证据转成决策标准,说明同一型火箭为什么在商业、民用和防务细分中会面对很不同的购买逻辑。

[CM022, CM023, CM024, CM025, CM026, CM028]
FM004: 从任务需求到重复授标的采用路径

商业和政府发射需求只有在载荷匹配、首飞证明和采购资质把初始任务需求转化为可重复的发射清单份额后,才会变成经常性收入。

该流程把商业 LSA 和政府任务订单抽象为一条采购路径。Relativity 今天最大的摩擦节点是证明阶段,因为该火箭尚未飞行。

[CM019, CM020, CM025, CM026, CM028, CM034]

2.4 增长驱动、约束与中型运力替代方案

最强需求驱动不是泛泛的太空热情,而是非常具体的任务周期。通信星座和补网项目持续产生批量发射需求;主权防务项目越来越需要独立发射和有韧性的 LEO 通信;如果发射节奏真正跑出来,可复用火箭有机会降低每颗卫星成本。来自 SES、OneWeb 的客户引述,以及 Rocket Lab 自己的竞品定位,都强化了同一个信号:买家希望获得额外运力,降低对单一供应商的依赖。反向力量同样具体。SpaceX 的节奏、可靠性,以及当前对 Lane 1 任务订单的获取,使其成为默认标杆,而不只是另一个竞争者。Terran R 还面对硬性的时间门槛:尚未首飞、尚未证明复用、尚无面向国家安全任务的政府任务保障履历,也没有公开证据证明其 50-100 次飞行野心能由载荷密度支撑。于是 Relativity 瞄准的是一个真实市场,但周围有可信替代:Falcon 9 是现有龙头,Vulcan 面向最高保障轨道,Neutron 则是最直接的新兴中型运力挑战者。[CM012, CM013, CM014, CM015, CM016, CM017]

增长驱动因素与约束表
驱动因素 / 约束方向时点影响尽调索取项
星座补网和新的宽带竞争驱动2026-2030通信卫星反复成批补网,带来重复发射需求,而不是一次性任务按客户索取补网日历,并按项目索取平均卫星质量
GEO / MEO 卫星队更新和多轨道韧性驱动2026-2030即便星座增长,单颗大型卫星任务仍让中重型运载器保持相关性索取 SES / Intelsat 相关工作的已签任务清单,按轨道和载荷级别拆分
主权军事太空和多元发射基础驱动2026-2034政府买方明确在扩大美国发射韧性和能力索取 Terran R 准入计划、任务保障里程碑和目标政府账户
商业卫星通信韧性预算驱动当前OneWeb p-LEO 和 Iridium EMSS 合同显示,LEO 通信韧性已经有政府预算支持的需求厘清 Relativity 是作为发射商直接受益、作为生态供应商间接受益,还是只作为未来运力选项受益
可复用经济性和更快周转驱动若验证成功,2027 年起如果 Terran R 能大规模复用,单星发射成本和发射可用性应会改善索取定价背后的翻修时间、助推器寿命和周转假设
SpaceX 现任主导地位约束当前买方可以口头说想要选择,但任务关键工作仍默认交给已验证的现任者按任务类型和预订窗口索取相对 Falcon 9 的赢单 / 输单分析
认证和首飞关口约束当前至首次成功任务首飞及飞后资格步骤完成前,Relativity 拿不到真正的 Lane 1 任务订单索取首飞后的认证路径和预期政府决策时间表
Lane 2 任务要求约束中期直达 GEO、垂直集成和双靶场要求,使最高价值任务短期内够不到厘清 Terran R 路线图是否明确瞄准最终具备 Lane 2 能力
载荷聚集和任务清单密度约束当前至爬坡期只有运载器能稳定填满整流罩体积或运力,中重型发射经济性才会改善索取按任务级别、载荷质量、拼车与专属发射组合加权后的积压订单
工业化扩产和排期信任约束当前至 2027 年每年 50-100 次的发射节奏目标,取决于发动机取得资格、发射台完工,以及复用在运营中真正跑通索取整合项目排期、级段测试里程碑和延期应急计划
合同不透明约束当前积压订单标题不披露价格、利润率、定金结构或取消保护索取 LSA 经济性桥接,说明积压订单金额如何转成预期年收入和现金回款

方向和时点是基于公开证据的分析判断,不是管理层指引。表格区分结构性需求驱动因素,以及延迟变现的转化瓶颈。

[CM012, CM013, CM014, CM015, CM016, CM017]
FM002: 按 LEO 载荷范围划分的美国发射替代方案

与 Terran R 最相关发射替代方案的指示性 LEO 载荷范围。所有数值均为进入低地球轨道的公吨,使用已发布或清晰推断的配置点。

所有数值都是低地球轨道公吨,或最接近的已发布 LEO 参考点。Terran R 中点是已发布可重复使用和一次性运力之间的分析中点,不是独立披露的配置。

[CM006, CM013, CM014, CM015, CM016, CM033]

2.5 矛盾、反向证据与仍无法知道的事项

反向观点并不是说发射需求是虚构的,而是市场开放未必能在可投资时间线上转成 Relativity 的份额。最清晰的证据来自 NSSL 序列本身:Space Force 希望更多玩家进入,但 Relativity 仍不得不推迟投标,因为火箭无法在第一轮授标窗口内具备飞行条件;即便新进入者成功入围,在成功完成首次任务前也拿不到任务订单。同样的问题也出现在商业协议中。SES、Intelsat 和 OneWeb 证明了客户兴趣,但公开披露没有给出单次发射价格、预付款、取消保护或足以把积压订单转成可辩护可获取市场(SOM)的精确任务数量。公开市场镜头还混杂了不兼容的单位:总体太空经济价值、商业份额、发射服务 TAM、采购上限和公司积压订单。因此,投资者应把本章区间估算看成有边界的镜头,而不是单一精确市场模型。最重要的尽调缺口是任务级合同经济性、首飞到认证的确切时间线,以及支撑高年度节奏所需的载荷组合假设。[CM020, CM033, CM034, CM035, CM039, CM040]

2.6 展示材料

Chapter 03

03竞争格局

3.1 竞争基线:Falcon 9 定义了信任的参考价格

最重要的竞争事实不是 Terran R 也想达到 Falcon 9 级载荷,而是 Falcon 9 已经以规模化运营把发射从火箭参数之争变成执行信任之争。SpaceX 官方统计显示,Falcon 9 已完成数百次发射、着陆和复飞;Aerospace America 描述 Falcon 9 仅 2025 年就飞行 165 次。这份运营记录很关键,因为 Space Force 采购已经把 SpaceX 当作默认的商业化选项:Spaceflight Now 在 2025 年 4 月拆解中报道称,当时 Falcon 9 是唯一拿到 Phase 3 Lane 1 实际任务订单的火箭。尽调含义是,Terran R 进入的不是绿地市场。它是在要求买方把任务从一款已经兼具公开竞争性价格、被证明的节奏和政府信任的可复用火箭上迁走。因此,Terran R 需要的不只是可比载荷主张;它要证明新的制造系统、新的助推器和新的发射运营,能缩小 Falcon 9 多年复利形成的信任差距。[CP001, CP002, CP003, CP004, CP005, CP006]

竞争对手画像表
运载器竞争类别公开载荷级别信任 / 履历信号战略方向相对 Terran R 尽调的主要注意点
Falcon 9占主导的现任者~23 t LEO 级,复用已投入运营官方统计页面显示 Falcon 9 已发射 638 次、复飞 557 次;引用来源中,只有它拿到 Lane 1 任务订单在累积发射节奏、复用和政府信任的同时守住价格纪律任何首飞前进入者都很难在信任、排期确定性和历史表现上超过它
Vulcan任务保障 / 重型运力替代方案取决于固体助推器,LEO-ref 10.8-27.2 t;GEO 3.5-6.5 tLane 2 分配,加上 ULA 国家安全任务履历和首次认证飞行凭精确入轨和载荷处理服务复杂民用及国家安全任务在复用性或商业化发射节奏上不是 Terran R 的完美可比对象;保障叙事强于成本叙事
New Glenn重型运力 / 未来保障替代方案重型运力定位有间接支撑,但本轮未能拿到清晰、同口径的官方细节二手报道提到首飞和 Lane 2 分配扩展到大型商业和国家安全任务官方公开细节缺口仍然重要,因此多处单元格必须保持未知
Neutron近期中型运力挑战者13 t 可复用 LEO 级Electron 履历、Lane 1 资格,以及 2026 年中开始的专属客户任务提供针对星座和政府需求优化的可复用中型运力替代方案在 Neutron 规模上,复用和任务保障仍未验证
Terran R标的公司 / 首飞前进入者23.5 t 可复用 LEO;33.5 t 一次性 LEO;5.5 t 可复用 GTO已有客户协议,但 Terran R 尚无运营发射或复用演示把混合 3D 打印制造和大载荷雄心,转成高频次可复用运载器队伍积压订单面对有飞行履历的现任者竞争,买方也可以等验证结果

本表有意只覆盖抓取证据包中反复出现、且与美国市场相关的运载器。New Glenn 的单元格在本轮可访问官方产品细节受阻处继续加限定。

[CP001, CP004, CP007, CP011, CP014, CP015]
FP001: 竞争定位图

以证据支撑的序位图,x = 运营信任 / 飞行履历,y = 任务灵活性 / 载荷宽度。分数是锚定引用主张的序位分析位置,不是字面的市场份额或价格测量。

序位位置使用引用证据中的飞行履历、政府地位和载荷宽度。New Glenn 在本轮中刻意以较低信心绘制,因为其官方产品页无法干净访问。

[CP006, CP010, CP013, CP019, CP025, CP036]

3.2 现有玩家与保障型替代:Vulcan 和 New Glenn 不能简单类比

Terran R 还要与一类火箭竞争,它们的优势不是纯粹替代中型运力,而是任务保障。ULA 围绕精确入轨、发射台外封装、大型整流罩处理和多种固体助推器配置来营销 Vulcan,Space Force 已经向其分配 Phase 3 Lane 2 任务。当买方更看重轨道复杂度、载荷处理纪律或国家安全履历,而不是一级复用时,这些属性会让 Vulcan 相关。New Glenn 也应放进同一个尽调桶,但证据包刻意保持不均衡。Spaceflight Now 报道称 Blue Origin 已经让 New Glenn 飞行一次,并拿到七个 Lane 2 任务;但官方 New Glenn 页面在本次运行中无法干净访问,因为返回了安全检查拦截。因此,正确结论应保持克制:New Glenn 显然是严肃的重型运力和任务保障替代,但本章不会为了强行与 Terran R 做完美并列表,而编造没有支撑的载荷、定价或节奏细节。[CP007, CP008, CP009, CP010, CP011, CP012]

功能 / 能力矩阵
采购标准Terran RFalcon 9NeutronVulcanNew Glenn
LEO 载荷级别23.5 t 可复用;33.5 t 一次性~23 t 公开 / 引用公开口径13 t 可复用10.8-27.2 t,取决于固体助推器公开定位为重型运力,但本轮无法取得清晰、同口径的官方规格细节
复用成熟度目标是一级复用;尚无飞行验证大规模运营复用已验证目标是返回发射场复用;尚无飞行验证当前方案实际上是一次性暗示早期飞行会走复用路径,但公开细节仍不完整
首飞 / 运营状态首飞前项目,目标 2026 年底运营主力首飞前项目,目标 2026 年底认证飞行之后的运载器二手报道显示至少飞过一次
发射节奏证据仅有目标状态;年产 45+ 的估计和 50-100 次的长期雄心官方统计,加上 AIAA 引用的 2025 年 165 次发射未来发射节奏叙事靠 Electron 履历支撑,而不是 Neutron 运营发射节奏逻辑围绕任务保障,而非快速复用抓取到的一手来源中,可访问公开细节太少,无法干净对标
政府 / NSSL 位置首次投标延后;首个任务前无法赢得实际任务Lane 1 任务订单赢家,并占有主要 Lane 2 份额首飞成功后具备 Lane 1 资格Lane 2 中标方,具备国家安全任务履历Lane 2 中标方;认证路径仍然关键
发射场 / 网络佛罗里达 LC-16,加上 Stennis 测试足迹国家安全发射靶场足迹已在服役Wallops 发射场,加上 Stennis 发动机测试足迹Cape 运营,加上西海岸建设报道称首飞足迹在 Cape;更广网络的官方细节无法清晰取得
制造 / 运营模式混合增材 + 传统结构、甲烷发动机、下程降落计划成熟的可复用运营体系碳复合材料可复用运载器,带捕获式整流罩侧重精确入轨的一次性发射系统,具备 Centaur 长时工作能力抓取包缺少足够清晰的官方细节,无法精确比较模式

无支撑的单元格标为未知或部分,而不是猜测。矩阵比较的是公开来源包真正能支撑的内容,不是营销页面可能暗示的内容。

[CP001, CP003, CP007, CP010, CP011, CP014]
FP002: 功能宽度 / 能力图

任务匹配矩阵显示每种火箭在当前证据包中最强的位置,而不是强行给出缺乏支撑的数字评分。

单元格是从引用证据集推导出的定性标签。未知或部分公开细节,尤其 New Glenn,被保留为限定表述,而不是抹平成虚假精确度。

[CP004, CP010, CP013, CP015, CP019, CP024]

3.3 新兴挑战者:Neutron 比 Terran R 更接近市场压力

在未来火箭中,Neutron 对 Relativity 的威胁更直接,因为它追逐同一套中型运力买方逻辑,而且从设计意图到商业证明之间的距离更短。Rocket Lab 已经把 Neutron 营销为 13-ton 可复用发射器,获得 Lane 1 资格,并披露专属客户任务将从 2026 年中开始。Aerospace America 还报道了公开的 $55 million 发射价格目标,并明确把 Neutron 描述为面向星座需求的 Falcon 9 替代品。纸面上 Terran R 仍更大,但顺序比宣传册更重要:Relativity 仍在为首飞建设,SpaceNews 报道称公司延后了最初的 NSSL 推进,因为火箭无法及时赶上第一轮 Phase 3 窗口。月度更新显示硬件进展真实,SES 和 Intelsat 体系需求的客户协议也真实存在;但 Terran R 仍未投入运营,也没有证明回收。按尽调口径,Neutron 更接近成为可用第二来源;Terran R 仍在销售一种相信首飞执行将解锁积压订单的权利。[CP014, CP015, CP016, CP017, CP018, CP019]

定价 / 打包对比
运载器公开价格信号证据包中可见的商业验证仍未知尽调含义
Falcon 9AIAA 引用的 $74M 公开标价点Lane 1 任务订单,加上极高运营发射节奏逐任务折扣、拼车经济性和客户特定集成条款Falcon 可按接近市场基准的价格收费,因为履历降低买方风险
NeutronAIAA 引用的 $55M 公开目标星座合同,加上首飞前的 Lane 1 资格复用和运营能否在目标发射节奏下真正支撑该价格如果 Neutron 接近计划完成首飞,就能支撑第二来源卖点
Terran R抓取到的公开来源未披露多份 SES / Intelsat 系发射协议,以及早期积压订单说法单次发射价格、定金、取消保护和利润率结构缺少价格透明度时,Terran R 必须先靠建立信任的里程碑赢单
Vulcan抓取包中没有清晰、同口径的公开价格Lane 2 位置和 ULA 保障资历按配置划分的商业定价,以及保障功能对应的溢价买方采购 Vulcan 是为了任务适配和保障,而不是明显的标价优势
New Glenn抓取包中没有清晰、同口径的公开价格Lane 2 份额和至少一次报道中的飞行可访问的官方性能页面、公开的经常性价格点和发射节奏假设继续把 New Glenn 放在尽调集合中,但在取得干净来源前,保留定价和规格缺口

抓取包中唯一可用的公开标价点,是 Aerospace America 给出的 Falcon 9 和 Neutron。Terran R、Vulcan 和 New Glenn 的定价仍明显不透明,因此对比强调哪些内容真正公开、哪些没有公开。

[CP003, CP017, CP026, CP029, CP030]

3.4 运营、制造与切换成本偏向已经在飞的船队

核心竞争维度不止载荷。Relativity 的制造故事仍然非常差异化,但这个故事已经从 2021 年完全可复用、全 3D 打印的 Terran R 概念,演变为 2023 年优先一级复用的混合架构。这并不构成否定,但说明可制造性和经济性仍在摸索,而不是已经证明。Rocket Lab 用碳复合材料结构和自有整流罩下注;ULA 押注更保守的保障能力;SpaceX 已经把可复用运营转成高节奏机器。买方会把这些差异感知为切换成本。采购团队比较的不只是入轨公斤数;他们还比较靶场接入、集成实践、排期信心、保险假设,以及与已经飞过的发射服务商合作带来的制度舒适感。这就是为什么发射网络广度和历史执行如此重要:Terran R 在技术上或许适用于多类任务,但现有玩家进入每次销售流程时,都带着 Relativity 还必须挣来的运营记忆。[CP027, CP028, CP031, CP032, CP033, CP034]

护城河持久性 / 竞争风险登记表
Relativity 主张买方为何在意竞争威胁严重性尽调索取项
Terran R 匹配现任者载荷级别大载荷和星座灵活性拓宽可承接的任务Falcon 9 已凭飞行履历服务类似任务;Vulcan 和 New Glenn 覆盖更重、对保障更敏感的任务按任务级别索取赢单 / 输单数据,不只看宣传册载荷对比
混合增材制造应降低成本并加快爬坡制造差异化是投资逻辑核心架构在 2021 至 2023 年间已发生重大变化,因此服务经济性仍未验证按批次索取带成本的物料清单、周期时间数据和翻修假设
积压订单证明市场拉力已签需求降低商业化叙事风险合同对任务数量、价格、时点和取消细节披露很薄,而现任者仍在持续发射按客户索取任务清单、付款里程碑和终止条款
可复用发射节奏可释放更好的客户经济性相对一次性竞争对手,快速周转是战略上行空间Terran R 和 Neutron 都尚未展示可复用运营;Falcon 9 已经做到索取前三次飞行回收计划、翻修范围和飞后决策关口
政府邻近业务放大上行空间拿下 Lane 1 或后续政府订单,会加深信任并分散收入来源Relativity 已错过首个 NSSL 窗口,首次飞行前也无法赢得任务订单中高索取首次飞行后进入项目、完成资质认证、争取首个可服务任务的路径
客户希望摆脱类似垄断的现有供应商,分散发射来源客户的分散供应表述为第二来源打开窗口Terran R 若延期,Neutron 和现有机队可能先吃掉同一批分散需求索取已签客户的备用方案条款、档期窗口,以及非独家积压订单占比

严重度是分析判断,并非管理层原话。本表关注竞争逻辑中哪些要素真正耐久,哪些仍依赖首次飞行验证。

[CP024, CP025, CP026, CP031, CP035, CP037]
FP003: 护城河 / 准备度 KPI

用抓取证据包中最干净的公开头部数据点,压缩呈现竞争准备度快照。

New Glenn 项有意记录证据缺口,而不是填入没有支撑的数字。Falcon 指标来自本轮抓取的 SpaceX 官方内容 API 端点。

[CP001, CP007, CP012, CP017, CP024]

3.5 尽调底线:积压订单竞争的是履历,不只是参数

正确的反向框架很直接。Relativity 没有投入运营的 Terran R,没有证明复用,也没有公开证据显示其发射服务协议能按时、按可赢得现有玩家份额的经济性转成反复飞行。客户证明仍有意义:SES 和 Intelsat 体系承诺表明,商业卫星运营商需要额外运力,并愿意向新进入者预订未来时段。但即便这些支持性表述,强调的也是韧性、运力扩张和生态多元化,而不是替换已证明服务商。真正的尽调问题因此不是 Terran R 是否有意思,而是首飞、助推器回收、飞后翻修和早期任务表现能否足够快地发生,让积压订单在 Neutron 和现有船队吸收同样的第二来源需求之前转化。在这条序列得到证明前,Falcon 9 仍是主导性现有玩家,Neutron 仍是更近端的中型运力挑战者,而 Vulcan 或 New Glenn 则是在履历和任务保障重于新进入者上行叙事时,买方可以选择的替代方案。[CP036, CP037, CP038, CP039, CP041, CP042]

3.6 展示材料

Chapter 04

04财务情况

4.1 融资历史与资本结构背景

公开来源包中最干净的资本记录仍停在 2021 年 6 月 Series E 轮。Relativity 自有新闻稿称,公司完成由 Fidelity 领投的 $650 million 融资,BlackRock、Coatue、Soroban、Tiger Global、Baillie Gifford、Mark Cuban、Jared Leto 以及其他既有支持者参投。CNBC 独立把该轮与 $1.34 billion 累计融资和 $4.2 billion 估值联系起来;其更早的 2020 年 11 月报道则称,上一轮 Series D 融资 $500 million,投后估值约 $2.3 billion。此后公开记录变得嘈杂。KPMG 的 Q4'23 Venture Pulse 和 Yahoo/Forge 都指向 2023 年末一次规模很大的 Series F 式事件,但 Access IPO 发布了小得多且相互矛盾的 Series F 描述;这些页面都没有提供治理安排、证券条款或经审计的股权结构表计算,无法作为标准口径使用。2025 年 3 月重置在控制权上更清晰,在价格上不清晰:TechCrunch 称 Eric Schmidt 完成重大投资、取得控股权并出任 CEO,但公开来源仍未披露确切对价、持股比例、反向拆股机制或该交易附带的优先权。[CI001, CI002, CI003, CI004, CI005, CI006]

资本充足性表
资本项目公开数字 / 状态说明置信度尽调要求
Series D(2020 年 11 月)融资 $500M;估值超过 $2B,后续被引用为 $2.3B说明 Terran R 扩张前已能拿到大额发射前资本确认具体证券类型和清算条款
Series E(2021 年 6 月)Fidelity 领投 $650M 轮抓取材料中最后一轮被充分交叉验证的新股融资索取董事会权利、优先权和资金用途台账
截至 2021 年 6 月公开披露的累计融资累计融资 $1.34B确认当前重置前,公司已有大量历史资本形成与任何后续轮次和老股交易做勾稽
2023 年末融资信号冲突:KPMG 和 Yahoo/Forge 指向 $1.05B Series F;Access IPO 指向 $20M Series F暗示后续可能发生融资事件,但各来源之间没有达到可发表级别的一致性索取已签投资条款清单、交割日期和投后股权结构表
2025 年 Schmidt 交易披露了重大投资和控股权;收购价格未公开控制权重置看起来真实,经济条款仍不透明索取持股比例、对价、反向拆股计算和董事会权利
当前现金跑道未公开披露仅靠公开来源无法判断资本充足性索取截至首次飞行的现金、烧钱速度、债务、资本开支和最低现金阈值

本表压缩历史融资时间线,只用来框定未来资本充足性。后期轮次数据存在冲突,因此保留为冲突,不强行归并为一个标准数字。

[CI001, CI004, CI005, CI006, CI010, CI011]
FI003: 财务估计区间

有来源支撑的区间显示,公开财务信号在收入估计、估值参考和订单里程碑之间分歧有多大。

该图有意混合不同年份,因为本章要说明的是分歧和不确定性。中点仅为分析用途,不应视为公司指引。

[CI006, CI010, CI011, CI013, CI014, CI015]

4.2 收入质量:是积压订单,不是已证明收入

公开商业牵引比公开收入质量清楚得多。Relativity 官方来源显示,积压订单从 2022 年五家 Terran R 客户超过 $1.2 billion,升至 2023 年九家客户超过 $1.8 billion,再到 2025 年 3 月十多家客户超过 $2.9 billion,最后到今天 Terran R 页面上的超过 $3 billion 发射服务协议。这些都是有意义的需求信号,但不是年经常性收入(ARR),也不应当作确认后的发射收入。同一来源包没有披露发射时点、客户预付款结构、里程碑安排、取消保护,以及积压订单中任何单一客户占比。来源包中唯一接近收入的直接数字来自 GetLatka:它称 Relativity 在 2024 年达到 $150 million,并在 2024 年末达到 $181.5 million;同时也提示,其数字可能由公司上报或由 GetLatka 估算。因此,这些低置信度收入主张可以作为情景区间背景,但不能作为可承销的持久经常性收入或发射毛利证据。[CI020, CI021, CI022, CI023, CI024, CI029]

