Gilmour Space Technologies
具备机构资本支持的主权太空基础设施,但轨道可靠性与商业经济性仍未经验证。
继续研究:Gilmour 拥有稀缺的主权航天基础设施和新获得的机构资本支持,但其入轨可靠性、可带来收入的订单储备和现金跑道仍未经验证。
覆盖范围与披露说明
证据审阅截至 2026-10-21。Gilmour Space 为非上市公司,现有公开记录未披露当前收入、现金消耗、资金续航、客户集中度或融资偏好。
封面要素
公司概况
Gilmour Space Technologies 是一家由 Adam Gilmour 和 James Gilmour 创立的澳大利亚私营航天公司。公司正在搭建一体化太空通达平台,覆盖 Eris 运载火箭、ElaraSat 卫星平台和获许可的 Bowen Orbital Spaceport;总部与制造基地位于黄金海岸。
- 创始人
- Adam Gilmour, James Gilmour
- 创立地点
- Gold Coast, Queensland, Australia
- 总部
- Gold Coast, Queensland, Australia
- 产品
- Eris 小卫星运载火箭、ElaraSat 卫星平台、Bowen 获许可的轨道空间港运营,以及相邻的高超音速飞行服务。
- 客户
- 商业、政府和国防太空任务
- 商业模式
- 按任务定制的发射、卫星平台、空间港和飞行服务合同;公开价格与合同经济性未披露。
- 阶段
- Series E
- 融资情况
- 2026 年披露的 A$217 million E 轮融资
执行摘要
主要优势
- 整合 Eris、ElaraSat 和获许可的 Bowen 航天港基础设施
- 由机构资本和政府关联资本支持的 A$217 million E 轮融资
- 100 kg ElaraSat 卫星平台成功在轨运行
主要风险
- Eris 尚未入轨,首次试飞约 14 秒后即告结束
- 收入、消耗、现金跑道、订单储备质量、定价和单位经济性均未披露
- 已报道的估值缺少建立可信回报模型所需的财务输入
- 飞行关键供应商、鉴定和监管机构验收的证据仍不完整
未决问题
- TestFlight2 的许可条件、纠正措施关闭情况、鉴定结果和飞行结果
- 当前收入、现金、月度消耗、现金跑道、债务义务和单次任务经济性
- 已签署的可带来收入的订单储备、定金、取消权、客户集中度和续约证据
- E 轮证券条款、完全稀释后资本结构、优先权和所有权集中度
- 关键供应商集中度、替代来源鉴定和故障补救记录
目录
01公司概览
1.1 公司身份与一体化运营模式
公司由兄弟 Adam Gilmour 和 James Gilmour 于 2013 年在黄金海岸创立,至今仍是一家私营澳大利亚发射服务开发商。官方定位将三项相互强化的资产组合在一起:Eris 运载火箭、ElaraSat 卫星平台,以及 Bowen 获许可的发射运营。黄金海岸设有总部和制造基地,Bowen 则是实际发射场。这不只是单枚火箭的产品叙事:管理层正试图为商业、政府和国防任务掌控运载火箭、航天器与发射场之间的接口。一体化可能减少协调摩擦,但也把资本与执行压力集中在一家仍处于开发阶段的公司内。[CO001, CO002, CO003, CO013]
| 指标 | 数值或状态 | 证据日期 | 置信度 | 缺口或限定 |
|---|---|---|---|---|
| 创立年份 | 2013 | 历史 | 高 | 除指定公开资料外,创始人履历信息有限 |
| 总部 | Gold Coast, Queensland, Australia | 当前 | 高 | 官网还将 Bowen 列为运营空间港 |
| 业务阶段 | E 轮;轨道运载火箭开发中 | 2026-09-09 | 高 | 没有证据证明 Eris 成功入轨 |
| E 轮 | A$217m(约 US$145m) | 2026-01-20 | 高 | 其他抓取页面使用未注明币种的 $ 符号 |
| 已报道估值 | 超过 $1bn | 2026 | 中 | 抓取文章未说明币种和交易方法 |
| 员工规模 | 超过 220 | 2026 | 高 | 当前确切员工数和承包商构成未披露 |
| 收入或运行率 | 当前 | 低 | 指定证据没有出现当前收入指标 | |
| 客户数或确定积压 | 当前 | 低 | 未披露分母或产生收入的积压 | |
| 现金续航或消耗 | 当前 | 低 | 已募融资不等于可用现金,且没有公开现金消耗数字 |
数值沿用保留来源中的币种和期间;null 表示指定的八个来源没有披露该指标,不表示指标为零。
[CO001, CO002, CO004, CO005, CO007, CO009]1.2 资本基础与已披露规模
当前最清晰的规模指标是融资和员工数,而非商业产出。多份来源称 E 轮融资为 A$217 million;一份追踪资料折算约为 US$145 million。澳大利亚一家科技媒体称估值超过 $1 billion,但抓取文本没有注明币种。NRFC 称其投资 $75 million,并与 Hostplus 共同领投;同一批公开证据显示员工数超过 220 人。此前市场曾报道 E 轮前累计获得 $142 million 风投,但币种口径、补助、债务、老股交易、收入、现金余额和资金续航披露不足,无法据此计算可用总资本或资本效率。[CO004, CO005, CO006, CO007, CO008]
| 利益相关方 | 角色 | 控制权或经济重要性 | 尽调要求 |
|---|---|---|---|
| National Reconstruction Fund Corporation | E 轮共同领投方,据报道投资 $75m | 战略性政府关联资本 | 确认币种、证券、董事会权利和政策关联条件 |
| Hostplus | E 轮共同领投方及现有支持者 | 大型机构投资者 | 确认持股、按比例认购权和治理权 |
| Future Fund | E 轮参与者 | 主权机构资本 | 确认金额、证券和信息权 |
| Blackbird | 现有风投及 E 轮参与者 | 长期风险投资支持者 | 确认持股、董事会角色和储备承诺 |
| Main Sequence | 现有投资者及 E 轮参与者 | 深科技风险投资支持者 | 确认持股和后续投资能力 |
| Funds SA | E 轮参与者 | 机构资本 | 确认配额和治理权 |
| HESTA 与 NGS Super | E 轮参与者 | 养老金资本 | 确认合计持股和转让限制 |
| QIC 与 Brighter Super | E 轮参与者 | 昆士兰关联机构资本 | 确认配额、战略条件和权利 |
参与信息来自 NRFC、公司联合公告和独立报道;指定证据没有披露持股比例、证券条款、投票控制权或完整股权结构表。
[CO004, CO006, CO008]1.3 领导层、治理与关键人物暴露
公开领导层证据有限。Adam Gilmour 一贯被列为联合创始人兼 CEO,而