收入流表
收入来源机制单位当前数值 / 状态质量评估尽调要求
Terran R 发射服务协议面向商业、电信和政府邻近客户的已签未来发射合同累计积压订单 / LSA 价值2025 年 3 月 > $2.9B;当前 Terran R 页面显示 > $3.0B需求信号强,但不是已确认收入,也不是 ARR索取按发射年份、客户、定金和取消条款拆分的积压订单瀑布表
NASA VCLS Demo 2固定价格示范发射服务合同授标金额2020 年 12 月授标 $3.0M真实授标金额,但规模小且属于历史项目,不是 Terran R 的经常性收入索取任务完成状态和回款历史
AFRL 增材制造研究为大型增材制造缺陷检测签订的两年期 R&D 合同授标金额2024 年 4 月记录的 $8.77M 授标有助于锚定非发射收入,但不能证明发射服务的规模经济索取合同毛利率、人员占用和后续订单概率
Horizon Manufacturing Technologies面向工业铸件 / 制造服务的独立业务单元业务单元收入业务单元已公开存在;未披露收入在签约订单或收入披露前,只能视为可选分散化索取 Horizon 订单、收入拆分和毛利率披露
OSP-4 / 未来政府任务订单具备在有总额上限的项目池中竞争未来任务的资格上限金额 / 任务池该池九年约 20 个任务、上限约 $986M这是机会信号;赢得任务订单前,不是已预订收入索取实际授标订单和销售管线转化假设

公开证据支持多个变现面,但披露的硬美元授标只有两个小额项目。积压订单和资格池不应在心智上记为收入。

[CI020, CI021, CI025, CI026, CI027, CI029]
定价 / 变现表
变现面价格 / 合同单位公开信息标价与实现价有来源支撑的限制含义
Terran R 商业发射按次发射 / 发射服务协议抓取材料中没有公开的 Terran R 价目表实现价格未知官网宣传具备竞争力的经济性,但未披露数字收入模型必须使用积压订单区间,而不是单次发射 ASP
SES 扩展协议多次发射服务协议任务数量和财务条款未披露实现价格未知SES、SpaceNews 和 Via Satellite 都未披露金额和次数仅凭该合同无法判断积压订单质量
Intelsat / OneWeb 积压订单锚点多次发射协议只有累计积压订单里程碑仅有汇总官方公告披露积压订单总额,不披露逐次发射经济性客户验证强,变现细节弱
NASA VCLS Demo 2固定价格示范发射授标披露 $3.0M只有达成任务里程碑才会实现Terran 1 时代的示范授标不代表 Terran R 经常性定价可锚定公开资金,难以锚定 Terran R 单位经济性
AFRL 增材制造授标研究合同披露 $8.77M非发射合同价值授标投向制造 R&D,不是轨道服务交付说明存在替代变现路径,不代表发射 ASP

没有公开数字的地方,单元格直接标明缺失,不用竞争对手价格点或假设的发射经济性替代。

[CI024, CI033, CI034, CI035, CI036, CI037]
FI001: 收入模型桥

已签发射协议证明需求存在,但收入转化仍取决于未披露条款、交付里程碑和任务成功。

这座桥是方向性分析,不是收入确认政策表述。它强调,订单在签署时不会变成 ARR 或已实现收入。

[CI020, CI021, CI024, CI033, CI034, CI035]

4.3 合同与拨款锚点有帮助,但不是发射业务 P&L

来源包中的硬美元公开奖项真实存在,但相较积压订单标题仍很小。NASA 的 VCLS Demo 2 公告在 2020 年 12 月授予 Relativity 一份 $3.0 million 固定价格合同;USAspending 和 SpaceNews 支持后来一份 $8.77 million 的 AFRL 增材制造奖项,关联实时缺陷检测研究。Relativity 自有 OSP-4 公告又提供了一个有用区分:约 $986 million 的上限描述的是一个九年任务池,合格供应商可参与其中,并不是已经入账的公司收入。因此,这些记录锚定了政府客户确实向公司花过钱,但不能支撑 Relativity 已经拥有 Terran R 规模、可反复运转的发射服务收入引擎。一个奖项是 Terran 1 时代的小型演示发射合同,一个是制造研究而非轨道服务收入,一个只是获得未来任务订单竞争资格。Space Foundation 和 WEF/McKinsey 的更广义太空经济数字也强化同一谨慎点:巨大的可寻址市场存在,但市场规模不会把已签或理论需求自动转成确认后的发射商收入。[CI025, CI026, CI027, CI028, CI035, CI036]

4.4 烧钱速度、资本强度与融资依赖

公开证据强力支持资本强度,但不足以搭建精确现金跑道模型。Relativity 2022 年 Stargate 新闻稿描述了超过 1MM+ square foot 的总部、一座当时只运行 33% 的工厂、十多台计划中的巨型打印机,以及满产后每台打印机每年四枚 Terran R 火箭的预测运行率。当前 Terran R 页面和 2025 年 3 月更新又加入发动机鉴定、级段生产、发射台建设,以及仍位于规模化收入之前的首飞活动。这些事实支持一个直观结论:这是一个硬件重、设施重、劳动密集的开发项目;在 Terran R 反复飞行前,成本基础应会维持高位。反向报道让这幅图更尖锐。TechCrunch 称公司在 2024 年面临现金短缺,并在 Schmidt 投资前难以再募资金;TSG 重复了一条未经验证的说法,称 Relativity 已烧掉超过 $1 billion,Schmidt 的支票可能接近 $800 million。因此,正确承销姿态不是认为现金跑道安全,而是近期破产风险可能有所缓解,但确切烧钱速度、现金余额、债务义务和发射到现金的转化仍未披露。[CI003, CI016, CI017, CI018, CI019, CI028]

单位经济性表
指标公开数值 / 状态置信度重要性尽调要求
收入运行率 / ARR只有低置信度数据;GetLatka 称 2024 年为 $150M 至 $181.5M材料中唯一类似收入的公开数字是估计值,且未经审计索取经审计的 2024 年收入,以及签约订单到收入的勾稽
毛利率发射投资测算取决于硬件毛利率,不只是积压订单价值索取按业务线和发射项目拆分的毛利率
单次发射贡献利润率决定发射节奏提升后,是改善经济性,还是放大亏损索取价格实现情况、直接任务成本和翻修假设
月度烧钱速度烧钱速度决定首次重复飞行前的现金跑道和下一轮融资时点索取过去 12 个月烧钱速度,以及招聘 / 资本开支拆分
账上现金现金余额是判断 Schmidt 投资后现金跑道的锚索取月末现金和受限现金余额
营运资本 / 定金结构定金和里程碑付款决定积压订单是在资助运营,还是只撑门面索取标准客户付款节奏和取消保护

空值表示抓取来源包中未公开披露,不是零。本表刻意把低置信度收入估计与大量真正不可获得的单位经济性指标分开。

[CI031, CI032, CI037, CI038, CI039, CI040]
FI002: 单位经济性桥

公开成本叙事大量涉及设施、硬件和测试投入,但撑起投资判断所需的毛利输出很少。

没有公开数字能支撑从成本输入到毛利率的真实瀑布,因此这座桥保持定性,并明确标出缺失环节。

[CI017, CI018, CI019, CI037, CI038, CI039]
FI004: 资本强度 / 现金流地图

定性矩阵,显示 Terran R 能产生重复发射收入前,资本会消耗在哪里。

这是定性资本地图,不是现金流量表。它显示公开证据指向哪些花钱环节,而不是花完后还剩多少现金。

[CI003, CI017, CI020, CI029, CI038, CI039]

4.5 估值压缩风险与财务尽调结论

最稳妥的估值姿态,是保留冲突,而不是把证据压成一个数字。最后一个干净、广泛交叉印证的标记,仍是 2021 年 Series E 的 $4.2 billion 估值。此后信号显著分化:Yahoo/Forge 展示了 2025 年 6 月推导估值 $3.96 billion,以及一条有争议的 2023 年末 $5.86 billion 投后参考;Access IPO 谈到 2023 年 $6 billion 标记,但也称 2025 年初私营估值更接近 $3 billion,并加入一条低置信度反向拆股叙事;CNBC 的 2024 年资料仍显示旧的 $4.2 billion 数字,说明主流资料数据可能滞后于私下重置。基于这组记录,即便公开页面无法知道确切底部,估值压缩风险也是真实的。因此,本章财务结论偏谨慎。需求看起来真实,官方发射积压订单可观,Schmidt 的控制性投资可能买来了时间;但经审计收入、利润率路径、月度烧钱、手头现金或客户集中度,仍没有达到发布质量的证据。按承销口径,公司在首次 Terran R 运营前仍显得依赖融资。[CI009, CI010, CI011, CI012, CI013, CI014]

公开财务缺口表
缺失的私有指标重要性当前公开状态具体尽调路径投资测算后果
经审计收入和 2024-2025 年财务报表需要把积压订单观感与已确认收入、现金生成分开抓取材料中只有低置信度的 GetLatka 收入估计公开索取经审计报表,或管理层认证的月度收入桥收入质量仍未证实
月度烧钱速度和现金余额分析现金跑道、契约和下一轮时点必需已有现金压力报道,但现金余额和烧钱时间表未公开索取过去 12 个月现金桥,以及覆盖至首次 Terran R 飞行的董事会预算资本充足性只能推断
毛利率和发射成本栈决定发射节奏提升后,是放大价值,还是放大亏损官方来源宣传具备竞争力的经济性,但不披露单位毛利索取直接任务成本、间接费用吸收和翻修模型无法测算毛利率路径
积压订单时点、定金和客户集中度需要用来评估收入转化风险和集中度风险合同价值存在,但按客户、年份和定金状态拆分的价值不存在索取积压订单账龄表、定金比例和头部客户敞口无法安全地把积压订单转成年收入
Horizon / 增材业务贡献若已有签约订单和毛利率,才可能把收入分散到发射之外业务单元已公开;收入和盈利能力未公开索取业务单元损益表、已预订工作和资本开支需求多元化仍是战略选择权,不是已验证的盈利流

这些是投资测算最重要的阻塞点。问题不只是 Relativity 是私营公司;公开记录缺少把需求、资本和制造规模转化为可持续盈利的具体桥梁。

[CI030, CI032, CI033, CI040, CI043, CI044]

4.6 展示材料

Chapter 05

05产品与技术

5.1 增材制造策略与产品表面

Relativity 仍在销售发射与制造结合的身份,但产品故事已经明显演变。2021 年 Terran R 发布时,公司承诺一款全 3D 打印、完全可复用的火箭,并把这份雄心连接到软件定义工厂论点。2023 年架构更新实质性修改了这一姿态:Terran R 尺寸变大,一级复用成为明确优先项,首批火箭从全打印主承力结构改为混合铝制贮箱筒段。2025 年 3 月更新把取舍讲得更清楚:火箭主承力结构使用搅拌摩擦焊高强铝材,车辆使用内部机加工和定制工装;同时在 Relativity 认为最能提升迭代速度和复杂度的地方保留增材制造,即 Aeon 发动机和其他难加工部件。这并不意味着增材制造论点消失。Long Beach 总部、Portal 研发中心以及 Horizon 商业化页面都显示,Stargate 及相关机器人、仿真和过程控制能力仍有战略意义。差别在于,增材制造现在是更广义工厂系统里的一个工具,而不是整枚运载火箭的字面制造方法。[CE001, CE002, CE003, CE004, CE005, CE006]

Relativity 产品模块与资产矩阵
产品 / 资产主要用户当前状态 / 成熟度制造基础差异化尽调缺口
Terran R 发射服务星座、电信和政府载荷买家仍处收入前阶段;首次发射仍目标定在 2026 年末混合结构火箭在 Long Beach 制造、Mississippi 测试、Florida 发射定位为可重复使用的中到重型运力,配 5 m 整流罩和中重型载荷级别尚未展示 Terran R 轨道飞行或载荷交付
可复用一级Relativity 发射运营团队和未来发射客户Block 1 正在开发,作为首个回收学习型构型摩擦搅拌焊铝结构,加打印 Aeon R 发动机和可复用再入硬件13 发甲烷液氧一级助推器,按驳船回收和未来发射节奏经济性设计没有公开的一级助推器着陆、翻修或周转数据
上面级 / 载荷交付系统需要 LEO、GTO 或混合清单任务的卫星运营商飞行硬件和 Aeon V/Aeon Vac 测试正在推进共底贮箱上面级,真空发动机与 Aeon R 共享主要设计共性可复用 GTO 5.5 t 和一次性 LEO 33.5 t 的公开口径上面级复用不是近期公开验证点
Stargate / Portal 增材平台内部火箭团队和未来工业客户作为 R&D 和先进制造基地,仍在运行并扩张大规模增材制造、机器人、数据科学、仿真和质量实验室支撑发动机和复杂零件快速迭代良率、报废率和单件成本数据仍未公开
Stennis 测试网络(R、E2、A-2)工程、资质认证和发射准备团队组件和发动机测试已运行;级段测试能力仍在建设组件测试台、双工位发动机综合体和翻新的级段试车台Long Beach 到 Stennis 的紧密学习闭环,用于发动机和级段开发截至 runDate,没有公开的 Terran R 级段集成热试结果
Horizon 制造商业化能源、航天和国防硬件买家早期商业化叙事可见;客户进展未披露由 AI 加持的 Stargate 平台,改造后服务火箭之外的大型金属硬件把发射制造 R&D 转成第二项战略资产具名客户、单位经济性和收入未公开

本矩阵把发射产品与支撑它的制造栈分开。状态标签描述的是截至 2026-05-22 的公开证据,不是管理层向往的最终状态。

[CE001, CE004, CE005, CE007, CE008, CE009]
FE001: Relativity 产品架构图

从客户任务需求下探到火箭系统及支撑 Terran R 的工业基础,共五层。

层级边界是分析性的,并非官方划分。该图意在说明,从全打印叙事转向混合运营模型后,发射产品、火箭和工厂系统如何拼在一起。

[CE003, CE005, CE008, CE015, CE017, CE049]

5.2 火箭架构、推进与任务流程

从客户视角看,Terran R 被定位为可复用中重型发射服务,服务介于小型发射器和最重政府级火箭之间的市场。官方架构材料描述了一款两级火箭,配备 5-meter 整流罩,适合星座批量任务、专属电信任务和多客户拼车。相较 2021 年发布,公开可见的最大设计变化不是外观:火箭从七台发动机的一级和全打印叙事,转为 13 台发动机的一级,其中九台中置发动机可万向摆动、四台外侧发动机固定,并采用混合结构制造路径。推进路线始终是甲烷氧和燃气发生器循环;上面级真空发动机在 2023 年被称为 Aeon Vac,在 2025-2026 年更新中被称为 Aeon V。官方复用架构围绕远海驳船着陆展开,流程包括冷气翻转、再入点火、栅格翼制导下降和着陆点火。这套流程足够具体,作为工程概念具备可信度;但在 Terran R 助推器真正飞行、着陆,并证明翻修和可重复性前,它仍只是概念。[CE011, CE012, CE013, CE014, CE015, CE016]

客户工作流与使用场景表
用户任务 / 发射任务当前工作流痛点Relativity 方案宣称 / 可观察收益主要限制
巨型星座批量部署运营商需要频繁的中重型发射,不想排队等最繁忙的现有供应商专属 Terran R 任务,配 5 m 整流罩,并以可复用一级经济性为目标架构明确按星座集群和大额积压订单讨论来定尺寸首次飞行和回收得到验证前,任务经济性仍停留在理论层面
单颗 GEO 或 MEO 电信卫星发射重型火箭可能运力过剩,或发射清单时点不够灵活围绕可复用一级剖面设计的专属中重型发射SES 称,可复用中到重型能力适合 GEO 和 MEO 卫星SES 和 Intelsat 协议证明客户兴趣,不证明已飞性能
政府中型运力第二来源国家安全和民用买家希望在现有机队之外有更多发射选项Terran R 定位于后续 NSSL 准入和更广泛政府需求Relativity 围绕 LC-16 和 Stennis 建设,且已有早期政府授标公司推迟首次进入 NSSL,因为准备度还不够接近
可复用发射运营闭环一次性火箭每次任务都消耗新一级助推器,削弱发射节奏经济性设计目标是下游驳船回收、翻修和快速复飞若跑通,Block 1 以及后续 Block 2 可能降低长期成本并提高发射节奏尚无公开的翻修时间或可重复性证据
制造商业化大型金属硬件买家面临长交付周期和脆弱供应链Horizon 将 Stargate 和 Relativity 的过程控制改用于工业铸件和结构件公司称生产灵活、由软件驱动,CAD 到组件周期更短网站叙事之外的商业采用仍未验证

收益表述要么来自公司明确主张,要么来自客户语言和架构页面中直接读出的任务匹配。本表刻意把任务适配与执行验证分开。

[CE011, CE018, CE019, CE020, CE035, CE049]
技术与运营架构
层 / 流程公开描述的作用2026 年状态信号关键依赖关键风险
混合主结构Terran R 级段的贮箱、筒段、面板和主要结构飞行和资质认证硬件正在生产,涉及摩擦搅拌焊、机加工、喷漆和总装工作Long Beach 工装、焊接质量、涂层、检测和材料供应产出扩展到多枚火箭后,工艺集成风险上升
Aeon R 一级发动机13 发甲烷液氧一级助推器推进和着陆点火系统截至 2026 年春,首飞发动机已制造、组装、发运并完成验收测试打印燃烧硬件、阀门、航电、测试节奏和 Stennis 启用资质认证和集群级集成性能仍需飞行证明
上面级真空发动机(Aeon Vac / Aeon V)级间分离后的入轨开发和耐久测试仍在进行;公司报告了任务工况周期和寿命里程碑与 Aeon R 的共性、真空接口、上面级贮箱集成、HITL 软件Terran 1 异常后,没有公开的上面级飞行中验证
航电、软件和 GNC闭环发动机控制、导航、轨迹设计、HITL 和 run-for-record 验证HOOTL 和 HITL 工作已有公开描述;级段硬件正在做低压检查近飞行状态盒体、线束、作动器、TVC 和软件集成仅靠摘要无法判断软件成熟度
复用硬件栅格舵、热防护、着陆腿、RCS 翻转、节流阀和再点火能力风洞、CFD 和材料工作已有公开描述;缺少飞行证明气动热模型、作动系统、TPS 材料、驳船运营和翻修流程回收概念可信,但经济性尚未验证
测试与检测栈在发动机、级段和整箭抵达发射台前降低风险低温场、结构台架、NDE、模态测试、PAUT 和验收活动都在推进专用台架、操作人员、计量和分析工作流公开证据显示活动密集,但不显示良率或缺陷率透明度
发射与运输网络硬件从 Long Beach 运到 Mississippi,再到 Florida,最终在 Florida 回收助推器官方地点页和更新页已把 Long Beach、Stennis 与 LC-16 的分工说清楚海运、A-2 准备度、HIF、发射台座、储罐区、靶场协调任何交接缺口都可能卡住进度

各行把直接可见的架构与连接工厂、测试、发射所需的运营推断放在一起;风险重点看公开记录尚未证明的环节。

[CE004, CE005, CE014, CE015, CE017, CE018]
FE002: Terran R 客户工作流与运营流程

客户任务应如何从合同推进到制造、测试、发射和尝试第一级回收。

该流程综合自官方架构、地点和更新页面。前七个节点都有公开站点网络作物理支撑;回收闭环要等助推器飞行并返回后才算验证。

[CE011, CE018, CE032, CE036, CE045]

5.3 开发进展:硬件、测试与发射基础设施

本章最强的产品技术证据,是到 2025-2026 年更新节奏时,Terran R 已远远超过幻灯片阶段。Relativity 2025 年 3 月声明称,项目在 2024 年 12 月通过整箭级 CDR,并已启动首飞生产。2025 年 11 月至 2026 年 4 月的月度更新随后给出具体硬件信号:一级贮箱焊接完成、二级结构验收测试、Stennis 单日六台发动机、二级装配放行、专用一级鉴定件、第二次飞行硬件同步启动、下导管焊接,以及所有首飞 Aeon R 发动机最终发运。地点页面通过公布各主要场地当前职责加强了这些主张:Long Beach 是生产和部件测试中心,R Complex 和 E2 是发动机测试骨干,A-2 是未来级段测试台,LC-16 是围绕 Terran R 运营重建的 Florida 发射场。关键区别在于已观察到的进展和已完成的产品证明。公开记录现在支持硬件存在、测试活跃、基础设施实质推进;但还不支持整合后的火箭已完成级段静态点火、进入轨道或回收助推器。[CE021, CE022, CE023, CE024, CE025, CE026]

发展路线图与阶段表
日期 / 阶段里程碑状态为什么重要有来源支撑的解读
2021-06Terran R 首次发布:全复用、全 3D 打印、7 台发动机构型,目标 2024 年已被替代的设计基线奠定后来被改写的最初叙事早期方案强调全复用和全打印制造
2021-06宣布 1M+ sq. ft. Long Beach 总部已完成显示公司很早就围绕 Terran R 扩建工厂规模总部公告把数十台 Stargate 打印机和 2,000+ 员工容量同 Terran R 扩产绑定
2023-03Terran 1 探路飞行已完成,但未入轨成功为 Terran R 提供最好的公开飞行履历火箭通过 Max-Q 和级间分离,但二级异常后任务失败
2023-04Terran R 架构重置已完成标志着转向 13 台发动机、更大载荷级别和混合结构策略公司正式优先推进一级复用和混合筒段
2024-12 / 2025-03 披露整车级 CDR 完成已完成将概念阶段与投产放行阶段分开2025-03 更新称 CDR 于 2024-12 关闭
2025-11首飞一级贮箱焊接完成;Block 2 CoDR 关闭;风洞和 LC-16 公用工程推进推进中,已有实物进展显示首飞执行和后续升级在同步推进官方更新把贮箱完成、Block 2 设计工作和发射场建设放在同一节奏里
2025-12二级 NDE / 模态工作,以及 Stennis 同日 6 台发动机在场推进中显示发动机流和结构流正在汇合官方更新称 Stennis 单日有 6 台发动机在场,并进行二级贮箱检查
2026-01二级运输组件放行 >90%;A2 汽化器吊装;HIF 外墙板和发射台座工作推进推进中证明详细设计放行和试车台建设在落地1 月更新显示项目进入硬件发运规划模式
2026-02二级流体组件全部放行;第二发硬件开工;发射台座和 TE 硬件交付推进中显示公司不只想造一件硬件2 月更新把首飞工作与未来节奏准备连接起来
2026-03 至 2026-05下降管验收、耐久测试、首飞全部发动机发运、低压检查,以及首次发射台激活步骤推进中最接近一体化首飞活动的公开证据2026-03 和 2026-04 更新仍止步于公开整级静态点火或入轨发射之前

这条时间线刻意把里程碑完成度和进度现实放在一起。公开记录支持一场认真推进的开发活动,但证据仍停在 Terran R 证明入轨或回收之前。

[CE002, CE003, CE021, CE024, CE025, CE026]
FE003: Terran R 首飞关键依赖图

首飞取决于工厂、发动机测试、级段测试、发射基础设施和回收运营同步推进。

依赖结构是分析性的,并非公司发布。它解释了项目为何能展现真实动能,同时仍背着不小的集成和进度风险。

[CE008, CE032, CE033, CE034, CE035, CE036]

5.4 Terran 1 复盘与知识迁移

Terran 1 在这里的意义不在于业务线,而在于探路。独立报道和公司自有回顾在关键正面点上相互一致:火箭通过 Max-Q、完成级间分离,并让 Relativity 在打印结构、甲烷氧推进、航电和任务运营上获得真实飞行环境。这些对于一家初创发射项目并非小里程碑。同时,由于二级问题,该次飞行未能入轨;公司仅几周后就退役 Terran 1,转而加速 Terran R。管理层和支持性报道把这枚小型火箭描述为概念车式验证场,而不是应继续吸收商业精力的产品。这个解释具备可信度,因为 Terran 1 页面现在明确列出其称会向 Terran R 迁移的工程领域:推进循环、飞行软件、GNC、结构动力学和气动热力学。缺失的仍是一份完整公开故障报告。来源包支持对异常的概要解释,但没有技术尽调团队在放心把 Terran 1 经验外推到 Terran R 可靠性前会想要的详细根因、纠正措施和验证包。[CE037, CE038, CE039, CE040, CE041]

5.5 质量控制与剩余技术风险

Relativity 并不是要求投资者或客户只相信营销;公开记录确实显示了一套严肃的测试和质量体系。官方更新和设施页面中,公司描述了整箭级 CDR、结构验收活动、无损检测、模态和载荷测试、再入系统风洞与 CFD 工作、硬件在环和正式留档软件验证、低温部件场地,以及深度 Stennis 发动机测试布局。这是一块真实的控制面。剩下的问题不是公司是否在测试,而是测试是否已经关闭最后的商业未知数。复用成熟度仍未证明,因为 Block 1 回收还没有在飞行中展示,公开证据也没有说明翻修时间、检查负担或可重复性。发动机风险低于 2023 年,但在 Aeon R 和上面级发动机从部件和发动机活动走向整合级段和轨道表现前,风险仍然存在。混合制造也削弱了最初的纯增材故事:它可能提升排期现实性,却引入焊接、机加工、涂层和检查接口,而这些都必须在发射节奏下规模化。因此,正确尽调姿态是建设性但不庆祝:Terran R 看起来实质上真实,但最难的证明点仍在前方。[CE042, CE043, CE044, CE045, CE046, CE047]

信任、质量与合规控制
控制项 / 指标公开证据截至 runDate 状态覆盖范围缺口 / 影响
整车系统级 CDR官方 2025-03 更新称 CDR 已于 2024-12 完成已完成整车架构与主要子系统成熟度信号不错,但不是飞行证明
二级结构验收测试官方 2025-11 更新提到 30+ 个载荷工况,包括压力验证和飞行载荷二级贮箱件已完成结构工艺与裕度不能替代整级静态点火或入轨证明
一级专用鉴定件2025 年末至 2026 年初的更新称,专用鉴定硬件与飞行硬件并行推进推进中主结构鉴定路径尚无公开最终鉴定报告
Aeon R 在 Stennis 的验收测试官方更新和地点页显示验收活动正在推进,R Complex 已完成 300+ 次发动机测试操作推进中飞行发动机与可重复使用寿命证据多机并联整级性能仍未证明
E2 部件测试历史地点页称,已完成 900+ 次部件测试,并用飞行设计版燃气发生器和推力室组件验证燃烧稳定性已建立缩比与部件验证部件层面的深度不等于任务成功
软件 HITL / 正式记录测试月度更新提到 HOOTL、HITL、低压检查,以及正式记录测试的推进推进中航电、飞行软件、GNC 与级段控制公开摘要没有披露边界场景覆盖或故障树
再入气动验证官方更新提到围绕栅格舵和一级再入构型的 CFD、跨音速 / 超音速风洞工作推进中回收控制能力与气动热载荷预测仍需要真实飞行数据校准
Terran 1 异常披露公开来源确认二级异常及摘要式解释,但没有详细公开纠正措施报告外部尽调仍不完整历史失效学习限制外部对上面级闭环和管理透明度的信心

该表关注可见的控制机制,而不是认证,因为 Terran R 仍在首飞前。最后一行刻意保留负面:披露质量本身就是信任控制,而公开材料很薄。

[CE021, CE023, CE025, CE032, CE033, CE034]
FE004: Terran R 产品成熟度与能力图

围绕 Terran R 主要能力模块,评估制造、测试证据、飞行证据、复用证据和公开透明度。

该矩阵是作者基于公开证据深度作出的判断,不是公司评分卡。「飞行证据」刻意从严:本章没有任何内容能算作 Terran R 入轨或复用证明。

[CE019, CE045, CE046, CE047, CE048, CE050]

5.6 展示材料

Chapter 06

06客户情况

6.1 已签需求与实际飞行表现

Relativity 的客户章节最有说服力的写法,是把证据类别拆开。公开证据清楚支持客户已经签约 Terran R:OneWeb 在 2022 年签约,Intelsat 在 2023 年签约,SES 在 2025 年收购 Intelsat 后进一步扩大合作。公司口径也把整体商业叙事从 2022 年五个客户、超过 $1.2B 积压订单,推进到 2023 年七个客户、超过 $1.65B,2025 年 3 月十多个客户、超过 $2.9B,以及当前公司官网披露的 $3B+ 预售发射合同。按预留需求看,这是真实采用证据;但它不是已交付任务证明。截至本次基准日,公开资料仍把 Terran R 首飞放在 2026 年末,也没有任何公开客户载荷已经用这型火箭飞过。因此尽调结论很窄:Relativity 已经把未来运力卖给客户,但尚未证明 Terran R 的可靠性、进度兑现或服役后的复飞满意度。[CU001, CU002, CU005, CU006, CU009, CU027]

协议与履约边界表
证据类别公开案例能证明什么不能证明什么
已签署多次发射协议OneWeb、Intelsat、SES 的 Terran R 公告客户预留了未来发射产能,并愿意公开具名任务成功执行、按时交付,或飞行后的客户留存
客户侧背书或引述OneWeb CTO、Intelsat SVP、SES CEO 评论具名高管愿意公开支持该服务商发射定价、进度或可靠性已在服务中得到验证
固定价格政府发射授标NASA VCLS Demo 2政府确实把预算花在 Relativity 这个发射服务商上Terran R 规模的经常性收入或飞行后客户满意度
IDIQ / 准入资格OSP-4竞争未来军事发射任务的权利已披露的任务订单、已飞任务或已实现收入
非发射政府合同AFRL 增材制造授标国防客户信任 Relativity 的技术能力轨道发射采用或任务清单持续性
已交付的 Terran R 任务表现截至 2026-05-22 无公开信息可证明载荷交付、发射运营和真实进度执行尚不可用
重复飞行使用 / 续约指标截至 2026-05-22 无公开信息可证明持续性、留存和客户满意度尚不可用

这张边界表是本章的核心尽调纪律。Relativity 有实质需求和客户背书,但公开证据距离已交付的 Terran R 服务质量仍有明显差距。

[CU016, CU018, CU021, CU033, CU037, CU043]
FU002: 采用 / 部署漏斗

从宣称的 Terran R 客户总数,到已飞 Terran R 任务客户数的公开证明下限漏斗。交付阶段骤降至零,是本章最重要的单一事实。

数值是公开口径的下限,不是内部 CRM 或发射清单数据。第一阶段采用 12,是依据「超过一打」披露得出的保守下限,并非凭空编出的精确总数。

[CU028, CU029, CU033, CU038, CU048]

6.2 细分市场图谱与客户侧需求

具名客户分成四个经济属性不同的类别。第一类是商业星座运营商,以 OneWeb 及面向政府的 OneWeb Technologies 业务为代表;买方在大规模预留未来部署或通信运力。第二类是 GEO 和 MEO 电信卫星群运营商,以 Intelsat 和 SES 为代表;价值主张是可复用的中重型发射器,能覆盖单颗大型卫星、多轨道韧性,并让客户摆脱少数存量供应商。第三类是 NASA、U.S. Space Force 等民用和国家安全发射买方;Relativity 已经拿到真实发射服务奖项,或获得进入政府发射采购通道的竞争资格。第四类是 AFRL、Space Force 的 PLEO 或 EMSS 项目等政府制造或通信买方;它们不直接把载荷放到 Terran R 上,却证明 Relativity 客户所在终端市场有资金、有战略优先级。这个分层重要,因为它说明采用证据按任务类型看很宽,但商业侧仍集中在卫星网络运营商。[CU016, CU018, CU019, CU021, CU022, CU023]

客户分群表
分群已披露客户 / 项目买方 / 用户 / 付款方核心用例证据实际证明什么关键缺口
GEO / MEO 电信运营商SES;Intelsat买方和付款方是卫星舰队所有者;终端用户是企业、视频、移动和政府连接客户用多元化中重型运力发射单颗大型 GEO 或 MEO 卫星已披露的多次发射协议,以及客户对可靠性、灵活性和韧性的明确背书没有公开发射次数、合同金额或已飞 Terran R 任务
星座运营商OneWeb;OneWeb Technologies 需求背景买方是星座运营商或代理方;付款方是运营商或政府通信客户部署 Gen 2 LEO 宽带运力,并服务政府卫星通信需求OneWeb 签署多次发射协议,第三方报道显示发射批次规模较大官方发射次数和金额仍未披露;Terran R 尚未完成部署
民用发射买方NASA VCLS Demo 2买方和付款方是 NASA 项目;用户是 CubeSat 与小型任务相关方面向风险容忍小卫星的 Venture-class 演示发射NASA 以真实资金采购 Relativity 的发射服务小额 Terran 1 时代演示合同,不是 Terran R 重复收入
国家安全发射池U.S. Space Force OSP-4 任务通道买方和付款方是 Space Force 以及更广泛的 DoD 客户面向 400 pounds 以上载荷和响应式任务的快速发射采购Relativity 有资格在 $986M 池子里竞争未来任务订单入池资格不等于已披露任务授予或已入账公司收入
政府通信需求锚点OneWeb Technologies p-LEO;Iridium EMSS/SITH 等通信项目买方是通信服务商;付款方是美国政府终端客户有韧性的 LEO 通信和军事服务连续性客户侧的政府 LEO 与卫星通信服务预算规模可观且仍在增长这些证明市场需求,不是直接授予 Terran R 的发射订单
政府制造 / R&D 买方AFRL / USAspending 增材制造奖项买方和付款方是国防 R&D 机构;用户是 Relativity 制造团队大幅面增材制造的实时缺陷检测国防客户愿意为 Relativity 的制造技术工作付费证明制造相关性,而不是发射服务被采用

该表把发射服务买方与邻近通信或制造能力买方分开。商业 Terran R 积压订单最明确的锚点仍是卫星网络运营商;政府记录则分散在发射入池资格、民用演示和非发射技术工作之间。

[CU016, CU018, CU021, CU022, CU023, CU024]
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 / 注意事项
Terran R 已签客户52022-06-30Relativity OneWeb 公告Terran 1 飞行前就已有商业预订需求当时除 OneWeb 外,客户名称没有完全披露
Terran R 积压订单> $1.2B2022-06-30Relativity OneWeb 公告早期商业牵引按绝对金额已不小积压订单不是收入,发射次数未披露
Terran R 已签客户72023-04-12Relativity Terran R 重置Terran 1 之后转向期间,客户数量仍在增加公开具名客户仍只是总数的一部分
Terran R 积压订单> $1.65B2023-04-12Relativity Terran R 重置需求扛过了从 Terran 1 到 Terran R 的转向仅为公司声称的合计数;未披露客户拆分
Terran R 已签客户92023-10-11Intelsat 协议公告电信需求又为发射清单增加一个具名运营商各协议仍未公开发射次数
Terran R 积压订单> $1.8B2023-10-11Intelsat 协议公告2023 年重新设计后,积压订单继续累积金额仍是合计口径,不到客户层面
Terran R 已签客户> 122025-03-072025-03 公司更新Relativity 称已触达更广泛的商业和政府客户群大多数客户在公开材料中未具名
Terran R 积压订单> $2.9B2025-03-072025-03 公司更新需求口径已大到足以支撑融资叙事未披露定金瀑布机制、取消条款或年度节奏
预售发射合同$3B+2026-05-22当前公司介绍页管理层在 2026 年仍拿可观需求基础来营销 Terran R当前官网说法不是经审计的收入桥
公开具名 Terran R 商业运营商32026-05-22OneWeb、Intelsat、SES 来源包公开商业证明集真实,但相当集中总客户超过十几个,意味着多数仍未具名
公开披露且已飞的 Terran R 客户02026-05-22最新公司与行业报道采用仍在首飞前,而不是交付后一次成功 Terran R 任务才是验证持久性的缺失分母

数值只采用公开下限。合计积压订单和客户总数随时间明显上升,但底层合同不披露,本章无法把这些跃升换算成年发射节奏、收入确认时间或留存经济价值。

[CU002, CU006, CU027, CU028, CU029, CU033]
FU001: 客户旅程图

Terran R 客户旅程从需求形成,到选择、占住发射清单、首飞证明,再到扩张或流失。关键断点不是签约,而是首次成功交付载荷;当前公开证明在此前很充足,此后很稀疏。

阶段是分析性划分,来自公开合同语言和发射行业采购惯例。公开来源包很好地记录了签约和等待路径,但尚未记录首飞之后如何进入重复使用。

[CU018, CU023, CU031, CU033, CU037, CU044]

6.3 具名客户证据及其证明内容

OneWeb、Intelsat 和 SES 是公开资料中最有分量的 Terran R 客户证据,因为每个都绑定了具名的多次发射协议、客户高管引述,以及符合该火箭公开市场定位的任务场景。OneWeb 证明早期星座需求,也大概率意味着较大的发射清单需求,但确切发射次数和金额仍未由官方披露,即便 TechCrunch 报道过两位数发射承诺。Intelsat 证明严肃的 GEO/MEO 电信买方愿意签下一款尚未飞行的火箭,并公开把可靠性、效率和灵活性列为选择标准。SES 给出的持续性信号最强:它不仅通过收购承接了 Intelsat 敞口,后来还扩大了合作,纳入此前未公布的发射任务。政府侧记录证明的是另一件事。NASA 说明 Terran 1 时代确实存在固定价格发射客户,OSP-4 证明公司有资格争取未来军方发射工作,AFRL 增材制造奖项说明防务买方信任 Relativity,愿意购买技术工作。不过这些记录都不能证明 Terran R 已飞任务或交付后的客户结果。[CU001, CU003, CU005, CU007, CU008, CU009]

具名客户证明表
客户 / 项目分群部署 / 用例生产化 / 试点证明什么局限
OneWeb星座运营商随 Terran R 早期服务启动的 Gen 2 LEO 卫星发射生产化积压订单 / 未来清单一个真实宽带运营商为下一代部署预订 Terran R,且可能需要多次发射精确发射次数和合同金额仍未披露;Terran R 还没有飞行任务
IntelsatGEO / MEO 电信运营商最早 2026 年为未来 Intelsat 卫星执行的多次发射协议生产化积压订单 / 未来清单主要舰队运营商为未来任务选择了一型未飞过的可复用火箭发射次数和合同金额未公开披露
SESGEO / MEO 电信运营商面向 GEO 或 MEO 卫星的多次发射关系扩大生产化积压订单 / 扩张信号最强公开持久性证明:关系扩大,且包含此前未公告发射发射次数、时间和金额仍未披露,也尚未飞行
Iridium 历史项目LEO 通信运营商按需为地面备份星执行最多 6 次 Terran 1 专属发射历史合同 / 已淘汰型号显示早期客户信任响应速度和专属发射经济性合同绑定 Terran 1 而非 Terran R,且看不到公开任务完成记录
NASA VCLS Demo 2民用政府发射买方固定价格小卫星演示发射合同试点 / 演示NASA 用真金白银采购 Relativity 发射合同规模小,属于 Terran 1 时代且风险容忍,不代表重复中型运力需求
U.S. Space Force OSP-4 任务通道国家安全发射池响应式发射任务订单入池资格采购入口 / 不是已飞任务Relativity 已进入一个可下达未来任务的政府发射采购工具任务订单真正拿下前,池子上限不算公司积压订单
AFRL 增材制造奖项政府 R&D 买方大幅面增材制造中的实时缺陷检测生产技术工作 / 非发射国防客户对 Relativity 有足够信任,愿意购买制造能力不能证明轨道发射被采用,也不能证明 Terran R 清单持久性

列举刻意只覆盖直接提到 Relativity 的具名公开关系,且不求完整。它不是完整发射清单,因为公司报告的十几个以上客户多数仍匿名,部分政府需求证据也靠近发射、但不是已预订的 Terran R 任务。

[CU001, CU003, CU005, CU008, CU009, CU010]
FU003: 客户证据矩阵

主要具名客户群的相对证据质量。SES 的关系公开扩张,持续性可见度最高;NASA 和 AFRL 的金额确认最硬, 但与 Terran R 的相关性最弱。

定性评分只反映公开证据质量。具名交易对手拿到高分,只说明交易对手身份清楚;不代表客户已经收到服务。

[CU003, CU008, CU010, CU015, CU018, CU021]

6.4 信任、进度与持续性风险

客户信任要放在 Terran 1 重置之后看。Iridium 的原始合同最多覆盖六次按需 Terran 1 发射;随后 Terran 1 只飞了一次,完成级间分离,却未能入轨,并在一个月后取消,Relativity 全面转向 Terran R。2023 年 4 月,Iridium 和 OneWeb 都公开支持这一转向;这个信号有用,说明客户宁愿等一款更大、更匹配需求的火箭,也不想继续较小项目。即便如此,支持性引述不等于已执行修订或成功发射。后续进度证据仍偏支持但需要谨慎:公司继续发布 2026 年末首飞口径,2026 年 5 月更新显示硬件确有进展,SpaceNews 解释了为什么这型火箭没赶上 NSSL Phase 3 首轮。因此,本章的持续性证据主要体现为客户耐心,而不是运营中的重复使用。SES 扩大合作说明部分客户愿意继续等待;但在 Terran R 飞起来之前,每一段客户关系押注的仍是路线图可信度,而不是已验证的服务质量。[CU013, CU014, CU015, CU030, CU031, CU032]

留存 / 重复使用 / 满意度表
指标数值 / 状态分群置信度证据状态尽调问题
公开披露的 Terran R 重复已飞发射0所有 Terran R 客户没有公开来源显示任何 Terran R 客户已经飞行索取已完成任务清单和载荷交付历史
原始预订后的公开合同扩展SES 在 2025 年增加此前未公告的发射电信运营商本章最强公开持久性信号索取继承的 Intelsat 敞口与净新增 SES 发射之间的精确拆分
Terran 1 转向后,公开客户仍愿意保持合作2023-04 OneWeb 与 Iridium 高管给出支持性引述星座客户和历史专属发射客户正面信任信号,但不是已披露修订合同排期索取正式合同修订文件,以及转向后的任何重新定价
NRR / GRR / 流失商业发射客户未公开披露索取按客户队列划分的年度总留存和净留存
客户满意度 / 推荐评分商业和政府发射客户Terran R 没有公开 NPS、可靠性记分卡或任务后客户证言索取可访谈客户和任务后调研流程
OSP-4 下的政府任务订单转化国家安全发射买方保留证据中没有公开记录显示 Relativity 获得任务订单索取已授予任务历史、投标量和中标率数据

Null 表示未披露,不代表为零。唯一可见的持续性证据,是客户在首飞前愿意扩大发射安排或留在任务清单上;Terran R 尚未服役,因此没有公开的运营留存数据集。

[CU014, CU018, CU033, CU038, CU047]

6.5 集中度、留存与待解缺口

剩下最大的客户问题,不是谁想不想要中重型发射运力,而是 Relativity 的积压订单到底有多集中、多确定、多持久。公开证据显示商业侧由卫星网络买方主导:星座侧是 OneWeb,GEO/MEO 电信侧是 SES-Intelsat。SES 现在既持有自己的协议,也持有收购来的 Intelsat 关系,集中度问题因此更可信。可是公开记录仍没有披露头部客户敞口、保证金节奏、发射年份分布、里程碑付款、取消权,以及 Terran 1 退役后是否有合同被重组或丢失。留存指标也有同样缺口。Terran R 还没有公开飞行,因此没有公开 NRR、GRR、流失率、续约率、满意度或复飞数据集。投资人应把今天的客户故事视为可信需求与未解集中度风险的混合体:客户名单真实,细分市场匹配也顺,但积压订单还不能转成干净的收入持续性模型。[CU010, CU012, CU040, CU041, CU045, CU047]

扩张与集中度风险表
扩张驱动因素集中度风险影响当前证据尽调路径
SES 扩张叠加 Intelsat 收购同一企业集团现在关联两项公开电信客户关系商业订单积压集中度风险高SES 在 2025 年明确扩大合作,Intelsat 已在 2023 年签约要求按最终母公司客户拆分订单积压和发射年份
OneWeb 可能成为早期大型锚定客户第三方报道指向两位数发射承诺单一买家可能吃掉相当一部分早期发射产能官方来源确认多次发射协议,但未确认准确次数要求提供最低采购排期、期权和补偿条款
2026 年末首飞目标延误可能把客户推向其他发射服务商由进度驱动的流失风险高NSSL 时间窗口错失,且截至 runDate 没有公开 Terran R 任务要求查看合同延误补救、改订权和发射窗口
Terran R 尚无已飞任务订单积压质量仍更多依赖路线图可信度,而非任务履历信任高度压在首飞执行上所有公开客户证据都发生在首飞前要求提供前三次任务分配、载荷清单和付款里程碑
政府业务组合政府需求真实存在,但已披露的有金额授标远小于电信订单积压分散化收益中等,规模错配中等NASA 和 AFRL 授标真实;OSP-4 是机会,不是已入账收入要求按政府项目提供管线价值和转化概率
匿名客户占多数公司宣称的十多个客户中,多数仍未具名头部账户透明度风险中高公开来源包只列出少数交易对手要求提供前十大客户集中度、定金和取消风险

扩张看得见,但集中度仍难量化。本章可以识别可能的压力点——电信集团化、大型锚定客户清单风险、对首飞的依赖——但无法凭公开证据精确估算。

[CU010, CU012, CU018, CU038, CU040, CU045]

6.6 图表

Chapter 07

07风险

7.1 技术执行与制造转型

Relativity 最大的运营风险是 Terran R 在实物层面已有实质进展,但商业上仍未被证明。公司确实有硬件动能:整箭级 CDR 已完成,首飞生产已启动,Aeon R 鉴定在 2025 年推进,2026 年 4 月更新称首飞发动机已经制造并发运。但这些都不等于证明一整枚火箭。公开资料仍没有显示集成级热试车、Terran R 轨道任务、回收助推器或任何复飞证据。这个缺口重要,因为公司已经在一次异常任务后放弃 Terran 1;已审阅记录里,针对那次失败仍缺少达到公开发布质量的根因和纠正措施包。制造叙事也发生了实质变化。最初的全打印叙事,已经变成焊接铝结构、内部机加工和打印推进系统组合的混合项目。为了加快上市,这可能是正确选择,但也增加了接口数量,缺陷漏出、集成延误或低良率都可能侵蚀进度和利润率。在 Terran R 飞行并交回可信可靠性数据之前,复用经济性失效和进一步进度滑坡仍是本章核心技术传导风险。[CR001, CR002, CR003, CR004, CR005, CR006]

运营 / 质量 / 安全风险登记表
失效模式可能性严重性缓释成熟度剩余风险敞口未解决缺口
Terran R 带着不足的集成任务证据进入首飞关键中 — 主要硬件进展可见,但集成任务证据不可见首飞失手可能同时推迟认证、订单积压转化,并抬高新融资需求没有公开的集成级热试车、轨道任务、着陆或复飞记录
Terran 1 异常教训未能完全迁移到 Terran R 可靠性中高低-中 — 公开叙事存在,但没有达到可发布质量的 RCA未知二阶失效模式可能在上面级、软件或质量体系中重现已审阅记录中未发现完整公开的根因和纠正措施材料包
混合制造交接造成良率或集成瓶颈中 — 混合架构或许务实,但会放大接口数量良率下降、吞吐放慢或后期返工,可能挤压毛利率并推迟发射没有公开缺陷率、返工率或供应商质量数据
复用经济性未能在早期飞行中兑现低 — 运载器按复用设计,但尚未着陆或复飞如果翻修速度慢,或硬件寿命短于预期,成本优势就会消失没有公开翻修时长、助推器着陆或周转数据
靶场、试车台或载荷处理瓶颈叠加运载器延误中高中 — Stennis、LC-16 和联邦靶场基础设施显然在推进如果地面系统或靶场档期滞后,技术上已准备好的运载器仍可能错过客户窗口GAO 和 CRS 提示载荷处理和靶场容量承压,但没有公开的 Relativity 专属档期计划

可能性和严重性是基于投资承销的判断,锚定已披露里程碑缺口,而非工程确定性。剩余风险敞口强调其对延误、利润率和信任的后果。

[CR001, CR002, CR003, CR004, CR005, CR006]
FR002: 风险传导图

技术和进度风险如何传导到客户、采购、利润率和估值结果。关键在于,飞行延误不是单一延期; 它会放大积压订单、NSSL 节点和融资风险。

[CR008, CR013, CR027, CR041, CR047, CR054]

7.2 认证、采购与监管门槛

Relativity 还面临运载器就绪与采购资格之间的时间陷阱。SpaceNews 报道,公司推迟了最初的 NSSL Phase 3 推进,因为 Terran R 无法在首个准入窗口内准备好;官方政府材料也说明这为何重要。Lane 1 是为了吸纳更新供应商,但 SSC 和 GAO 仍把实际任务订单资格绑定到一次成功首飞,CRS 还描述了一个包含飞行演示、子系统审查和载荷接口验证的认证流程。Lane 2 更难,需要更多任务保障、更难轨道,以及更严格的靶场和集成预期。影响不利但很具体:即使 Terran R 在 2026 年末首飞,政府多元化也会滞后于第一发任务,而不是和首飞同步到来。同一类风险也适用于发射授权。FAA 页面和 Terran 1 时代的 LC-16 环境文件显示了真实监管先例,但没有呈现 Terran R 专属的运载器运营许可证包。FAA 规则也把场地授权与运载器运营许可拆开,并要求事故损害的财务责任。这意味着 LC-16 的可见发射台进展,本身并不能证明 Terran R 已按目标时间表完全获准飞行。[CR013, CR014, CR015, CR016, CR017, CR018]

监管 / 法律风险登记表
规则 / 许可证 / 案件管辖辖区状态可能性严重性缓释措施剩余风险敞口尽调路径
Part 450 Terran R 运载器运营商许可证和事故财务责任材料包美国联邦 FAA已审阅公开材料中未出现 Terran R 专属运载器许可证LC-16 场址工作和此前 Terran 1 先例降低了从零开始的风险后期许可证条件或财务责任审批延误,可能推迟首飞并增加成本要求提供当前 Part 450 申请或许可证状态、最大可能损失分析,以及任何未解决的 FAA 行动项
Terran 1 时代 EA/FONSI 之外的 LC-16 环境与许可组合FAA / Space Force / FloridaTerran 1 的 EA 和 FONSI 已公开;Terran R 专属补充材料未披露中高LC-16 改造公开显示仍在推进,且已有此前环境基线发射台改造、水系统、甲烷或 LOX 基础设施,以及废水条件仍可能带来进度摩擦要求提供 Terran R 许可矩阵、任何补充 NEPA 分析,以及当前废水或危险材料审批
NSSL Lane 1 准入与首个任务订单资格U.S. Space Force初始投标已延迟;实际任务订单资格要等首次成功发射后才具备年度准入流程仍向新兴服务商开放即便首次任务延后成功,政府收入多元化仍会推迟要求提供首飞后的 Lane 1 计划、首个任务时间,以及公司内部任务保障准备度评审
NSSL Lane 2 认证与关键载荷准入U.S. Space Force授标已给现有厂商,门槛也高于 Lane 1中高关键如果 Terran R 证明性能和靶场准备度,长期路径仍存在如果进度或资质滑坡,Relativity 可能多年被排除在最高价值国家安全任务之外要求提供逐 Lane 认证路线图、靶场准备度状态,以及垂直整合或双靶场里程碑
商业发射服务合同补救与取消权私人合同 / 多辖区公开客户公告省略了定金、终止和延误补救条款客户支持仍公开可见,且未披露重大公开取消如果客户拥有灵活改订权,订单积压可能没有标题金额看起来那么黏要求提供代表性发射服务协议、Terran 1 取消后的修订历史,以及逐客户里程碑付款安排

这是反向筛查清单,不是法律意见。评级反映公开未知事项对进度、采购资格和订单积压质量的影响。

[CR013, CR014, CR015, CR016, CR017, CR018]
FR003: 依赖关系图

依赖关系图显示,Relativity 必须同时协调监管方、测试基础设施、发射基础设施、锚定客户和救援资本, 而更大的竞争对手已经规模化运行。

[CR020, CR021, CR023, CR026, CR027, CR029]

7.3 客户信任、积压订单转化与竞争

客户风险不在于 Relativity 能不能报出积压订单,而在于积压订单能否撑过漫长首飞路径。官方和报道中的合同披露显示商业订单真实存在:OneWeb、Intelsat、SES 都已签约,积压订单标题也从 2022 年约 $1.2B 升至 2025 年 3 月超过 $2.9B。这些协议是有意义的需求证明,但它们仍是一款未飞 Terran R 上的履约前合同。公开公告也留下关键法律和经济细节空白,包括许多案例中的发射次数、保证金、取消权、延误补救,以及头部客户集中度。不透明度更重要,是因为竞争已经成熟。Falcon 9 不是理论对手;公开统计和独立报道显示其发射、着陆和复飞规模巨大。Rocket Lab 和 ULA 也分别用 Neutron 和 Vulcan 压入重叠任务集,Lane 2 国家安全奖项已经落到 Blue Origin、SpaceX 和 ULA 手里。尽调后果很直接:如果 Terran R 延误,或首批任务表现令人失望,客户有可信替代选择,积压订单可能转成改订、价格让步或更慢回款,而不是干净的高毛利收入。[CR035, CR036, CR037, CR038, CR039, CR040]

合作伙伴 / 依赖风险登记表
依赖项交易对手角色集中度失效情景严重性缓释措施剩余风险敞口
商业订单积压锚点SES / Intelsat / OneWeb 及类似卫星运营商提供已签未来需求中最可见的证据高 — 公开订单积压叙事集中在少数具名运营商集团一个或多个运营商围绕延误不确定性改订任务或重新谈判关键客户背书仍公开可见,且部分合同扩大而非缩小公开条款仍省略定金、取消权和集中度,因此一次改订决定就可能不成比例地打击现金转化
政府采购路径U.S. Space Force NSSL 流程提供未来切入国家安全发射需求的多元化路径中高 — 准入取决于成功飞行和任务保障里程碑Relativity 被挡在 Lane 1 任务订单之外的时间长于管理层预期年度准入窗口和中型运力需求仍然开放政府多元化即使出现,也会晚于首次商业任务
发射与测试基础设施LC-16 和 NASA Stennis A-2 生态支持级段测试、倒计时操作和首飞战役高 — 目前没有公开的可替代冗余路径即便运载器硬件已准备好,A-2、Stennis 或 LC-16 准备度仍可能滑坡Relativity 继续重金投入两处场地Long Beach–Stennis–Cape 物流链上的每个额外依赖,都可能形成进度卡点
现有发射标杆SpaceX Falcon 9设定客户对可靠性、价格纪律和发射节奏的预期关键 — 该运载器已经主导可比标杆集合客户偏好已飞的现有厂商,或用它逼出更好条款关键Relativity 仍可瞄准需要另一种中重型选项的任务Falcon 9 的发射、着陆和复飞规模,会长期抬高信任压力
下一波中型运力挑战者Rocket Lab Neutron 和 ULA Vulcan在重叠任务类别中提供可信替代方案中高 — 即便具体重叠范围不同,两套平台都重要Relativity 进入市场时,其他可信替代方案正好成熟如果 Terran R 按时发射并证明复用,仍有载荷细分机会替代供给降低稀缺价值,并可能在 Terran R 自证之前压缩定价
救援资本与治理集中Eric Schmidt提供资本、控制权和外部可信度高 — 一个投资人在关键融资时点成为控制权枢纽Terran R 自证之前还需要追加资本,而唯一可行路径高度稀释Schmidt 很可能降低了短期破产风险,也可能帮助政府关系具体条款仍未披露,投资人无法判断下一次融资事件会帮助还是伤害少数股东

这张清单把交易对手、设施和标杆竞争者放在一起,因为每一项都可能独立阻断订单积压转化或利润率兑现。集中度指实际依赖,不只是收入占比。

[CR015, CR018, CR027, CR035, CR036, CR037]

7.4 融资、现金跑道与战略漂移

融资风险格外重要,因为这是资本密集型发射项目,仍处在经常性发射收入之前。TechCrunch 报道,Relativity 在 2024 年遭遇现金短缺、融资困难,随后在 2025 年 3 月接受 Schmidt 牵头的控制权交易。这大概率降低了即时破产风险,但没有解决披露问题:公开资料仍没有公司的现金余额、烧钱速度、债务空间,或 Schmidt 投资的确切结构。公众可见的私募市场页面让图景更嘈杂,而不是更清晰:它们低置信度地声称公司历史烧钱很重、存在反向拆股机制,且估值标记差异很大。NASA 和 AFRL 的小额政府奖项有助于证明外部机构愿意为发射或制造工作向 Relativity 付款,但这些奖项太小,无法支撑 Terran R 走过反复延误情景。相邻担忧是战略漂移。公开材料现在谈的不只有 Terran R,还有 Horizon Manufacturing Technologies、Dark Matter Lab,以及围绕工厂技术栈的更广商业化姿态。这个选择权以后可能有价值,但在现阶段,它也带来真实风险:核心发射业务被证明之前,管理层注意力和稀缺资本就被铺得太开。[CR029, CR030, CR031, CR032, CR033, CR034]

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释措施尽调路径
CEO / 控制权过渡Relativity 在 2025 年 3 月从创始人主导控制转向 Schmidt 主导控制经验丰富的外部经营者可能改善融资渠道和华盛顿关系要求提供过渡后的治理图谱、授权范围和董事会构成
财务职能 / 现金跑道管理现金短缺曾被公开报道,但当前现金余额和烧钱速度未披露关键订单积压标题金额和新资本可能争取了时间要求提供当前现金桥、债务时间表,以及首飞再次延误时的下行情景计划
制造运营项目已从概念和发动机迭代,转入跨更多接口的飞行节奏生产中高CDR 完成和发动机发运显示真实执行能力要求提供主要结构件和发动机的良率、返工、供应商质量和报废指标
战略聚焦管理层现在同时谈论发射、Horizon Manufacturing Technologies 和其他 moonshot 项目中高如果核心发射业务稳定,选择性可能创造第二条变现路径要求提供 Terran R 与相邻计划之间的分部资本配置和高管责任归属
政府认证与客户保障职能尚未飞行的初创公司必须同时建立任务保障和客户信心现有客户支持和官方进展更新显示一定信任要求提供任务保障组织架构、首个任务负责人,以及延误时的客户升级流程

这张表有意采取反向视角,强调公开证据最薄弱的执行角色。角色或职能直接影响融资、首飞或客户信任时,严重性就会上升。

[CR029, CR030, CR031, CR032, CR033, CR034]

7.5 否决标准与尽调阻碍

读本章最高信号的方法,是把风险看成链条,而不是一堆孤立事项。技术失误不会长期停留在技术层面:它会推迟首飞,进而延后进入 NSSL、考验客户耐心、削弱积压订单质量,并迫使公司在额外资本或相对存量玩家更弱的定价之间选择。因此,最重要的尽调缺口仍是基础承销变量,而不是叙事变量。投资人还没有公开的 Terran R 任务保障包、公开合同补救条款、公开现金余额,或公开 Terran R 专属授权矩阵。在这些缺口关闭之前,最有用的纪律是触发器式判断。如果首飞再次外移,如果飞后仍没有可信路径进入 Lane 1,如果客户开始绕开 Terran R 重新预订,或如果公司在证明复用之前就需要新资本,不利情景就不再是情景,而会变成基准情景。反过来,一次成功轨道任务本身也不能清空本章;只有发射证明、许可证明、现金证明和积压订单证明开始相互强化,本章才会真正改善。[CR008, CR026, CR027, CR041, CR046, CR047]

缓释与终止标准表
风险可监测触发因素阈值 / 事件行动含义
集成任务证据缺口Terran R 级段或运载器测试里程碑首飞战役前没有集成级热试车或等效任务保障披露将 2026 年末首飞指引视为过于乐观,并上调进度风险承销
首飞进度风险公开发射目标更新首次轨道任务滑出 2026 年末,或进入明显更晚的 2027 年窗口从观察清单风险升级为投资逻辑受损,因为订单积压、NSSL 时间窗口和融资会同时恶化
NSSL 准入风险飞行后采购状态成功首飞后仍没有进入 Lane 1 任务订单竞争的可信路径假设政府多元化慢于计划,并下调长期收入结构预期
订单积压质量风险客户公告节奏再次延误后,任何具名客户改订、大幅缩小范围,或公开重述 Terran R 承诺将订单积压价值视为不具备类现金属性,并折减近期发射收入假设
现金跑道风险融资或资本重组活动在复用飞行证据出现前,或订单积压开始转化为现金前,需要新资本假设稀释和优先权悬顶风险正从可能选项变成大概率事件
复用经济性风险早期任务与翻修证据首批飞行进入轨道,但未形成可信的助推器回收和周转路径下调利润率预期,并将 Terran R 视为可能比原投资逻辑假设更偏一次性

这些是终止标准,不是预测目标。它们识别最能把反向可能性变成承销事实的可观察事件。

[CR008, CR026, CR027, CR041, CR047, CR054]
FR001: 风险热力图

考虑现有缓释措施后,Relativity 最高残余风险集中在哪里。高概率、高影响区主要由首飞延后、 积压订单可转换性和现金跑道不透明主导,而不是泛泛的创业公司噪音。

[CR008, CR026, CR041, CR046, CR054, CR055]
Chapter 08

08估值

8.1 基准点与相互冲突的私募市场信号

估值讨论必须从最后一个干净标记开始,而不是从最响的传闻开始。Relativity 自己的 2021 年 6 月 Series E 公告确认融资 $650M,CNBC 把这轮融资与 $1.34B 累计融资和 $4.2B 估值联系起来。这仍是公开记录里最有支撑的交易基准。之后的所有信号都更嘈杂。Yahoo/Forge 给出 2025 年 6 月推导估值为 $3.96B,同时显示 2023 年 11 月 Series F 参考值为 $5.86B,但同一页面明确说 Forge Price 仅供参考、由模型推导,且可能依赖有限数据。Access IPO 把 2023 年末标记推到 $6B,并称 2025 年初反向拆股后私募估值接近 $3B,但其页面带推广属性,也没有提供股权结构证据。TechCrunch 说明了控制权故事,却没有解决定价问题:Eric Schmidt 进行了重大投资、取得控制权并接替 Tim Ellis 出任 CEO,但公开资料仍没有披露这笔交易的确切对价、持股比例、证券清偿顺位或摊薄机制。因此正确的承销动作,是保留冲突,而不是把冲突压成一个虚假的现货价格。[CV001, CV002, CV003, CV004, CV010, CV011]

建议摘要表
维度评估有证据支撑的含义
总体判断观察 / 继续研究需求真实,但当前价格发现太嘈杂,尚不足以支持高确信买入
估值立场相对证据偏高订单积压和控制权融资证明相关性,但不足以支撑清晰溢价定价
信心投资逻辑方向清楚,但当前价格未直接披露
最干净的价格信号2021 年 Series E 轮,投后估值 $4.2B仍是公开记录中佐证最充分的基准
当前市场信号约 $3.0B-$4.0B 的低可信区间,信号相互冲突可作警示信号,不宜作为标准估值锚
上调条件首飞,加上收入转化证据溢价情形需要发射证明和现金证明同时成立
下调条件常态化服务前再次延期,或发生稀释性资本重组如果融资继续跑在执行前面,反面论据会很快坐实

这张表刻意看价格敏感性,而不是公司质量敏感性。它概括公开记录今天支持什么、不支持什么。

[CV003, CV004, CV010, CV016, CV017, CV041]
正反论点表
维度正面论点反面论点哪些证据会改变判断
需求超过 $2.9B 的积压订单和 SES 持续支持,显示真实客户需求首次运营飞行前,积压订单仍可能推迟、缩量或改签定金、发射年份排期、取消条款
资本支持Schmidt 的控股投资可能为公司争取到首飞前的时间具体经济条款未披露,后面仍可能再接一轮惩罚性融资当前股权结构、证券优先级、剩余现金跑道
收入证明GetLatka 暗示公司已不再是零收入审计收入、利润率和现金回款桥接均未公开FY2024/FY2025 经审计收入确认和毛利率明细
制造叙事混合制造可能是走向市场的务实路径这一转向削弱了最初“全 3D 打印”的差异化叙事证明混合路线能改善发射节奏和单位成本
竞争格局大规模发射需求可容纳不止一家供应商Falcon 9、Vulcan 和 Neutron 都会压低稀缺性溢价准时发射、且客户在替代方案面前仍有粘性的证明
私人市场定价2025 年推导估值显示公司仍有实质价值推导值和宣传页不能作为可靠企业价值来源实际二级市场交易数据和 Schmidt 交易条款

本章核心分析分野很清楚:公司质量论点可以成立,但当前入场价格仍可能缺乏吸引力或证据不足。

[CV005, CV006, CV010, CV012, CV013, CV014]
FV001: 建议逻辑

从干净基准到当前冲突的推演:需求和 Schmidt 支持让公司仍有相关性,但缺少收入转化和股权结构透明度, 建议仍停在观察 / 继续研究。

该决策流是对来源证据的分析总结,不是概率树或估值模型。

[CV004, CV005, CV016, CV017, CV032, CV041]

8.2 积压订单不是收入,收入也未被证明

官方需求证据有意义,但不等于已经赚到的经济性。Relativity 2025 年 3 月 Terran R 更新称,十多个客户的积压订单超过 $2.9B;当前公司页面仍宣传超过 $3B 预售发射合同。SES 和 SpaceNews 都确认客户需求延续到 2025 年末。但公开材料没有披露这些合同背后的发射年份瀑布、保证金比例、里程碑节奏、取消保护、改订补救或客户集中度。这个区分重要,因为 Terran R 还没有飞过。相较 ARR 或已确认收入,首飞前发射协议应打折:卫星运营商可以在战略上支持公司,同时仍围绕进度、融资、保险或任务保障风险重新订舱。已审阅资料中唯一类似收入的数字来自 GetLatka;它报告 2024 年 $150M 和 $181.5M,同时也警告这些数字由公司报告或估计。真金白银的政府奖项远小于积压订单标题:NASA 的 VCLS 奖项是 $3.0M,USAspending 显示 AFRL 制造奖项为 $8.77M,OSP-4 是上限池而不是已入账收入。因此估值案例不能把积压订单当成已经转成现金的发射收入。[CV005, CV006, CV008, CV009, CV013, CV014]

牛市 / 基准 / 熊市情景表
情景概率信号核心假设可支持价值区间为何能站住何种情况会击穿
牛市2026 年末首飞,早期任务成功,积压订单保持粘性,没有惩罚性资本重组 $4.5B-$6.0B客户维持合同,发射证明开始弥合可信度缺口再次延期、任务保障弱,或服务前出现融资压力
基准Schmidt 资本撑到首飞,积压订单大体保持,但收入证明仍稀疏 $3.0B-$4.2B该区间夹住干净的 2021 年估值锚和当前低可信压缩信号透明合同经济性显示定金偏弱或需求集中
熊市不可忽视排期再次滑动,客户改签,或新资本以不利条款进入 $1.5B-$2.5B有成熟替代方案时,首飞前发射需求可能迅速重定价成功发射节奏和披露的现金转化会推翻熊市情形

区间是承销带,不是投行式目标价。它们锚定公开证据质量、相对竞争对手的成熟度缺口,以及积压订单和已实现经济性之间的差别。

[CV005, CV006, CV010, CV016, CV017, CV029]

8.3 相对市场的竞争证明缺口

溢价估值不仅要撑过市场规模幻灯片,还要撑过成熟度对比。需求背景真实:World Economic Forum 和 McKinsey 预计 2035 年太空经济达到 $1.8T,Space Foundation 则称 2024 年市场达到 $613B,2025 年上半年有 149 次发射。但 Relativity 想在这个增长里变现,所处赛道已经有飞行验证系统占位。SpaceX 自己的统计 API 显示数百次发射、着陆和复飞,AIAA 则直白总结了竞争问题:Neutron 正被设计成 Falcon 9 替代品,但 Falcon 9 仅 2025 年就发射了 165 次。Rocket Lab 已披露两次 Neutron 任务,具备 Lane 1 资格,并围绕打破星座运营商发射垄断建立公开叙事。ULA 的 Vulcan 页面强调国家安全就绪度和更高载荷配置。Relativity 积压订单之外的客户需求信号也重要。Eutelsat 订购 340 颗新增 OneWeb 卫星,说明星座需求仍在扩张,但也凸显可靠发射节奏对管理替换周期和网络连续性的客户有多值钱。这正是竞争者成熟度必须进入估值讨论的原因:基准不是抽象 TAM,而是 Relativity 能否在已验证替代方案吸收同一任务集之前,把积压订单转成发射。[CV027, CV028, CV029, CV030, CV031, CV032]

可比估值表
参照项观察到的信号对价值的指向对 Relativity 的参考意义关键局限
Relativity Series E 轮(2021)$650M 融资,投后估值 $4.2B最干净的历史估值锚最后一项完全有佐证的融资估值牛市时期、首飞前的交易
Yahoo/Forge 推导的 2025 指标估算估值 3.96B;2023 年 Series F 条目 5.86B显示当前价值可能低于干净的 2021 年估值锚公开资料包中唯一当前、数字化的二级市场类信号模型推导,且明确不是报价
Access IPO / Caplight 式负面信号2025 年 Q1 私人市场估值更接近 $3B;反向拆股叙事指向估值压缩和稀释风险有助于搭建反面论点宣传性来源,可验证性有限
Rocket Lab Neutron13 吨级可重复使用中型运载火箭;具备 Lane 1 资格;已披露早期客户合同显示另一家首飞前发射商也能吸引客户和美国国防部关注商业定位上最接近的中型运载阶段可比对象不是直接估值倍数
Falcon 9 / Falcon Heavy已完成数百次发射、着陆和复飞给出了任何溢价挑战市场龙头都必须达到的证明门槛发射客户最相关的成熟度基准运营基准,不是私人交易可比
ULA VulcanLEO 最高 27.2t,面向国家安全任务显示已有验证的替代方案能覆盖更高难度任务集对 Lane 2 和更高保障采购场景有参考意义抓取资料包中没有公开市场估值信号

这是一张基准表,不是公募可比倍数表。抓取证据对里程碑和交易状态更强,对完全匹配的 EV/收入比率证据不足。

[CV003, CV004, CV010, CV011, CV012, CV018]
FV002: 估值敏感性

条形图列出框定 Relativity 当前估值争议的关键基准点:2021 年干净估值标记、推导出的 2025 年信号、 低置信度的 2025 年压缩视角,以及本章自己的基准情景中点。

数值以十亿美元为单位展示。低置信度的私募市场信号仅作背景,不作为权威交易标记。

[CV010, CV011, CV012, CV019, CV020, CV041]

8.4 情景区间与判断

本章的估值立场不是 Relativity 一文不值,而是可支撑区间很宽,且取决于里程碑。乐观情景可以证明估值回到 2021 年基准之上,但前提是 2026 年末首飞按时发生,早期任务验证客户信心,积压订单开始转成透明保证金或已确认收入,且没有另一轮惩罚性融资。基准情景更保守:官方需求和 Schmidt 的控制权投资让公司仍有融资能力、值得继续跟踪,但最有支撑的数字区间仍大致在 $3.0B 到 $4.2B,因为它夹住了低置信度的 2025 年压缩信号和最后一个干净的 2021 年融资标记。悲观情景并非理论。如果发射时间再次滑坡,如果客户转订 Falcon 9、Vulcan 或快速崛起的 Neutron 替代方案,或如果 Schmidt 资本只是把公司桥接到另一轮摊薄性资本重组,可支撑价值可能大幅低于当前二级市场式指示。因此,推荐取决于价格和证据,而不是公司质量本身:在当前估值不透明时,正确立场是观察或继续研究,不是买入。明确的正面判断需要转化证明,而不只是雄心证明。[CV016, CV017, CV018, CV019, CV020, CV021]

论点击穿与终止触发器表
触发器可观察阈值对论点的传导行动含义
首飞再次延误2026 年末目标不再成立,或出现重大箭体问题积压订单可信度和融资信心同时走弱下调至熊市情形承销
积压订单质量恶化客户修订、改签或定金缺失浮出水面需求信号从现金价值退化为期权价值对积压订单和情景区间打更深折扣
服务前出现稀释性融资新资金以惩罚性条款进入,或带有沉重清算优先权包袱现有持有人在发射经济性被证明前承受稀释下调可支持价值区间
政府准入仍窄首飞后仍看不到进入 Lane 1 或相邻任务订单池的实质路径相对名义估值,公共部门多元化贡献仍小估值继续锚定仅靠商业执行
竞争对手吃掉市场窗口Falcon 9 仍是供给领先者,Neutron/Vulcan 赢得增量任务稀缺性溢价坍塌,客户替代方案变强把 2021 年基准视为上限,而不是基准情形

这些是可监测触发器,不是模糊风险。每一项都会直接改变估值论证,而不只是拖低情绪。

[CV006, CV008, CV016, CV017, CV026, CV027]
FV003: 估值 / 回报区间

本章承销估值区间的范围视图。数字跨度很大,因为公司确有需求,但经审计经济性有限, 相对在位者仍有很大验证缺口。

这些区间是承销带,不是报价交易水平。它们纳入里程碑风险、竞争成熟度,以及缺失的合同经济性细节。

[CV039, CV040, CV041, CV042, CV043, CV044]

8.5 最终尽调清单与必须成立的条件

今天的精确价值不清楚,但要让今天的估值成立,必须满足什么条件很清楚。第一,审计级或贷款人级收入证据必须显示,积压订单正在按保护而不是美化标题数字的合同条款转成现金。第二,资本结构必须不像推广型二级市场页面暗示的那样不利:投资人需要知道 Schmidt 交易经济性、任何反向拆股影响、优先股堆叠顺位,以及 Terran R 进入经常性服务之前是否可能再融资。第三,即便与 Falcon 9 的成熟度存在差距、Rocket Lab 和 ULA 的替代方案也在改善,发射客户仍必须有实质粘性。在这些事实公开前,本章最好的判断仍应在证据上保持谦逊。Relativity 有足够的需求、人才和资本支持来保住上行空间,但没有足够审计经济性让当前价格显得明显有吸引力。这个组合正是尽调清单比一位小数估值输出更重要的原因。[CV040, CV041, CV042, CV043, CV044, CV045]

最终尽调问题表
主题缺失证据重要性尽调路径
经审计收入确认2024-2026 年 GAAP 收入、递延收入和现金回款桥接区分积压订单叙事和真实变现索取经审计财务报表或贷款人级月度报告
发射合同经济性代表性发射协议、定金、里程碑、延误救济和取消权决定今天应给多少积压订单信用审阅头部客户签署的 LSA 和修订样本
股权结构与稀释Schmidt 交易条款、反向拆股机制、优先权栈和员工稀释决定退出时谁真正拿走企业价值索取当前股权结构表、董事会批准文件和证券摘要
二级市场可靠性实际交易数据、股份类别映射、经纪商报价和清算量判断 2025 年私人市场估值是实价还是单薄指示收集交易商成交记录或平台交易历史
客户集中度按客户、发射年份和任务类别拆分的积压订单集中的积压订单应打更大折扣索取逐客户积压订单瀑布表
现金跑道与消耗现金余额、月度消耗、资本开支计划,以及债务或供应商义务澄清首飞是否已获资金覆盖、无需再资本重组索取 12-18 个月流动性桥接和下行情景计划

这些问题刻意对应本章四个最大证据缺口:经审计收入、真实合同经济性、股权结构 / 稀释,以及二级市场可靠性。

[CV017, CV018, CV019, CV020, CV021, CV022]
FV004: 投资 KPI

IC 可用的 1-5 分记分卡。需求验证和市场顺风得分高于收入验证、证据质量和估值安全边际。

分数是基于来源记录的编辑判断,不是折现现金流模型或市场隐含回归的输出。

[CV005, CV013, CV016, CV017, CV032, CV037]

8.6 图表

免责声明

本报告由自动化研究流程生成,仅供参考,不构成投资建议,也不是买入、卖出或持有任何证券的邀约。 财务和估值数字基于公开来源,可能包含估计或相互冲突的私募市场信号。所审阅材料包未提供经审计财务报表或完整股权结构表披露。

证据索引

结论
编号陈述可信度来源
CO001 Relativity Space currently presents itself as a launch and advanced-manufacturing company centered on Terran R, a reusable medium-to-heavy-lift rocket. SO001
CO002 Relativity’s current about page says the company has 2,000 employees across five U.S. locations and more than $3 billion in pre-sold launch contracts with more than a dozen customers. SO001
CO003 Relativity Space is headquartered in Long Beach, California and publicly identifies operating activity in California, Mississippi, Florida, Washington, D.C., and Seattle. SO001, SO006
CO004 Relativity’s current Terran R baseline is 23,500 kilograms to a 200-kilometer LEO with downrange landing, 5,500 kilograms to GTO, and 33,500 kilograms to LEO in expendable configuration, with launches planned from LC-16 beginning in late 2026. SO004, SO013
CO005 Relativity said in March 2025 that vehicle-level critical design review had completed in December 2024 and that first-flight production for Terran R had begun. SO002
CO006 Relativity said in March 2025 that Terran R backlog exceeded $2.9 billion across more than a dozen customers. SO002
CO007 Relativity’s current about page says the company has grown “since 2016.” SO001
CO008 Multiple independent and profile sources place Relativity Space’s founding in 2015 and identify Tim Ellis and Jordan Noone as the founders. SO018, SO019, SO022
CO009 The founder narrative in the fetched sources consistently ties Tim Ellis to Blue Origin and Jordan Noone to SpaceX before Relativity’s launch. SO018, SO019
CO010 TechCrunch reported that Eric Schmidt made a significant investment, took a controlling stake, and became CEO in March 2025. SO009, SO019
CO011 Tim Ellis left the CEO role and remained a director on Relativity’s board when Schmidt took over. SO009
CO012 Relativity’s current about page independently confirms that 2025 began a new chapter under Eric Schmidt’s leadership. SO001
CO013 Relativity’s June 2021 Series E announcement said the company closed a $650 million round led by Fidelity with participation from BlackRock, Coatue, Tiger Global, Baillie Gifford, and others. SO007, SO010
CO014 CNBC reported that by June 2021 Relativity had raised $1.34 billion in total capital, reached a $4.2 billion valuation, and grown to 400 employees. SO007, SO010
CO015 Relativity’s June 2021 headquarters announcement said the Long Beach factory would exceed 1 million square feet, support 2,000-plus employees, and sit alongside a 450-plus-person workforce at the time. SO006
CO016 Relativity’s June 2022 OneWeb announcement said the company employed 800-plus people and that the new headquarters had capacity for 2,000-plus employees. SO005
CO017 Relativity’s current about page says the workforce has now reached 2,000 employees. SO001
CO018 The fetched 2021 financing sources show a broad investor roster that included Fidelity, BlackRock, Coatue, Tiger Global, Baillie Gifford, Mark Cuban, and other late-stage backers. SO007, SO010
CO019 Iridium announced a 2020 contract for up to six dedicated Terran 1 launches to deploy ground-spare satellites. SO008
CO020 NASA awarded Relativity a $3.0 million Venture Class Launch Services Demonstration 2 contract in December 2020. SO023
CO021 USAspending shows an April 4, 2024 Department of the Air Force award worth $8,765,978 for real-time flaw detection in large-format additive manufacturing to Relativity Space. SO020
CO022 Relativity’s June 2022 OneWeb agreement lifted Terran R backlog above $1.2 billion across five signed customers. SO005
CO023 Relativity’s October 2023 Intelsat agreement lifted Terran R backlog above $1.8 billion across nine customers. SO003
CO024 SES expanded its Relativity launch agreement in November 2025, indicating continued telecom-customer demand ahead of Terran R’s first flight. SO013, SO021
CO025 Relativity’s March 2023 Terran 1 test flight reached space and completed stage separation but failed to achieve orbit after a second-stage anomaly. SO014, SO022
CO026 After the Terran 1 flight, Relativity shelved that vehicle and shifted company focus entirely to Terran R. SO004, SO014
CO027 The April 2023 Terran R reset moved the vehicle away from the smaller 2021 fully reusable concept toward a larger architecture that prioritized first-stage reuse and hybrid manufacturing. SO004, SO007, SO014
CO028 Relativity’s April 2023 Terran R update said backlog then stood above $1.65 billion across seven customers. SO004, SO011
CO029 SpaceNews reported that Relativity delayed its initial NSSL Phase 3 bid because Terran R would not be ready to fly within the required window and was not expected to launch until 2026 at the earliest. SO012
CO030 NASASpaceFlight reported that Terran R Block 1 is intended to teach first-stage recovery and that the company’s long-term annual flight goal is 50 to 100 launches. SO015
CO031 Relativity’s March and April 2026 company updates show continuing stage integration, engine manufacturing and testing, and LC-16 launchpad activation work. SO024, SO025
CO032 TechCrunch reported that Relativity faced cash shortages in 2024 and had struggled to raise additional funding before Schmidt invested. SO009
CO033 Yahoo Finance’s Forge-derived page estimated a June 2025 private valuation of roughly $3.96 billion at $15.31 per share, while explicitly warning that the figure is derived and may rely on limited data. SO016
CO034 GetLatka reports 2024 revenue of $181.5 million and roughly 1.6 thousand employees in 2026, but the site says such figures may be company-reported or GetLatka-estimated. SO017
CO035 Access IPOs says later private-market signals put Relativity closer to a $3 billion valuation in early 2025 and cites a 2023 Series F, but the page is a low-confidence affiliate-driven profile rather than primary financing disclosure. SO019
CO036 Relativity’s current about page rounds the company’s announced commercial traction up to more than $3 billion in pre-sold launch contracts. SO001
CO037 The 2021 Terran R reveal had targeted a 2024 debut with a smaller design carrying 20,000 kilograms to LEO on seven Aeon R engines. SO007, SO010
CO038 The fetched public record contains a genuine founding-date conflict, with official current copy pointing to 2016 while multiple secondary profiles point to 2015. SO001, SO018, SO019
CO039 The publicly visible Terran R leadership bench in this source pack includes President and CFO Mo Shahzad, Chief Revenue Officer Josh Brost, and CTO Kevin Wu, but not a full board roster. SO002, SO012
CO040 As of the May 2026 run date, Relativity is best characterized as a late-development, pre-first-flight Terran R company rather than a launcher with demonstrated recurring orbital service. SO004, SO012, SO024, SO025
CM001 Relativity’s core market is launch-service spend for medium-to-heavy missions rather than the entire upstream and downstream space economy. SM001, SM002, SM003, SM024
CM002 The World Economic Forum / McKinsey forecast the global space economy to grow from $630 billion in 2023 to $1.8 trillion by 2035. SM001
CM003 Space Foundation reported the global space economy reached $613 billion in 2024 and that the commercial sector accounted for 78% of the total. SM002
CM004 Space Foundation projected the global space economy could cross $1 trillion as soon as 2032. SM002
CM005 Most launches in the first half of 2025 carried communications satellites, indicating that connectivity and constellation demand are the primary current launch driver. SM002
CM006 Terran R is designed for LEO, MEO, GEO, and rideshare missions with reusable capacity of 23,500 kg to LEO and 5,500 kg to GTO, and Relativity still targets first launch in late 2026. SM003, SM020, SM021
CM007 Relativity said in April 2023 that Terran R launch service agreements already totaled more than $1.65 billion across seven customers. SM003, SM024
CM008 Relativity said in March 2025 that Terran R backlog had grown to more than $2.9 billion across more than a dozen customers. SM019
CM009 Relativity claims satellite-constellation launches alone represent a total addressable market of more than $30 billion per year by 2030. SM003
CM010 Rocket Lab, citing Quilty Space, described a narrower lens in which more than 10,000 satellites still need launch services by 2030 in a market worth about $10 billion, excluding Starlink and Chinese or Russian constellations. SM022
CM011 The gap between Relativity’s >$30 billion constellation-launch lens and Rocket Lab’s ~$10 billion medium-lift lens is primarily a scope difference rather than a direct factual contradiction. SM003, SM022
CM012 Aerospace America reported that Falcon 9 launched 165 times in 2025, six times more than all other U.S. providers combined. SM009
CM013 Neutron is positioned for megaconstellations and national-security missions with published payload of 13,000 kg to LEO. SM007, SM009
CM014 Aerospace America reported Rocket Lab is targeting a $55 million Neutron price while noting Falcon 9 pricing had risen from $70 million to $74 million. SM009
CM015 Quilty Space’s Caleb Henry told Aerospace America there is a gap in the U.S. market for a medium-class launch vehicle after Delta II retirement. SM009
CM016 ULA markets Vulcan as a vehicle for commercial, civil, and national-security missions, with published LEO-reference capacity ranging from 10.8 to 27.2 metric tons depending on booster configuration. SM008
CM017 The U.S. Space Force’s NSSL Phase 3 Lane 2 award spreads roughly $13.7 billion across 54 launches from FY27 through FY32. SM005
CM018 Lane 2 missions are the larger, more critical payloads that value direct insertion to GEO, dual-coast launch availability, and vertical integration. SM005
CM019 Lane 1 is structured as an annual on-ramp for more commercial-like and risk-tolerant missions, and SpaceX already received the first known task order worth about $734 million for seven SDA launches. SM005
CM020 Relativity delayed its initial NSSL Phase 3 bid because Terran R will not be ready inside the first award window and a new entrant cannot receive a Lane 1 contract before its first successful launch. SM004
CM021 Rocket Lab’s Lane 1 on-ramp shows the program can accept new entrants before first flight, but only after a successful mission do they become eligible for actual task orders. SM006, SM004
CM022 SES has expanded its Terran R agreement for multiple GEO or MEO launches and frames the relationship as part of a multi-orbit resilience strategy. SM012, SM016, SM025
CM023 Intelsat signed a multi-launch agreement for Terran R with launches planned as early as 2026, emphasizing reliability, efficiency, and flexibility from launch providers. SM013
CM024 OneWeb signed a multi-launch agreement with Relativity to support deployment of its Gen 2 LEO constellation, indicating demand for repeated batch launch capacity. SM014
CM025 OneWeb Technologies won a 10-year p-LEO contract with a $900 million ceiling, demonstrating that the U.S. government is already buying resilient commercial LEO connectivity at program scale. SM010
CM026 Iridium’s 2025 SITH contract is worth up to $85.8 million and sits inside a broader EMSS relationship that supports resilient military communications and PWSA ground integration. SM011, SM023
CM027 Iridium’s earlier contract for up to six dedicated spare-satellite launches shows that responsive replacement missions are a distinct buyer use case separate from bulk constellation deployment. SM015
CM028 NASA’s VCLS Demo 2 award to Relativity for $3.0 million shows civil agencies view smaller demonstration launches as a recurring need. SM017
CM029 Relativity’s OSP-4 on-ramp exposed it to a nine-year government launch pool with an approximately $986 million ceiling and rapid-acquisition timelines of 12 to 24 months from task order award. SM018
CM030 Space Foundation identifies sovereign military space programs and the desire for independent launch capability as additional growth factors for the space sector. SM002
CM031 Rocket Lab argues that constellation operators and government satellite operators are desperate for a break in the launch monopoly, implying explicit buyer appetite for alternative capacity. SM022
CM032 Reusable economics are central to challenger positioning: Terran R and Neutron are both explicitly designed around recovery and repeated flights to lower cost and expand access. SM003, SM007, SM009
CM033 SpaceX’s combination of launch cadence, incumbent trust, and current Lane 1 task-order capture makes it the dominant benchmark that all alternative providers must overcome. SM002, SM005, SM009
CM034 First-flight and mission-assurance gates are the key reason that real government launch demand does not automatically translate into near-term revenue for Relativity. SM004, SM005, SM006
CM035 Only heavy-lift rockets able to fly direct-to-GEO can compete for Lane 2 today, which leaves Terran R’s near-term government adjacency centered on Lane 1 rather than the largest national-security pool. SM004, SM005
CM036 Public readiness evidence still points to a pre-revenue execution risk: Terran R’s first flight remains targeted for late / second-half 2026 while engine qualification, pad activation, and integrated vehicle testing continue. SM020, SM021
CM037 Relativity’s annual ambition of 50-100 flights depends on reuse and industrial scale that have not yet been demonstrated in operations. SM020
CM038 Medium-to-heavy launch economics depend on payload clustering because the vehicle must regularly carry either dense constellation batches or sufficiently large single missions to keep unit economics attractive. SM003, SM019
CM039 Public disclosures around SES launches explicitly leave financial terms, launch count, and other unit-economics details undisclosed. SM016, SM025
CM040 Public evidence cannot isolate a precise SAM or SOM for Relativity because it mixes whole-sector space-economy figures, launch-demand lenses, government procurement ceilings, and backlog headlines measured on incompatible bases. SM001, SM002, SM003, SM022
CM041 In government satcom demand, the provider, payer, and user often differ: operators such as OneWeb Technologies or Iridium deliver the service, the U.S. government pays, and warfighters are the end users. SM010, SM011
CM042 No public contract source in this chapter discloses Terran R’s per-launch pricing, deposit structure, or cancellation protections, so backlog cannot be translated into revenue quality without private diligence. SM013, SM014, SM016, SM025
CP001 The official SpaceX Falcon 9 stats endpoint reported 638 launches, 592 landings, and 557 reflights at fetch time, quantifying a reuse-and-cadence lead that no Terran R competitor in this chapter can match. SP022
CP002 Aerospace America reported that Falcon 9 launched 165 times in 2025, six times more than all other U.S. providers combined. SP016
CP003 Aerospace America reported a $74 million public Falcon 9 launch price and described Falcon 9 payload performance as close to 23,000 kilograms to low Earth orbit. SP016
CP004 Spaceflight Now reported that SpaceX was the only launch provider with a National Security Space Launch Phase 3 Lane 1 task order at the time of its April 2025 breakdown, valued at about $734 million for seven Falcon 9 launches. SP017
CP005 Spaceflight Now reported that SpaceX was allocated 28 of the 54 National Security Space Launch Phase 3 Lane 2 missions described in the April 2025 award package. SP017
CP006 Because Falcon 9 combines competitive public pricing, operational reuse, and actual government task-order wins, it is the incumbent benchmark every Terran R sales process must overcome. SP016, SP017, SP022
CP007 ULA’s Vulcan Centaur page lists payload performance from 10,800 kilograms to 27,200 kilograms to a low-Earth-orbit reference case and from 3,500 kilograms to 6,500 kilograms to geosynchronous Earth orbit depending on solid-booster configuration. SP018
CP008 ULA markets Vulcan around off-pad payload encapsulation, a 5.4-meter fairing, and multi-manifest flexibility, signaling a payload-handling and mission-assurance value proposition rather than a reuse-first one. SP018
CP009 Spaceflight Now reported that ULA received 19 of the 54 Lane 2 launches and quoted Tory Bruno saying ULA had already launched 100 national security space missions. SP017
CP010 In Spaceflight Now’s April 2025 report, Vulcan had already completed its first certification flight and ULA was preparing the vehicle’s first west-coast national-security launch capability. SP017
CP011 Spaceflight Now reported that Blue Origin had already flown New Glenn once in January and was allocated seven Lane 2 missions in the same Phase 3 award package. SP017
CP012 The official Blue Origin New Glenn page was access-blocked by a security checkpoint during this run, so clean primary-source public detail for direct comparison remained unavailable. SP020
CP013 Given the mix of reported first-flight progress and blocked official detail, New Glenn belongs in this chapter as a heavy-lift and mission-assurance alternative with explicit evidence gaps rather than a clean Terran R apples-to-apples comparison. SP017, SP020
CP014 Rocket Lab’s Neutron page describes the vehicle as a reusable launch system able to deliver 13,000 kilograms to low Earth orbit from Launch Complex 3 in Virginia. SP015
CP015 Rocket Lab’s March 2025 BusinessWire release said Neutron was one of only four launch providers eligible to compete for Lane 1 missions and would become eligible for individual task orders after a successful first flight. SP013
CP016 Rocket Lab announced two dedicated Neutron missions for a confidential commercial satellite constellation operator beginning in mid-2026 from Wallops Island. SP014
CP017 Aerospace America said Neutron was targeting an end-of-2026 debut and quoted a $55 million launch price as Rocket Lab positioned Neutron against Falcon 9 for constellation deployments. SP016
CP018 Aerospace America said only SpaceX and Blue Origin had actually achieved booster landings to that point, leaving Neutron’s reuse proposition in the design-intent stage. SP016
CP019 Neutron is the nearer-term medium-lift challenger to Terran R because it combines medium-lift specs with customer contracts, Electron heritage, and Lane 1 positioning before Terran R has flown. SP013, SP014, SP015, SP016
CP020 Relativity’s April 2023 Terran R update said the vehicle would deliver 23,500 kilograms to low Earth orbit in reusable mode, 33,500 kilograms in expendable mode, and 5,500 kilograms to geosynchronous transfer orbit while launching from LC-16. SP006
CP021 Relativity’s June 2021 Terran R reveal described a fully reusable 20,000-kilogram-to-LEO vehicle targeting a 2024 debut, showing that the present Terran R program has already undergone a material architecture and schedule reset. SP007, SP006
CP022 Relativity’s November 2025 through March 2026 company updates show ongoing engine qualification, stage integration, LC-16 buildout, and work beyond the first flight article, demonstrating real progress toward launch readiness even though the vehicle has not yet flown. SP001, SP002, SP003, SP004
CP023 NASASpaceflight reported that Terran R Block 1 is meant to teach Relativity how to recover the first stage before Block 2 takes over, with 50 to 100 annual flights as a long-term goal. SP012
CP024 SpaceNews reported that Relativity delayed its initial National Security Space Launch bid because Terran R would not be flight-ready for the first Phase 3 award window and new entrants cannot win actual contracts before a first mission. SP008
CP025 Terran R still has no operational flight, no demonstrated reuse, and no current Lane 1 task-order eligibility in the cited public record. SP006, SP008, SP012
CP026 SES and Intelsat-family demand is real, but the public contract record still leaves launch counts, exact mission timing, and contract value largely undisclosed. SP005, SP009, SP010, SP011, SP019
CP027 NASA’s VCLS Demo 2 award to Relativity shows that agencies will place higher-risk demonstration missions with new entrants, but that precedent applies to smaller, risk-tolerant missions rather than medium or heavy assured-access campaigns. SP021
CP028 GeekWire reported that Terran 1 reached space and achieved stage separation on its March 2023 test flight but failed to reach orbit, leaving Relativity without orbital success on an in-house launch system. SP024
CP029 Pricing is materially opaque for Terran R, Vulcan, and New Glenn in the fetched public pack; only Neutron at $55 million and Falcon 9 at $74 million had usable public list-price points in the cited evidence. SP006, SP016, SP018, SP020
CP030 Because Falcon 9 pairs competitive pricing with the market’s deepest reuse and cadence record, buyer choice in this segment is not determined by sticker price alone. SP016, SP022
CP031 Relativity’s manufacturing story shifted from the 2021 all-printed, fully reusable Terran R concept to the 2023 hybrid first-stage-reuse architecture, so the operating economics of the current vehicle remain unproven in service. SP007, SP006, SP010
CP032 Rocket Lab’s carbon-composite structure and captive fairing create a reuse architecture aimed at reducing post-flight operations rather than merely advertising a lower headline price. SP015, SP016
CP033 ULA’s competitive case centers on precision, direct-injection endurance, payload safety, and multi-manifest flexibility more than pure low-Earth-orbit mass comparison. SP017, SP018
CP034 Launch-network breadth favors incumbents because SpaceX already meets national-security range needs, ULA is building both-range Vulcan access, Neutron starts with Wallops, and Terran R remains centered on LC-16 plus Stennis testing. SP006, SP012, SP015, SP017, SP018
CP035 Customer switching costs are organizational as much as technical because certification history, manifest confidence, and integration practice reward the fleets that have already flown. SP016, SP017, SP018
CP036 Falcon 9 should be treated as the dominant incumbent, Neutron as the closest medium-lift challenger, and Vulcan plus New Glenn as mission-assurance or heavy-lift alternatives rather than perfect Terran R substitutes. SP015, SP016, SP017, SP018, SP020, SP022
CP037 Relativity’s adverse competitive posture is stark today because it has no operational Terran R, no demonstrated reuse, and backlog that must compete against providers with flight heritage. SP008, SP012, SP016, SP017, SP018, SP022
CP038 Even supportive SES-language frames Terran R as added capacity and ecosystem diversification rather than as a proven replacement for incumbent launch services. SP005, SP009, SP019
CP039 If Terran R slips again, Neutron and incumbent fleets are positioned to absorb the same second-source demand that Relativity is trying to monetize. SP008, SP014, SP016, SP017
CP040 The broader SpaceX launches-page stats endpoint reported 652 company launches and 613 landings at fetch time, reinforcing how far ahead the SpaceX operating system is in practical launch repetition. SP023
CP041 Military+Aerospace reported an $85.8 million Space Force infrastructure contract for Iridium, illustrating why government satcom buyers value resilient operators and continuity commitments alongside launch availability. SP025
CP042 The key diligence test is backlog translation: Terran R clearly has commercial interest and ambitious specs, but conversion still depends on first flight, recovery proof, and closing against incumbents that already fly. SP008, SP012, SP016, SP017, SP018, SP022
CI001 Relativity said it closed a $650 million Series E equity funding round on June 8, 2021. SI001, SI002
CI002 Relativity's Series E syndicate publicly included Fidelity as lead plus BlackRock, Centricus, Coatue, Soroban Capital, Baillie Gifford, K5 Global, Tiger Global, Tribe Capital, XN, Brad Buss, Mark Cuban, Jared Leto, and Spencer Rascoff. SI001
CI003 Relativity said the 2021 Series E capital would be used to scale Terran R production and support long-term infrastructure development. SI001
CI004 CNBC reported that Relativity's November 2020 Series D raised $500 million and lifted valuation to roughly $2.3 billion. SI017
CI005 CNBC reported that Relativity had raised $1.34 billion in total capital by June 2021. SI002
CI006 CNBC's June 2021 coverage put Relativity's valuation at $4.2 billion and said it had risen from a $2.3 billion mark in November 2020. SI002, SI017
CI007 CNBC reported that Relativity had grown to more than 400 employees by June 2021. SI002
CI008 CNBC's 2022 founder profile still described Relativity as having raised more than $1.3 billion and carrying a $4.2 billion valuation. SI018
CI009 CNBC's 2024 Disruptor 50 profile still listed funding of $1.3 billion and valuation of $4.2 billion, suggesting mainstream profile data had not incorporated any later private-market reset. SI019
CI010 KPMG's Q4'23 Venture Pulse listed Relativity as a $1.05 billion Series F mega-deal in Long Beach, U.S. SI022
CI011 Yahoo Finance's Forge-derived page shows a latest funding date of November 14, 2023, a latest amount raised of $1.05 billion, and a post-money valuation of $5.86 billion, while explicitly warning that the figure is derived and may rely on limited data. SI006
CI012 Access IPO says the latest confirmed funding round was a November 2023 Series F that raised only $20 million led by KS Global. SI009
CI013 Access IPO also says the October 2023 Series F funding round set Relativity's valuation at $6 billion. SI009
CI014 Access IPO says private valuations indicated Relativity was closer to a $3 billion valuation in Q1 2025. SI009
CI015 Yahoo/Forge displayed an estimated June 2025 private valuation of roughly $3.96 billion at $15.31 per share and described that figure as informational rather than a quotation. SI006
CI016 TechCrunch reported that Eric Schmidt made a significant investment, took a controlling stake, and became CEO in March 2025. SI003
CI017 TechCrunch reported that Relativity faced cash shortages in 2024 and struggled to raise additional funding before Schmidt invested. SI003
CI018 TSG Invest says Schmidt's investment reportedly approached $800 million and frames it as having improved financial stability, but presents that figure as compiled secondary information rather than primary disclosure. SI008
CI019 TSG Invest repeats a second-hand claim that Relativity was running low on cash and had burned through more than $1 billion before the 2025 reset. SI008
CI020 Relativity's March 2025 update said the Terran R program had strong financial footing and backlog of over $2.9 billion across more than a dozen customers. SI004, SI020
CI021 Relativity's current Terran R page says the company has secured more than $3 billion in launch service agreements across government, commercial, and blue-chip telecommunications customers and partners. SI020
CI022 Relativity's 2022 Stargate release and OneWeb announcement said the company had five Terran R customers and more than $1.2 billion in customer contracts. SI021, SI014
CI023 Relativity's 2023 Intelsat announcement said it had nine signed Terran R customers and more than $1.8 billion in backlog. SI013
CI024 SpaceNews, SES, and Via Satellite all described the 2025 SES expansion as a multi-year, multi-launch agreement while withholding mission count or financial value. SI005, SI012, SI016
CI025 Relativity's OSP-4 on-ramp announcement described access to a roughly 20-mission, $986 million ceiling-value mission pool, which is opportunity eligibility rather than booked revenue. SI015
CI026 NASA's VCLS Demo 2 announcement awarded Relativity a $3.0 million fixed-price contract in December 2020. SI011
CI027 USAspending records show a $8,765,978 AFRL award dated April 4, 2024 for real-time flaw detection in large-format additive manufacturing. SI010, SI023
CI028 SpaceNews described the AFRL award as a two-year research contract focused on in-situ flaw detection and related evaluation tools at Relativity's Long Beach factory. SI023
CI029 Relativity says Horizon Manufacturing Technologies is a stand-alone business unit focused initially on large-scale metal castings for energy, aerospace, and defense customers. SI024
CI030 The fetched public pack does not disclose revenue, bookings, or margins for Horizon, so it should be treated as diversification optionality rather than evidenced current financial contribution. SI024
CI031 GetLatka says Relativity hit $150 million revenue in June 2024 and $181.5 million revenue in December 2024. SI007
CI032 GetLatka explicitly says its revenue, funding, team, and customer figures are company-reported or GetLatka-estimated metrics rather than audited disclosures. SI007
CI033 Public backlog and launch service agreement figures are not the same as recognized revenue or ARR because the fetched sources provide no public bridge for launch timing, milestone billing, deposits, or cancellation protection. SI004, SI020, SI012, SI016
CI034 The source pack does not disclose a public Terran R list price or per-launch ASP, so monetization must be discussed through aggregate backlog and small awarded contracts rather than a price sheet. SI020, SI012, SI016
CI035 The best hard-dollar awards publicly disclosed in the fetched pack are NASA's $3.0 million VCLS award and the $8.77 million AFRL additive-manufacturing award, totaling about $11.77 million. SI010, SI011, SI023
CI036 Those disclosed awards do not evidence sustainable launch revenue because one is a small 2020 demonstration launch contract, one is a 2024 manufacturing-research contract, and neither resembles recurring Terran R commercial service economics. SI010, SI011, SI023, SI020
CI037 Relativity markets Terran R as offering competitive economics, but the public pack does not disclose gross margin, launch cost, or price-per-kilogram economics. SI004, SI020
CI038 Public company disclosures support a capital-intensive production model built around a 1MM+ square foot headquarters, large-format printers, and continuing engine, stage, and pad buildout before repeat revenue is visible. SI021, SI020
CI039 Relativity's 2022 Stargate release said the Wormhole factory was 33% operational, planned more than a dozen Stargate 4 printers, and forecast four Terran R rockets per printer per year at full run rate. SI021
CI040 The public source pack does not publish CAC, payback, gross margin, monthly burn, NRR, working-capital metrics, or a launch unit-economics stack sufficient for underwriting. SI020, SI024
CI041 Using low-confidence private-market pages, the 2025 valuation signal spans roughly $3.0 billion to $3.96 billion, which is about 6% to 29% below the $4.2 billion Series E mark from 2021. SI006, SI009, SI002
CI042 If the disputed late-2023 references around $5.86 billion to $6.0 billion were accurate, the 2025 private-market signals would imply a steeper 32% to 50% step-down from that later peak. SI006, SI009
CI043 Neither cash on hand nor monthly burn is publicly disclosed in the fetched pack, so any runway judgment after Schmidt's investment remains inferential rather than underwritten. SI003, SI008
CI044 Public backlog disclosures identify telecom- and government-adjacent customers such as OneWeb, Intelsat, SES, NASA, and Space Force counterparties, but do not disclose backlog weight or future revenue concentration by customer or program. SI013, SI014, SI015, SI020
CI045 Space Foundation and WEF/McKinsey support a large $613 billion to $1.8 trillion sector backdrop, but those figures include many downstream services and cannot be treated as Relativity launch revenue. SI025, SI026
CE001 Relativity's current about page says the company has grown to 2,000 experts across five U.S. locations and is positioning Terran R as its reusable medium-to-heavy-lift rocket. SE001
CE002 The June 2021 reveal described Terran R as a fully reusable, entirely 3D-printed, 216-foot rocket targeting 20,000 kilograms to low Earth orbit and a 2024 debut. SE004, SE022
CE003 The April 2023 redesign expanded Terran R to a 270-foot, 18-foot-diameter vehicle prioritizing first-stage reusability, 23,500 kilograms reusable to LEO, and 33,500 kilograms expendable to LEO. SE003, SE016, SE020
CE004 The 2023 official architecture says initial Terran R versions will use aluminum straight-section barrels in a hybrid manufacturing approach rather than an all-printed primary structure. SE003, SE016
CE005 The March 2025 official update says Terran R primary structures are friction-stir-welded high-strength aluminum while Aeon R engines use powder-bed fusion and wire-arc additive manufacturing. SE002, SE019
CE006 Relativity's manufacturing story therefore shifted from a 2021 promise of an entirely printed rocket to a 2025 claim that hybrid fabrication is the faster path to market and scale. SE004, SE003, SE002
CE007 The 2021 headquarters release said Relativity's Long Beach footprint spans more than one million square feet and could host 2,000-plus employees alongside dozens of Stargate printers. SE005, SE001
CE008 The 2026 locations page says Long Beach remains the home of Terran R primary structures, Aeon R and Aeon V production, cryogenic test work, and structural, vibration, thermal, and vacuum testing. SE013
CE009 The Horizon page says Stargate is now marketed as an AI-enabled autonomous robotic platform for large-scale manufacturing beyond rockets. SE015
CE010 Horizon's commercialization pitch shows Relativity is trying to monetize additive-manufacturing know-how as a separate industrial platform while Terran R is still preflight. SE015, SE024
CE011 Terran R is publicly described as a two-stage launch vehicle with a 5-meter fairing intended for constellation clusters, single large satellites, and rideshare payloads. SE003, SE027
CE012 The first-stage propulsion architecture changed from seven Aeon R engines in 2021 to 13 Aeon R engines in the 2023-plus design. SE004, SE003
CE013 The 2023 architecture assigns nine gimbaled center engines and four fixed outer engines beneath the landing legs. SE003, SE016
CE014 Terran R's first-stage and upper-stage engines are publicly described as LOX-methane gas-generator-cycle engines. SE003, SE002
CE015 Official materials call the upper-stage engine Aeon Vac in 2023 and Aeon V in the 2025-2026 program updates, but both are described as vacuum-optimized LOX-methane engines closely related to Aeon R. SE003, SE010, SE011
CE016 The March 2025 update says each first-stage Aeon R engine produces 269,000 pounds of sea-level thrust and the vacuum engine 323,000 pounds of thrust. SE002
CE017 Official architecture materials describe LOX-forward tanks, common domes, helium pressurization in COPVs, and subcooled cryogenic propellants except in the first-stage LOX system. SE003, SE002
CE018 Official reuse architecture includes landing legs, grid fins, a base heat shield, engine relight, and a cold-gas flip before a downrange barge landing attempt. SE003, SE002
CE019 NASASpaceflight reported that Terran R Block 1 is intended to teach first-stage recovery before a later Block 2 takes over. SE019
CE020 Public materials still prioritize a reusable first stage, and there is no public evidence by runDate that a reusable second stage is near flight readiness. SE003, SE018, SE011
CE021 The March 2025 official update says vehicle-level CDR finished in December 2024, nearly half of component CDRs were complete, and more than half the vehicle mass had been released to manufacturing. SE002, SE018
CE022 That same March 2025 update says Relativity had begun first-flight production in Long Beach across primary structures, the thrust structure, and Aeon R engines. SE002
CE023 The March 2025 update says the flight-intent Aeon R 1.3 engine had accumulated more than 2,500 seconds of runtime, or more than 1.5 times its reusable service life, and that all engine configurations together exceeded 6,300 seconds. SE002, SE019
CE024 The November 2025 update says all circumferential welds for the first-flight first-stage tank were complete and the tank measured 163 feet across eight barrel sections and three domes. SE006
CE025 The November 2025 update says the second-stage tank completed acceptance testing over more than 30 load cases. SE006
CE026 The December 2025 update says six Aeon R engines were on-site at Stennis in a single day and all main combustion chambers for flight one had been printed. SE007
CE027 The January 2026 update says the stage-two shipping assembly was more than 90 percent released and additional first-stage Aeon R flight engines had been shipped to NASA Stennis. SE008
CE028 The February 2026 update says stage-two shipping assembly and the stage-two fluids top-level assembly were fully released and that work had started on Terran R flight-two hardware. SE009
CE029 The March 2026 update says Aeon V testing included a 526.5-second endurance demonstration while additional Aeon R flight engines were manufactured, assembled, and shipped. SE010
CE030 The March 2026 update also says the stage-one downcomer had been fully welded and entered acceptance testing. SE010
CE031 The April 2026 update says all first-stage Aeon R engines for flight one had been manufactured, assembled, and shipped. SE011
CE032 The April 2026 update says second-stage tank internals and structures were complete, low-voltage checkouts had begun, and shipment preparation to NASA Stennis was underway. SE011
CE033 The 2026 locations page says the R Complex supports Aeon R and Aeon V with dual bays, thrust gimbaling, propellant densification, and more than 300 engine test operations since commissioning in 2023. SE013
CE034 The same locations page says the E2 complex has conducted more than 900 Aeon R component and sub-assembly tests and achieved combustion-stability verification with flight-design gas generators and thrust chamber assemblies. SE013
CE035 The locations page says the A2 test complex is being renovated for long-duration Terran R stage hot fires with stand capability rising from 650,000 to over 3.3 million pounds of thrust. SE013, SE017
CE036 Taken together, the November 2025 through April 2026 updates show LC-16 construction moving from HIF and tank-farm work to launch-mount steel, water-tower erection, LNG, LOX and LN2 systems, and first cryogenic activation steps. SE006, SE007, SE008, SE009, SE010, SE011
CE037 GeekWire and Satellite Today say Terran 1 passed Max-Q, completed first-stage burn and stage separation, but a second-stage anomaly prevented orbit. SE021, SE020
CE038 The official Terran 1 page calls the vehicle a retired pathfinder and says the program transferred LOX-methane propulsion, gas-generator-cycle, GNC, flight software, structural-dynamics, and aerothermodynamics learnings to Terran R. SE012, SE020
CE039 Terran 1 therefore provided evidence that printed structures and methane propulsion could survive Max-Q and stage separation, but it did not demonstrate orbital insertion or reusable operations. SE012, SE021
CE040 Satellite Today says Relativity pivoted away from Terran 1 in April 2023 because management believed Terran R better fit significant and growing market demand. SE020, SE003
CE041 No detailed public technical root-cause report for the Terran 1 second-stage anomaly appears in the fetched official and mainstream source pack, so public explanations remain summary-level. SE012, SE020, SE021
CE042 Publicly visible quality controls include CDR, structural acceptance testing, NDE and modal testing, wind-tunnel and CFD work, HOOTL and HITL builds, engine acceptance testing, and cryogenic and structural test yards. SE002, SE006, SE011, SE013
CE043 The careers and locations pages show Relativity is still staffing propulsion materials, machine shop and CNC, aerodynamics, factory test, Stennis propulsion, and launch-logistics functions consistent with a program still ramping toward first operations. SE014, SE013
CE044 The hybrid manufacturing transition lowers schedule pressure versus an all-printed vehicle, but it also creates process-integration risk across friction-stir welding, machining, coatings, additive engines, NDE, and final assembly. SE003, SE002, SE013
CE045 Reuse risk remains high because Block 1 still needs engine relight, thermal protection, guidance, landing, and refurbishment to work in flight before cadence economics can be proven. SE003, SE019, SE021
CE046 Engine risk remains material because the public record shows strong component and engine campaigns but not a public Terran R stage static fire or orbital mission by runDate. SE002, SE013, SE019
CE047 Manufacturing-scale risk remains material because flight one, a dedicated stage-one qualification article, and flight-two hardware are all being advanced while new CNC, powder-bed-fusion, friction-stir-weld, and automated-inspection capacity is still being installed. SE006, SE007, SE008, SE009, SE010, SE011, SE019
CE048 Schedule risk remains real because public targets slipped from 2024 to 2026 and because Relativity itself delayed NSSL entry until the vehicle is closer to launch readiness. SE004, SE003, SE017
CE049 Market-facing differentiation now rests less on a pure “print the whole rocket” story and more on a combined claim of hybrid speed, in-house propulsion, and reusable medium-heavy lift capacity. SE004, SE002, SE015
CE050 Compared with Neutron, Terran R is chasing a similar reusable medium-lift niche, but Aerospace America shows the operative market benchmark is still Falcon 9 cadence rather than design intent alone. SE025, SE026
CE051 The public evidence supports real hardware momentum, but it does not yet support underwriting claims about Terran R orbit success, recovery reliability, turnaround time, or launch-margin economics. SE002, SE011, SE017, SE019, SE021
CE052 USAspending records an $8.77 million April 2024 award for real-time flaw detection in large-format additive manufacturing, showing Relativity's manufacturing stack has relevance beyond its launch vehicle. SE024
CE053 The November 2025 update says the program completed Block 2 conceptual design review, indicating planned manufacturability and reuse upgrades beyond the first-flight configuration. SE006
CE054 NASA awarded Relativity a $3.0 million VCLS Demo 2 contract in December 2020, which is a real but small government launch procurement anchor from the Terran 1 era. SE023
CE055 Relativity's updates page shows a regular cadence of Terran R company updates through at least April 2026, which improves freshness visibility but does not by itself validate readiness. SE029, SE010, SE011
CE056 Relativity distributed a February 2026 Terran R program update through its official YouTube presence in addition to written releases, reinforcing that the company is narrating progress month by month. SE029, SE030, SE031
CE057 VoxelMatters independently framed additive manufacturing as still a key enabling technology for Terran R after the hybrid shift, corroborating that outside observers see adaptation rather than abandonment of additive methods. SE028, SE002
CU001 OneWeb signed a multi-year, multi-launch agreement with Relativity in June 2022 to launch Gen 2 satellites on Terran R starting in 2025. SU001, SU002, SU003
CU002 Relativity said the OneWeb agreement made OneWeb the fifth signed Terran R customer and brought aggregate Terran R backlog to more than $1.2 billion. SU001, SU003, SU004
CU003 TechCrunch reported that the OneWeb agreement covered a number of launches in the double-digits, but official materials did not disclose the exact launch count or contract value. SU001, SU003
CU004 OneWeb's need for additional launch capacity was not purely a post-Soyuz emergency because Relativity's CEO said talks with OneWeb had begun before the Russia-Ukraine conflict erupted. SU003
CU005 Intelsat signed a multi-year, multi-launch Terran R agreement in October 2023 with launches expected as early as 2026. SU005, SU006, SU007
CU006 Relativity said the Intelsat agreement lifted Terran R backlog to more than $1.8 billion across nine signed customers. SU005, SU006
CU007 Intelsat's public statement framed reliability, efficiency, and flexibility as the baseline expectations from its launch providers. SU005, SU006
CU008 Intelsat's public deal materials did not disclose the number of launches or the value of the launch contract. SU006, SU007
CU009 SES and Relativity announced an extended multi-year, multi-launch agreement in November 2025 that included previously unannounced SES launches. SU008, SU009, SU010
CU010 SES-related public sources did not disclose the number of launches, the timeframe for those missions, or the value of the expanded agreement. SU010, SU011
CU011 SES explicitly described Terran R as a reusable medium-to-heavy launcher suited to bringing selected GEO or MEO satellites to final orbit and to supporting SES's multi-orbit resilience strategy. SU009, SU010
CU012 Because SES completed its acquisition of Intelsat in July 2025, the chapter's two named telecom operators now sit inside one combined corporate group. SU010, SU011
CU013 Iridium's 2020 contract with Relativity covered up to six dedicated Terran 1 launches for ground-spare satellites on an as-needed basis. SU012
CU014 In April 2023, Relativity's Terran R repositioning included supportive public comments from Iridium's CEO that Terran R was better aligned with future launch requirements. SU013, SU027, SU030
CU015 No public source in the retained pack shows an Iridium mission actually flew on Terran 1 or that Iridium later announced a Terran R rebooking. SU012, SU013, SU025
CU016 NASA awarded Relativity a $3.0 million fixed-price VCLS Demo 2 launch contract in December 2020. SU014
CU017 NASA said VCLS Demo 2 was designed to demonstrate new launch capability for small satellites under a higher risk tolerance than larger missions. SU014
CU018 Relativity's OSP-4 on-ramp status means the company is eligible to compete for future Space Force launch task orders rather than being guaranteed mission revenue. SU015, SU016
CU019 OSP-4 supports payloads above 400 pounds, aims for launch within 12 to 24 months of task-order award, and carries a $986 million ceiling through October 2028. SU015, SU016
CU020 SatNews reported that there were 10 launch providers on OSP-4 in March 2024 and that Relativity was already one of them. SU016
CU021 USAspending records an April 4, 2024 contract award of $8,765,978 to Relativity for real-time flaw detection in large-format additive manufacturing. SU017, SU018
CU022 The AFRL additive-manufacturing award validates defense demand for Relativity's technical manufacturing capability rather than Terran R launch service. SU017, SU018
CU023 OneWeb Technologies announced a 10-year U.S. Space Force p-LEO contract with a $900 million ceiling, showing that government demand exists for the kind of LEO connectivity market OneWeb serves. SU019
CU024 Military+Aerospace reported that Iridium's 2025 SITH contract is worth up to $85.8 million and supports mission-critical military communications infrastructure. SU020
CU025 National Defense Magazine reported that the Defense Department raised the PLEO ceiling from $900 million to $13 billion after awarding roughly $660 million of task orders, indicating stronger-than-expected demand for commercial satellite services. SU022
CU026 Space Systems Command's Commercial Space Office said launch services were among the commercial mission areas it was expanding to support warfighter capability needs. SU021
CU027 Relativity's April 2023 Terran R reset said it had more than $1.65 billion in launch service agreements across seven customers. SU013, SU030
CU028 Relativity's March 2025 company update said backlog exceeded $2.9 billion across more than a dozen customers. SU023
CU029 Relativity's current about page markets the company as having $3 billion-plus in pre-sold launch contracts and over a dozen customers. SU024
CU030 Relativity's May 2026 company update described continued Terran R hardware, test, and pad progress but did not report a completed customer launch or first-flight outcome. SU025
CU031 SpaceNews reported in March 2024 that Terran R would not fly until 2026 at the earliest, which kept Relativity out of the first NSSL Phase 3 award round. SU026
CU032 SpaceNews also said a new entrant cannot receive an actual NSSL contract until after it launches its first mission. SU026
CU033 As of 2026-05-22, no public source in the retained chapter pack shows any customer has yet flown on Terran R. SU009, SU025, SU026
CU034 Terran 1's only 2023 flight reached stage separation and space but failed to reach orbit because the second-stage engine did not reach full thrust. SU027, SU029
CU035 Relativity cancelled Terran 1 in April 2023 and redirected the company toward bringing Terran R into commercial service in 2026. SU027, SU028
CU036 Terran 1's retirement removed the only vehicle tied to Iridium's original contract and turned customer trust into a wait-for-Terran-R proposition. SU012, SU027, SU029
CU037 OneWeb, Intelsat, and SES together prove that both constellation operators and telecom fleet operators were willing to reserve future Terran R capacity, but they do not prove delivered launch performance. SU001, SU005, SU009
CU038 SES's 2025 expansion is the clearest public durability signal because it added previously unannounced launches after the earlier Intelsat deal and after the Terran 1 reset. SU009, SU010, SU011
CU039 TechCrunch reported that Eric Schmidt took control after making a significant investment while the company had faced cash shortages in 2024, highlighting business stress that customers still had to underwrite. SU028
CU040 Public sources do not disclose customer-level backlog concentration, deposit schedules, milestone payments, or cancellation protections across the major telecom agreements. SU003, SU006, SU010
CU041 Public sources do not disclose whether any customer backlog attrited or was renegotiated after Terran 1 was cancelled. SU027, SU028, SU029
CU042 The chapter's customer base breaks into four monetizable groups: constellation operators, GEO/MEO telecom operators, civil and national-security launch buyers, and government manufacturing or communications buyers. SU014, SU019, SU021, SU023
CU043 Government awards and demand programs validate market relevance, but the disclosed hard-dollar government awards are much smaller than the headline commercial backlog. SU014, SU017, SU023
CU044 The strongest current customer thesis is diversified demand for additional launch supply in a capacity-constrained market, while the weakest link is still execution credibility until Terran R flies. SU003, SU013, SU026
CU045 The publicly named commercial Terran R relationships are concentrated in satellite-network operators rather than a broad mix of unrelated verticals. SU001, SU005, SU009
CU046 Official sources for OneWeb, Intelsat, and SES all stop short of exact launch tallies, so the public record cannot convert named agreements into a precise annual Terran R cadence model. SU001, SU005, SU009
CU047 Public expansion evidence exists at the agreement level, but there is still no public repeat-flight, retention-rate, or satisfaction metric for any Terran R customer. SU009, SU014, SU025
CU048 Although Relativity says it has more than a dozen customers, the public evidence pack names only a small subset: OneWeb, Intelsat, SES, Iridium legacy, NASA, U.S. Space Force, and AFRL. SU001, SU005, SU009, SU023, SU024
CU049 The value proposition customers appear to be buying is diversified medium-to-heavy launch capacity sized for constellation batches, single GEO or MEO satellites, and responsive government missions rather than proven Terran R flight heritage. SU011, SU013, SU021
CR001 Terran 1 completed stage separation but suffered a second-stage anomaly that prevented orbit. SR004
CR002 Relativity retired Terran 1 and pivoted fully to Terran R in April 2023. SR003, SR015
CR003 No public root-cause or corrective-action package appears in the reviewed source set for the Terran 1 second-stage failure as of 2026-05-22. SR004, SR015
CR004 Relativity said vehicle-level CDR finished in December 2024 and first-flight production had begun by March 2025. SR014
CR005 NASASpaceFlight reported Aeon R had moved into qualification testing by June 2025. SR005
CR006 Relativity said all first-stage Aeon R engines for flight one had been manufactured, assembled, and shipped by May 2026. SR016
CR007 Relativity said stage-one qualification article welding was complete and structural qualification testing was the next step by May 2026. SR016
CR008 The reviewed progress disclosures still do not show a Terran R integrated stage hot-fire, orbital launch, booster recovery, or reflight. SR005, SR014, SR016
CR009 Satellite Today reported Terran R's revised architecture targeted 33,500 kilograms to LEO in expendable mode and major parts designed for 20 reuses. SR003
CR010 Relativity said Terran R uses friction-stir-welded aluminum primary structures alongside additively manufactured engines. SR014
CR011 Hybrid manufacturing lowers purity of the original all-printed thesis but adds extra weld, machining, inspection, and supplier interfaces that must scale together. SR014
CR012 Terran R's cost thesis depends on first-stage reuse, yet no public source in the reviewed pack gives refurbishment time, repeatability, or landed-booster evidence. SR003, SR014, SR016
CR013 SpaceNews reported Relativity paused its initial NSSL Phase 3 bid because Terran R would not fly until 2026 at the earliest. SR002
CR014 SpaceNews reported new entrants needed to be ready to fly 12 months from proposal submission to join the first NSSL pool. SR002
CR015 Space Systems Command said Rocket Lab and Stoke would only become eligible for Lane 1 task orders after their first successful launches. SR024, SR025
CR016 CRS said NSSL flight-worthiness certification includes flight demonstrations, major subsystem reviews, and payload interface verification. SR026
CR017 Spaceflight Now said Lane 2 demands more mission assurance, harder orbits, dual-range access, and vertical integration than Lane 1. SR006
CR018 Spaceflight Now reported the Space Force spread about $13.7 billion of Lane 2 Phase 3 business across 54 launches for Blue Origin, SpaceX, and ULA. SR006
CR019 GAO said Lane 1 serves a subset of launch needs while Lane 2 is reserved for providers that meet all requirements for critical payloads. SR025
CR020 FAA's licenses page says vehicle operator licenses run under Part 450 for new applications. SR020
CR021 FAA's spaceport-license page says launch-site operator licenses are separate from vehicle operator licenses. SR032
CR022 FAA's licenses page says launch or reentry license holders must show financial responsibility for mishap damages. SR020
CR023 FAA's NEPA page lists FAA's 2021 adoption of the Terran 1 EA and FONSI at Cape Canaveral. SR021
CR024 FAA's Terran 1 FONSI said Relativity planned up to 12 launches per year from LC-16. SR022
CR025 Patrick Space Force Base's 2020 EA assumed up to 12 Terran 1 launches per year and discussed industrial wastewater permitting at LC-16. SR023
CR026 The public regulatory packet reviewed for this chapter is Terran 1-era and does not disclose a Terran R-specific vehicle operator license or equivalent environmental package. SR020, SR021, SR022, SR023, SR032
CR027 SpaceNews said even an on-ramped new entrant cannot receive an actual Lane 1 contract until after its first mission. SR002
CR028 GAO and CRS said rising launch cadence has strained federal ranges and payload-processing capacity. SR025, SR026
CR029 TechCrunch reported Schmidt made a significant investment, took a controlling stake, and became CEO in March 2025. SR001
CR030 TechCrunch reported Relativity faced cash shortages in 2024 and struggled to raise additional funding before Schmidt's entry. SR001
CR031 TSG Invest repeated low-confidence claims that Relativity had burned through more than $1 billion and that Schmidt's investment may have approached $800 million. SR017
CR032 Yahoo Finance and Forge showed a June 2025 estimated valuation of $3.96 billion with a Nov. 14, 2023 latest funding date and a $1.05 billion latest raise. SR019
CR033 Access IPO said early-2025 private valuations were closer to $3 billion and described a 72-to-1 reverse split, but the site does not provide audited support. SR018
CR034 The private-market sources conflict materially, so valuation and dilution risk is directionally adverse but not underwritable from public pages alone. SR017, SR018, SR019
CR035 Relativity's March 2025 update said Terran R backlog exceeded $2.9 billion across more than a dozen customers. SR014
CR036 TechCrunch said Terran R had nearly $3 billion in launch contracts when Schmidt took over. SR001
CR037 SES said its 2025 expansion added previously unannounced Terran R launches and still targeted first launch in late 2026. SR028
CR038 Relativity's 2023 Intelsat release said backlog had reached $1.8 billion across nine signed Terran R customers, with Intelsat launches expected as early as 2026. SR030
CR039 TechCrunch's 2022 OneWeb coverage said total binding Terran R agreements exceeded $1.2 billion before Relativity had sent its first rocket to orbit, and the named OneWeb deal involved double-digit launches. SR031
CR040 Public customer announcements still omit exact launch counts for most contracts, deposit schedules, cancellation rights, slip remedies, and customer concentration. SR028, SR029, SR030, SR031
CR041 Backlog convertibility therefore depends more on schedule credibility than on demonstrated Terran R mission performance. SR001, SR028, SR029, SR030, SR031
CR042 Aerospace America said Falcon 9 launched 165 times in 2025, six times more than all other U.S. providers combined. SR007
CR043 SpaceX's launches-page stats API showed 652 total launches, 613 landings, and 575 reflights as of access date. SR010
CR044 Rocket Lab's Neutron page said Stage 2 qualification was complete and Neutron targeted 13,000 kilograms to LEO. SR008
CR045 ULA's Vulcan page markets the rocket as designed for national-security, civil, and commercial missions with high reliability and precision. SR011
CR046 The market window Relativity is targeting already has a flown incumbent and at least two credible alternatives pursuing the same medium-to-heavy demand pool. SR007, SR008, SR010, SR011
CR047 Competitive pressure can force either lower launch pricing or more customer-friendly contract terms before Terran R proves reliability. SR007, SR028, SR029, SR030, SR031
CR048 NASA's VCLS Demo 2 award to Relativity was $3.0 million and tied to the Terran 1 era. SR013
CR049 USAspending shows an $8,765,978 AFRL award for additive-manufacturing research rather than launch services. SR012
CR050 Small government awards anchor technical credibility but do not bridge to recurring Terran R launch economics or NSSL-scale revenue. SR012, SR013
CR051 Justia's patent index shows Relativity holds additive-manufacturing and defect-detection patents. SR027
CR052 SpaceNews said Relativity has shifted attention toward Horizon Manufacturing Technologies and other adjacent initiatives while Terran R remains pre-flight. SR029
CR053 The patent footprint and adjacent ventures can support optionality, but splitting management attention between launch execution and commercialization increases strategic-drift risk. SR027, SR029
CR054 The reviewed public record still lacks disclosed cash balance, disclosed contract-remedy terms, and mission-assurance statistics needed to translate milestones into margin and attrition assumptions. SR001, SR016, SR020, SR028, SR029
CR055 The clearest kill criteria are a first-flight slip beyond late 2026 or early 2027, no post-flight route into Lane 1 procurement, evidence of customer rebooking, and any need for new capital before reusable-flight proof. SR001, SR002, SR014, SR016, SR028, SR029
CV001 Relativity officially announced a $650 million Series E financing on 2021-06-08. SV001
CV002 Relativity said the Series E proceeds were meant to scale Terran R production and infrastructure. SV001
CV003 CNBC reported that Relativity had raised $1.34 billion cumulatively by the 2021 Series E. SV002
CV004 CNBC reported that the 2021 Series E valued Relativity Space at $4.2 billion post-money. SV002
CV005 Relativity's March 2025 Terran R update said backlog exceeded $2.9 billion across more than a dozen customers. SV003
CV006 Relativity's March 2025 update kept late 2026 as the target for the first Terran R launch. SV003
CV007 Relativity said in March 2025 that it was using hybrid manufacturing to accelerate Terran R to market. SV003
CV008 SpaceNews reported that the expanded SES agreement disclosed no launch count, timeframe, or contract value. SV005
CV009 SES said its expanded 2025 agreement with Relativity included previously unannounced launches and still pointed to a late-2026 debut. SV006
CV010 Yahoo/Forge displayed an estimated Relativity valuation of $3.96 billion as of 2025-06-05. SV007
CV011 Yahoo/Forge displayed a November 2023 Series F entry for Relativity showing $1.05 billion raised at a $5.86 billion post-money valuation. SV007
CV012 Yahoo/Forge states that its Forge Price is informational only and may rely on limited data rather than executable market depth. SV007
CV013 GetLatka says Relativity reached $181.5 million of revenue in December 2024. SV008
CV014 GetLatka also presents a lower $150 million 2024 revenue datapoint and labels its company figures as company-reported or GetLatka-estimated. SV008
CV015 GetLatka lists Relativity headcount at roughly 1.6 thousand people in late 2025. SV008
CV016 TechCrunch confirmed that Eric Schmidt made a significant investment and took a controlling stake in Relativity in March 2025. SV004
CV017 TechCrunch reported that Relativity faced cash shortages in 2024 and struggled to raise additional funding. SV004
CV018 Access IPO claims that Relativity conducted a 72-for-1 reverse stock split before Schmidt's control purchase. SV010
CV019 Access IPO says a late-2023 Series F set Relativity's valuation at about $6 billion. SV010
CV020 Access IPO says private valuations in the first quarter of 2025 were closer to $3 billion. SV010
CV021 TSG Invest says Bloomberg had reported that Relativity was running low on cash in late 2024. SV009
CV022 TSG Invest says Bloomberg had reported that Relativity had burned through more than $1 billion. SV009
CV023 TSG Invest says Schmidt's investment reportedly approached $800 million. SV009
CV024 NASA awarded Relativity a $3.0 million fixed-price VCLS Demo 2 contract in December 2020. SV012
CV025 USAspending shows an AFRL additive-manufacturing award to Relativity valued at $8,765,978. SV011
CV026 Satellite Evolution says OSP-4 has a $986 million ceiling, more than $190 million awarded to date, and serves as a complement to NSSL rather than booked company revenue. SV021
CV027 Spaceflight Now reported that NSSL Phase 3 Lane 2 allocated about 54 missions across SpaceX, ULA, and Blue Origin for fiscal years 2027 through 2032. SV013
CV028 Spaceflight Now reported that Rocket Lab and Stoke had only recently been on-ramped to Lane 1 while SpaceX had already secured the first Lane 1 task order. SV013
CV029 Rocket Lab said Neutron is a reusable 13-ton medium-lift vehicle selected to compete for the $5.6 billion NSSL Lane 1 pool and backed by a $5 million assessment task order. SV014
CV030 Rocket Lab disclosed two dedicated Neutron constellation missions beginning in mid-2026. SV015
CV031 Rocket Lab's Neutron product page says the vehicle is designed for 13,000 kilograms to LEO and repeated reuse. SV016
CV032 AIAA wrote that Neutron is being positioned as a Falcon 9 alternative for megaconstellation demand and that Falcon 9 launched 165 times in 2025. SV017
CV033 ULA's Vulcan page advertises up to 27,200 kilograms to LEO in its highest-booster configuration and emphasizes national-security positioning. SV018
CV034 SpaceX's Falcon 9 stats API reports 638 launches, 592 landings, and 557 reflights. SV022
CV035 SpaceX's launches-page stats API reports 652 launches, 613 landings, and 575 reflights across the portfolio. SV023
CV036 SpaceX's Falcon Heavy stats API reports 12 launches, 21 landings, and 18 reflights. SV024
CV037 The World Economic Forum and McKinsey project that the global space economy could reach $1.8 trillion by 2035 from $630 billion in 2023. SV019
CV038 Space Foundation said the global space economy reached $613 billion in 2024 and that 149 launches occurred in the first half of 2025, with SpaceX accounting for more than half. SV020
CV039 Eutelsat's order for 340 additional OneWeb satellites shows that constellation replacement demand remains real and time-sensitive. SV025
CV040 Relativity's official about and careers pages still market more than $3 billion of pre-sold contracts, roughly 2,000 employees, and ongoing Terran R-focused hiring. SV026, SV030
CV041 The cleanest valuation anchor is still the 2021 $4.2 billion post-money financing because later private signals are model-derived, promotional, or missing transaction terms. SV001, SV002, SV007, SV010
CV042 Relativity backlog deserves a haircut versus ARR or recognized revenue because public sources do not disclose deposits, milestone timing, cancellation rights, or realized launch cadence. SV003, SV005, SV006, SV011, SV012, SV021
CV043 A valuation above the 2021 benchmark only works if late-2026 first flight occurs, backlog remains sticky, and launch activity starts to convert into transparent revenue without a punitive recap. SV003, SV004, SV005, SV009, SV025
CV044 The current public evidence best supports a base-case valuation band around roughly $3.0 billion to $4.2 billion rather than a clean premium to 2021. SV002, SV007, SV010
CV045 A bear-case value materially below the low-$3 billion signals becomes plausible if Terran R slips again or another dilutive financing arrives before regular service. SV004, SV009, SV010, SV013, SV017
CV046 Given the present evidence set, the appropriate stance is Track / Research More rather than Buy. SV003, SV007, SV010, SV013, SV022, SV023
CV047 The most material remaining diligence asks are audited revenue recognition, launch contract economics, cap-table dilution, and actual secondary transaction evidence. SV007, SV010, SV011, SV012
来源
编号出版方标题引文
SO001 Relativity Space About Since 2016, we've grown into a team of 2,000 experts... 5 locations... $3B+ in pre-sold launch contracts.
SO002 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We've completed vehicle-level critical design review and begun flight production.
SO003 Relativity Space Relativity Space and Intelsat Sign Multi-Launch Agreement for Terran R Relativity has a total of nine signed customers for Terran R... totaling more than $1.8 billion in backlog.
SO004 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket Terran R will prioritize first stage reusability, with the capability of launching 23,500kg to LEO or 5,500kg to GTO.
SO005 Relativity Space Relativity and OneWeb Sign Multi-Launch Agreement for Terran R Relativity has a total of five signed customers for Terran R... totaling more than $1.2B in backlog.
SO006 Relativity Space Relativity Announces New 1M+ Sq. Ft. Factory Headquarters in Long Beach, CA Relativity Headquarters will have capacity for 2,000+ employees.
SO007 Relativity Space Relativity Space Raises $650M to Scale Terran R Production Relativity Space... closed a $650 million Series E equity funding round.
SO008 Relativity Space Iridium Selects Relativity Space as On-Demand Single Satellite Launch Partner The contract includes flexible timing for up to six dedicated launches.
SO009 TechCrunch Eric Schmidt joins Relativity Space as CEO Schmidt told employees he made a significant investment and had taken a controlling stake in the company.
SO010 CNBC Relativity Space raises $650 million from Fidelity and others to build 3D-printed SpaceX competitor Relativity has now raised $1.34 billion in capital... with its valuation climbing to $4.2 billion.
SO011 SpaceNews Relativity Space Shares Updated Go-to-Market Approach for Terran R
SO012 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut Terran R won't fly until 2026 at the earliest, which falls outside the timeframe for this year's NSSL Phase 3 awards.
SO013 SpaceNews SES expands launch contract with Relativity Space Relativity Space has completed a critical design review of its Terran R rocket as it works towards a first launch as soon as late 2026.
SO014 Satellite Today Relativity Space Shifts Focus to Accelerate Terran R Rocket Relativity Space is shifting its focus away from the recently tested Terran 1 rocket, to accelerate the Terran R rocket to commercial service.
SO015 NASASpaceFlight Relativity Space accelerates production and testing of first Terran R With an annual flight goal of 50-100 flights per year, Relativity is relying heavily on the rocket’s reusable nature.
SO016 Yahoo Finance / Forge Relativity Space (RESP.PVT) Valuation, History & News - Yahoo Finance Forge Price is a derived data point... may rely on limited data.
SO017 GetLatka Relativity Space Revenue 2024: $181.5M ARR, $4.2B Valuation Revenue, funding, team, and customer figures are presented as company-reported or GetLatka-estimated metrics.
SO018 TSG Invest Relativity Space Stock: $4.2B Valuation — A Buy?
SO019 Access IPOs Relativity Space Stock: Will the Company Launch an IPO? Eric Schmidt purchased a controlling interest (50% or more) in the company in early 2025.
SO020 USAspending.gov CONTRACT to RELATIVITY SPACE, INC. | USAspending REAL TIME FLAW DETECTION IN LARGE FORMAT ADDITIVE ...
SO021 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R The expanded agreement includes previously unannounced SES launches.
SO022 GeekWire Relativity Space launches 3D-printed Terran 1 rocket but falls short of orbit The first stage’s main-engine cutoff and stage separation appeared to go according to plan. But the second stage suffered an anomaly.
SO023 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract Relativity Space Inc. of Long Beach, California: $3.0 million
SO024 Relativity Space March 2026 Company Update March brought continued progress across the Terran R program, with key milestones across design, manufacturing, testing, and launch preparations.
SO025 Relativity Space April 2026 Company Update April brought continued momentum across the Terran R program, with progress advancing across design, build, test, and launch.
SM001 World Economic Forum / McKinsey & Company Space: The $1.8 Trillion Opportunity for Global Economic Growth The global space economy is forecast to reach $1.8 trillion by 2035, up from $630 billion in 2023.
SM002 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 reached an unprecedented $613 billion in 2024, and the commercial sector accounted for 78% of the total.
SM003 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket Satellite constellations represent the largest part of the growing launch market with a total addressable market of over $30B/year by 2030.
SM004 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut A new entrant, even after being on-ramped, cannot get an actual contract until after it launches its first mission.
SM005 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA The Space Force anticipates awarding 54 launches across the five order years, with SpaceX receiving about 60 percent of the missions.
SM006 Business Wire / Rocket Lab Rocket Lab’s Neutron Rocket On-Ramped to U.S. Space Force’s $5.6b National Security Space Launch (NSSL) program The program plans to award a minimum of 30 missions within its contracting period through to 2029, with the potential for an extension through to 2034.
SM007 Rocket Lab Neutron | Rocket Lab Designed for mega constellation deployment, deep space missions, and human spaceflight.
SM008 United Launch Alliance Vulcan Vulcan’s Centaur V upper stage offers flexibility and extreme endurance enabling the most complex orbital insertions to the most challenging and exotic orbits.
SM009 Aerospace America / AIAA Rocket Lab’s next step SpaceX’s Falcon 9 launched a whopping 165 times in 2025 — six times more than all the other U.S. providers combined.
SM010 OneWeb Technologies / PR Newswire OneWeb Technologies Awarded U.S. Space Force Contract for Commercial Satellite Communications Proliferated Low Earth Orbit (p-LEO) The 10-year p-LEO contract was awarded to OneWeb Technologies with a $900 million dollar ceiling.
SM011 Iridium Satellite Communications Iridium Awarded 5-Year System Infrastructure Transformation and Hybridization Contract Worth Up to $85.8 Million Iridium has been awarded a 5-year indefinite delivery/indefinite quantity contract ... with a potential value of up to $85.8 million.
SM012 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R Deepening our collaboration with Relativity Space and Terran R demonstrates that commitment — pairing reusable, medium to heavy lift capability with SES’s multi-orbit vision.
SM013 Relativity Space / Intelsat Relativity Space and Intelsat Sign Multi-Launch Agreement for Terran R Under the agreement, Relativity will launch Intelsat satellites on Terran R as early as 2026.
SM014 Relativity Space / OneWeb Relativity and OneWeb Sign Multi-Launch Agreement for Terran R These launches will support OneWeb’s deployment of its Gen 2 satellite network.
SM015 Relativity Space / Iridium Iridium Selects Relativity Space as On-Demand Single Satellite Launch Partner The contract includes flexible timing for up to six dedicated launches to deploy Iridium’s ground spare satellites to low Earth orbit.
SM016 SpaceNews SES expands launch contract with Relativity Space The companies did not disclose the number of launches, the timeframe for those missions or the value of the deal.
SM017 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract - NASA SmallSats ... provide a low-cost platform for NASA missions, and NASA anticipates it will require such launch capability on a recurring basis.
SM018 Relativity Space / U.S. Space Force Relativity Space Awarded U.S. Space Force Orbital Services Program (OSP)-4 Contract On Ramp OSP-4 allows for the rapid acquisition of launch services ... enabling launch to any orbit within 12-24 months from task order award.
SM019 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We have all the elements to make Terran R a commercially competitive launch vehicle ... a backlog of over $2.9 billion.
SM020 NASASpaceFlight Relativity Space accelerates production and testing of first Terran R With an annual flight goal of 50-100 flights per year, Relativity is relying heavily on the rocket’s reusable nature to enable regular flights and lower costs.
SM021 Relativity Space April 2026 Company Update Key hardware and integration milestones continue to progress, advancing Terran R through critical phases of development on the path to first launch.
SM022 Rocket Lab Rocket Lab Signs Multi-Launch Contract for Neutron with Confidential Commercial Satellite Constellation Operator Constellation companies and government satellite operators are desperate for a break in the launch monopoly.
SM023 Military+Aerospace Electronics Iridium wins five-year Space Force contract for EMSS infrastructure upgrades Iridium’s low-Earth-orbit satellite network supports voice and data services for military users and the company is also supporting the ground operations segment for Tranche 1 of the Proliferated Warfighter Space Architecture.
SM024 Satellite Today Relativity Space Shifts Focus to Accelerate Terran R Rocket Relativity Space is shifting its focus ... to accelerate the Terran R rocket to commercial service, which the company says will meet significant and growing market demand.
SM025 Satellite Today SES Signs On for Multiple Terran R Launches with Relativity Space Financial terms of the deal were not disclosed.
SP001 Relativity Space February 2026 Company Update
SP002 Relativity Space January 2026 Company Update
SP003 Relativity Space December 2025 Company Update
SP004 Relativity Space November 2025 Company Update
SP005 Relativity Space SES, Relativity Space Expand Multi-Launch Agreement for Terran R
SP006 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket Terran R will prioritize first stage reusability, with the capability of launching 23,500kg to Low Earth Orbit (LEO) ... or up to a maximum payload of 33,500kg to LEO in expendable configuration.
SP007 Relativity Space Built for next generation satellite launches and multiplanetary transportation, Terran R ushers in a new class of reusable launch vehicles
SP008 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut A new entrant, even after being on-ramped, can’t get an actual contract until after it launches its first mission.
SP009 SpaceNews SES expands launch contract with Relativity Space
SP010 Satellite Today Relativity Space shifts focus to accelerate Terran R rocket
SP011 Satellite Today SES Signs On for Multiple Terran R Launches with Relativity Space
SP012 NASASpaceflight Relativity Space accelerates production and testing of first Terran R Block 1 of Terran R, the first version of the vehicle, is designed to teach Relativity how to successfully and efficiently recover the first stage before Block 2 ultimately takes over.
SP013 Rocket Lab / BusinessWire Rocket Lab’s Neutron Rocket On-Ramped to U.S. Space Force’s $5.6b National Security Space Launch (NSSL) program
SP014 Rocket Lab Rocket Lab signs multi-launch contract for Neutron with confidential commercial satellite constellation operator
SP015 Rocket Lab Neutron 13,000 Kilograms To LEO
SP016 Aerospace America Rocket Lab’s next step Rocket Lab is positioning Neutron as an alternative to the Falcon 9, which launched a whopping 165 times in 2025 — six times more than all the other U.S. providers combined.
SP017 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA
SP018 United Launch Alliance Vulcan Centaur
SP019 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R
SP020 Blue Origin New Glenn
SP021 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract
SP022 SpaceX Falcon 9 stats API
SP023 SpaceX Launches page stats API
SP024 GeekWire Relativity Space launches Terran 1 rocket on first test mission, but falls short of full success
SP025 Military+Aerospace Electronics Iridium wins five-year Space Force contract for EMSS infrastructure upgrades
SI001 Relativity Space Relativity Space Raises $650M to Scale Terran R Production Relativity Space ... announced it closed a $650 million Series E equity funding round.
SI002 CNBC Relativity Space raises $650 million from Fidelity and others to build 3D-printed SpaceX competitor Relativity has now raised $1.34 billion in capital since its founding in 2015, with its valuation climbing to $4.2 billion from $2.3 billion in November.
SI003 TechCrunch Eric Schmidt joins Relativity Space as CEO The Long Beach-based rocket company reportedly faced cash shortages in 2024 and struggled to raise additional funding, Bloomberg previously reported.
SI004 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We have all the elements to make Terran R a commercially competitive launch vehicle ... strong financial footing, a backlog of over $2.9 billion.
SI005 SpaceNews SES expands launch contract with Relativity Space The companies did not disclose the number of launches, the timeframe for those missions or the value of the deal.
SI006 Yahoo Finance / Forge Relativity Space (RESP.PVT) Valuation, History & News - Yahoo Finance Forge Price is not a quotation, and does not indicate available supply or demand, is solely for informational purposes, and may rely on limited data.
SI007 GetLatka Relativity Space Revenue 2024: $181.5M ARR, $4.2B Valuation Source: all data was collected from GetLatka company research and founder interviews. Revenue, funding, team, and customer figures are presented as company-reported or GetLatka-estimated metrics where the profile data identifies them that way.
SI008 TSG Invest Relativity Space Stock: $4.2B Valuation — A Buy? Bloomberg reported in late 2024 that Relativity was running low on cash and had burned through more than $1 billion without fully realizing its original 3D-printing vision.
SI009 Access IPOs Relativity Space Stock: Will the Company Launch an IPO? Eric Schmidt’s January 2025 investment amount and valuation level is not public. Private valuations indicate the Q1 2025 is closer to $3 billion.
SI010 USAspending.gov CONTRACT to RELATIVITY SPACE, INC. | USAspending 04/04/2024 $8,765,978 REAL TIME FLAW DETECTION IN LARGE FORMAT ADDITIVE ...
SI011 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract Relativity Space Inc. of Long Beach, California: $3.0 million
SI012 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R The expanded agreement includes previously unannounced SES launches.
SI013 Relativity Space Relativity Space and Intelsat Sign Multi-Launch Agreement for Terran R Relativity has a total of nine signed customers for Terran R ... totaling more than $1.8 billion in backlog.
SI014 Relativity Space Relativity and OneWeb Sign Multi-Launch Agreement for Terran R Relativity has a total of five signed customers for Terran R ... totaling more than $1.2B in backlog.
SI015 Relativity Space Relativity Space Awarded U.S. Space Force Orbital Services Program (OSP)-4 Contract On Ramp U.S. Space Force expects to procure approximately 20 missions, with a $986M ceiling value over the nine-year ordering period.
SI016 Via Satellite SES Signs On for Multiple Terran R Launches with Relativity Space Financial terms of the deal were not disclosed.
SI017 CNBC Relativity Space adds $500 million to war chest for scaling production of 3D-printed rockets We’re excited to announce a $500 million Series D funding round at a valuation above $2 billion from top tier blue chip investors.
SI018 CNBC Make It How an ex-Blue Origin intern got a $500,000 check from Mark Cuban to build a major SpaceX rival Ellis and his co-founder Jordan Noone ... have raised more than $1.3 billion ... That money has given Relativity Space a valuation of $4.2 billion.
SI019 CNBC Relativity Space: 2024 CNBC Disruptor 50 Funding: $1.3 billion Valuation: $4.2 billion
SI020 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.
SI021 Relativity Space Relativity Space Maps Path to Terran R Production at Scale With Unveil of Stargate 4th Generation Metal 3D Printers To date, Relativity has secured five customers across $1.2B+ in customer contracts for Terran R.
SI022 KPMG Private Enterprise Venture Pulse Q4'23 8. Relativity — $1.05B, Long Beach, US — Aerospace & defense — Series F
SI023 SpaceNews Relativity Space wins $8.7 million U.S. Air Force contract for additive manufacturing research Relativity Space ... has secured an $8.7 million contract with the U.S. Air Force Research Laboratory (AFRL) to explore real-time flaw detection in additive manufacturing.
SI024 Relativity Space / Horizon Manufacturing Technologies Horizon Established as a stand-alone business unit to accelerate innovation, Horizon is pushing the boundaries of advanced manufacturing for aerospace and beyond.
SI025 Space Foundation The Space Report 2025 Q2 Highlights Record $613 Billion Global Space Economy for 2024 The global space economy reached an unprecedented $613 billion in 2024, and the commercial sector accounted for 78% of the total.
SI026 World Economic Forum / McKinsey & Company Space: The 1.8 Trillion Opportunity for Global Economic Growth The space economy is forecast to reach $1.8 trillion by 2035, up from $630 billion in 2023.
SE001 Relativity Space About Since 2016, we've grown into a team of 2,000 experts ... 5 locations ... $3B+ in pre-sold launch contracts.
SE002 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We've completed vehicle-level critical design review and begun flight production.
SE003 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket Terran R will prioritize first stage reusability, with the capability of launching 23,500kg to LEO or 5,500kg to GTO.
SE004 Relativity Space Relativity Unveils Its Plans for Terran R, the First Fully Reusable, Entirely 3D-Printed Rocket Terran R will be fully reusable and entirely 3D-printed.
SE005 Relativity Space Relativity Announces New 1M+ Sq. Ft. Factory Headquarters in Long Beach, CA Relativity Headquarters will have capacity for 2,000+ employees ... as well as dozens of the company's proprietary Stargate 3D printers.
SE006 Relativity Space November 2025 Company Update
SE007 Relativity Space December 2025 Company Update
SE008 Relativity Space January 2026 Company Update
SE009 Relativity Space February 2026 Company Update
SE010 Relativity Space March 2026 Company Update
SE011 Relativity Space April 2026 Company Update
SE012 Relativity Space Terran 1 Key engineering learnings from the Terran 1 program ... are directly relevant to the Terran R vehicle.
SE013 Relativity Space Locations Relativity is renovating the historic A2 test stand for stage testing of Terran R ... from 650,000 lbs. to over 3.3 million lbs. of thrust.
SE014 Relativity Space Careers Meet the Propulsion Materials & Process Team ... Meet the Factory Test Team ... Meet the Stennis Propulsion Team.
SE015 Relativity Space / Horizon Manufacturing Technologies Horizon Horizon Manufacturing Technologies is revolutionizing how complex hardware is manufactured through our AI-enabled autonomous robotic platform, Stargate.
SE016 SpaceNews Relativity Space Shares Updated Go-to-Market Approach for Terran R
SE017 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut Terran R won't fly until 2026 at the earliest, which falls outside the timeframe for this year's NSSL Phase 3 awards.
SE018 SpaceNews SES expands launch contract with Relativity Space The company is still pursuing 3D-printing technologies but has shifted focus.
SE019 NASASpaceflight Relativity Space accelerates production and testing of first Terran R Block 1 of Terran R, the first version of the vehicle, is designed to teach Relativity how to successfully and efficiently recover the first stage before Block 2 ultimately takes over.
SE020 Satellite Today Relativity Space Shifts Focus to Accelerate Terran R Rocket The stage 2 engine did not reach full thrust.
SE021 GeekWire Relativity Space launches Terran 1 rocket on first test mission, but falls short of full success The first stage's main-engine cutoff and stage separation appeared to go according to plan, but the second stage suffered an anomaly.
SE022 CNBC Relativity Space raises $650 million from Fidelity and others to build 3D-printed SpaceX competitor As Terran R aims to be fully reusable, Ellis described it as “more a miniature Starship than a Falcon 9 rocket.”
SE023 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract Relativity Space Inc. of Long Beach, California: $3.0 million.
SE024 USAspending CONTRACT to RELATIVITY SPACE, INC. REAL TIME FLAW DETECTION IN LARGE FORMAT ADDITIVE ... $8,765,978
SE025 Rocket Lab Neutron 13,000 Kilograms To LEO
SE026 Aerospace America Rocket Lab’s next step Rocket Lab is positioning Neutron as an alternative to the Falcon 9, which launched a whopping 165 times in 2025.
SE027 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R The companies are partnering for multiple launches aboard Terran R ... that will bring the selected SES satellites to their final orbital position.
SE028 VoxelMatters Relativity shares major update on Terran R, as AM remains key enabling technology | VoxelMatters - The heart of additive manufacturing
SE029 Relativity Space Updates
SE030 Relativity Space / YouTube Terran R February 2026 Program Update - YouTube
SE031 Relativity Space / YouTube Relativity Space - YouTube
SU001 Relativity Space Relativity and OneWeb Sign Multi-Launch Agreement for Terran R
SU002 Aviation Week Network OneWeb Signs Launch Contract With Relativity Space
SU003 TechCrunch Relativity Space inks deal with OneWeb
SU004 SatNews OneWeb signs Relativity Space to launch several Gen2 satellites via the 3D printed Terran R rocket
SU005 Relativity Space Relativity Space and Intelsat Sign Multi-Launch Agreement for Terran R
SU006 Satellite Today Intelsat Orders Multiple Terran R Launches from Relativity Space
SU007 Advanced Television Intelsat orders Relativity launches
SU008 Relativity Space SES, Relativity Space Expand Multi-Launch Agreement for Terran R
SU009 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R Deepening our collaboration with Relativity Space and Terran R demonstrates that commitment— pairing reusable, medium to heavy lift capability with SES's multi-orbit vision.
SU010 SpaceNews SES expands launch contract with Relativity Space
SU011 Satellite Today SES Signs On for Multiple Terran R Launches with Relativity Space
SU012 Relativity Space Iridium Selects Relativity Space as On-Demand Single Satellite Launch Partner Relativity's Terran 1 fits our launch needs to LEO well from both a price, responsiveness and capability perspective.
SU013 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket
SU014 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract
SU015 Relativity Space Relativity Space Awarded U.S. Space Force Orbital Services Program (OSP)-4 Contract On Ramp
SU016 SatNews Space Systems Command issues solicitation for On Ramp to OSP-4 launch contract
SU017 USAspending.gov CONTRACT to RELATIVITY SPACE, INC. | USAspending
SU018 SpaceNews Relativity Space wins $8.7 million U.S. Air Force contract for additive manufacturing research
SU019 PRNewswire OneWeb Technologies Awarded U.S. Space Force Contract for Commercial Satellite Communications Proliferated Low Earth Orbit (p-LEO)
SU020 Military+Aerospace Electronics Iridium wins five-year Space Force contract for EMSS infrastructure upgrades
SU021 Space Systems Command Commercial Space Office Brings Unity of Effort to Industry Collaboration
SU022 National Defense Magazine Skyrocketing Demand Fuels Funding Boost for Commercial Space Program
SU023 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch
SU024 Relativity Space About
SU025 Relativity Space April 2026 Company Update
SU026 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut A new entrant, even after being on-ramped, can't get an actual contract until after it launches its first mission.
SU027 Satellite Today Relativity Space Shifts Focus to Accelerate Terran R Rocket
SU028 TechCrunch Eric Schmidt joins Relativity Space as CEO The rocket company reportedly faced cash shortages in 2024 and struggled to raise additional funding.
SU029 GeekWire Relativity Space launches 3D-printed Terran 1 rocket but falls short of orbit
SU030 SpaceNews Relativity Space Shares Updated Go-to-Market Approach for Terran R
SR001 TechCrunch Eric Schmidt joins Relativity Space as CEO The Long Beach-based rocket company reportedly faced cash shortages in 2024 and struggled to raise additional funding.
SR002 SpaceNews Relativity Space delays NSSL bid, focuses on 2026 Terran R debut Terran R rocket won’t fly until 2026 at the earliest, which falls outside the timeframe for this year’s NSSL Phase 3 awards.
SR003 Satellite Today Relativity Space Shifts Focus to Accelerate Terran R Rocket Relativity Space is shifting its focus away from the recently tested Terran 1 rocket, to accelerate the Terran R rocket to commercial service.
SR004 GeekWire Relativity Space launches 3D-printed Terran 1 rocket but falls short of orbit The first stage’s main-engine cutoff and stage separation appeared to go according to plan, but the second stage suffered an anomaly.
SR005 NASASpaceFlight Relativity Space accelerates production and testing of first Terran R Aeon R from development to qualification testing, which has seen the completion of its main combustion chamber and the injector assembly passing acceptance testing.
SR006 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA Lane 2 was designed to be far more stringent and look more like Phase 1 and Phase 2 in years past.
SR007 Aerospace America Rocket Lab’s next step Falcon 9, which launched a whopping 165 times in 2025 — six times more than all the other U.S. providers combined.
SR008 Rocket Lab Neutron Stage 2 now ready for flight.
SR009 SpaceX Falcon 9 stats API {"totalLaunches":638,"totalLandings":592,"totalReflights":557}
SR010 SpaceX Launches page stats API {"totalLaunches":652,"totalLandings":613,"totalReflights":575}
SR011 United Launch Alliance Vulcan Provides higher performance and greater accessibility while continuing to deliver unmatched reliability and precision across national security, civil and commercial markets.
SR012 USAspending.gov CONTRACT to RELATIVITY SPACE, INC. | USAspending REAL TIME FLAW DETECTION IN LARGE FORMAT ADDITIVE ... $8,765,978
SR013 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract Relativity Space Inc. of Long Beach, California: $3.0 million.
SR014 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We have all the elements to make Terran R a commercially competitive launch vehicle ... a backlog of over $2.9 billion.
SR015 Relativity Space Relativity Space Shares Updated Go-to-Market Approach for Terran R, Taking Aim at Medium to Heavy Payload Category with Next-Generation Rocket Terran R features a fully reusable first stage and is the mass-market, huge demand product.
SR016 Relativity Space April 2026 Company Update All first stage Aeon R engines for flight one have been manufactured, assembled, and shipped.
SR017 TSG Invest Relativity Space Stock: $4.2B Valuation — A Buy? Bloomberg reported in late 2024 that Relativity was running low on cash and had burned through more than $1 billion.
SR018 Access IPOs Relativity Space Stock: Will the Company Launch an IPO? The company conducted a 72-1 reverse stock split, effectively diluting early shareholders.
SR019 Yahoo Finance / Forge Relativity Space (RESP.PVT) Valuation, History & News - Yahoo Finance Estimated Valuation 3.96B Latest Funding Date Nov 14, 2023 Total Amount Raised 6.1B Latest Amount Raised 1.05B.
SR020 Federal Aviation Administration Licenses, Permits and Approvals Vehicle Operator Licenses Part 450 ... Financial Responsibility: All permit and launch or reentry license holders must provide evidence of funds to cover potential damage incurred as a result of a mishap.
SR021 Federal Aviation Administration NEPA Documents Adoption of the Environmental Assessment and Finding of No Significant Impact for Terran 1 Space Launch Program Operations at Cape Canaveral Air Force Station, September 2021.
SR022 Federal Aviation Administration Finding of No Significant Impact for Terran 1 Space Launch Program Operations at Cape Canaveral Air Force Station Relativity plans to conduct up to 12 launches per year from LC-16.
SR023 Patrick Space Force Base Final Environmental Assessment for Relativity Terran 1 Launch Program For purposes of this EA, a maximum launch rate of 12 Terran 1 launches per year from CCAFS is used.
SR024 Space Systems Command Space Systems Command On-Ramps Two New Providers to National Security Space Launch Phase 3 Once Rocket Lab and Stoke Space complete their first successful launch, they will be eligible to compete for launch service task orders on Lane 1.
SR025 U.S. Government Accountability Office GAO-25-107228, NATIONAL SECURITY SPACE LAUNCH: Increased Commercial Use of Ranges Underscores Need for Improved Cost Recovery Lane 1 expands DOD’s supply of newer commercial providers that can meet a subset of launch requirements, while Lane 2 is for providers that must meet all launch requirements for critical payloads.
SR026 Congressional Research Service Defense Primer: National Security Space Launch Program The certification process includes flight demonstrations, major subsystem reviews, and verification of payload interface requirements.
SR027 Justia Patents Patents Assigned to Relativity Space, Inc. Predicting Process Control Parameters for Fabricating an Object Using Deposition ... Automated Defect Recognition and Determinations of Pore Cluster Compliance.
SR028 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R The expanded agreement includes previously unannounced SES launches.
SR029 SpaceNews SES expands launch contract with Relativity Space The companies did not disclose the number of launches, the timeframe for those missions or the value of the deal.
SR030 Relativity Space Relativity Space and Intelsat Sign Multi-Launch Agreement for Terran R Relativity has a total of nine signed customers for Terran R, including multiple launches and totaling more than $1.8 billion in backlog.
SR031 TechCrunch Relativity Space inks deal with OneWeb Relativity declined to share the financial terms of this specific deal, but the company did confirm that the agreement is for a number of launches in the double-digits.
SR032 Federal Aviation Administration Spaceport License Launch and Reentry Site Operator Licenses allow a spaceport to host vehicle activities, which are separately licensed or permitted.
SV001 Relativity Space Relativity Space Raises $650M to Scale Terran R Production Relativity Space today announced it closed a $650 million Series E equity funding round.
SV002 CNBC Relativity Space raises $650 million from Fidelity and others to build 3D-printed SpaceX competitor Relativity has now raised $1.34 billion in capital since its founding in 2015, with its valuation climbing to $4.2 billion from $2.3 billion in November.
SV003 Relativity Space Relativity Space Achieves Major Design and Production Milestones for Terran R, Demonstrating Momentum Towards Launch We have all the elements to make Terran R a commercially competitive launch vehicle ... a backlog of over $2.9 billion.
SV004 TechCrunch Eric Schmidt joins Relativity Space as CEO Schmidt told employees of Relativity Space that he made a significant investment and had taken a controlling stake in the company.
SV005 SpaceNews SES expands launch contract with Relativity Space The companies did not disclose the number of launches, the timeframe for those missions or the value of the deal.
SV006 SES SES, Relativity Space Expand Multi-Launch Agreement for Terran R The expanded agreement includes previously unannounced SES launches.
SV007 Yahoo Finance / Forge Relativity Space (RESP.PVT) Valuation, History & News Forge Price is not a quotation, and does not indicate available supply or demand, is solely for informational purposes, and may rely on limited data.
SV008 GetLatka Relativity Space Revenue 2024: $181.5M ARR, $4.2B Valuation Revenue, funding, team, and customer figures are presented as company-reported or GetLatka-estimated metrics.
SV009 TSG Invest Relativity Space Stock: $4.2B Valuation — A Buy? Bloomberg reported in late 2024 that Relativity was “running low on cash” and had “burned through more than $1 billion”.
SV010 Access IPOs Relativity Space Stock: Will the Company Launch an IPO? Private valuations indicate the Q1 2025 is closer to $3 billion.
SV011 USAspending.gov CONTRACT to RELATIVITY SPACE, INC. $8,765,978
SV012 NASA NASA Awards Venture Class Launch Services Demonstration 2 Contract Relativity Space Inc. of Long Beach, California: $3.0 million
SV013 Spaceflight Now U.S. Space Force awards $13.7 billion in new national security launch contracts to Blue Origin, SpaceX and ULA The Space Force anticipates awarding 54 launches across the five order years with SpaceX receiving about 60 percent of the missions.
SV014 Rocket Lab / Business Wire Rocket Lab’s Neutron Rocket On-Ramped to U.S. Space Force’s $5.6b National Security Space Launch program Rocket Lab’s launch vehicle for the program will be Neutron, its 13-ton reusable carbon composite medium-lift launch vehicle.
SV015 Rocket Lab Rocket Lab Signs Multi-Launch Contract for Neutron with Confidential Commercial Satellite Constellation Operator Under the contract, Rocket Lab will launch two dedicated missions on Neutron starting from mid-2026.
SV016 Rocket Lab Neutron 13,000 Kilograms To LEO
SV017 Aerospace America Rocket Lab’s next step Neutron is competing with arguably the most successful launch vehicle ever.
SV018 United Launch Alliance Vulcan Provides higher performance and greater accessibility while continuing to deliver unmatched reliability and precision across national security, civil and commercial markets.
SV019 World Economic Forum / McKinsey Space: The $1.8 Trillion Opportunity for Global Economic Growth ... could take the global space economy to $1.8 trillion by 2035, up from $630 billion in 2023.
SV020 Space Foundation The Space Report 2025 Q2 Highlights Record $613 Billion Global Space Economy for 2024 The global space economy hit a record $613 billion in 2024.
SV021 Satellite Evolution US Space Force’s Space Systems Command issues solicitation for On Ramp to OSP-4 launch contract The contract has a $986 million ceiling with ordering through October 2028.
SV022 SpaceX Falcon 9 stats API {"id":301,"documentId":"mit0ttwl697cx6sq0zc4yzsz","totalLaunches":638,"totalLandings":592,"totalReflights":557}
SV023 SpaceX Launches page stats API {"id":301,"documentId":"f86edl76qi95g572k2ys4l9o","totalLaunches":652,"totalLandings":613,"totalReflights":575}
SV024 SpaceX Falcon Heavy stats API {"id":39,"documentId":"knzlsqh10h7ikp60j1fw0h75","totalLaunches":12,"totalLandings":21,"totalReflights":18}
SV025 Business Wire / Eutelsat Eutelsat Procures a Further 340 OneWeb Low Earth Orbit Satellites From Airbus Eutelsat ... has awarded Airbus Defence and Space a contract to build a further 340 OneWeb low Earth orbit satellites.
SV026 Greenhouse / Relativity Space Relativity careers page Terran R, our medium-to-heavy lift reusable launch vehicle, is designed to power the next era of space access.
SV027 SpaceX Rideshare
SV028 SpaceX Falcon Heavy
SV029 SpaceX Falcon 9
SV030 Relativity Space About $3B+ In pre-sold launch contracts ... 2,000 Employees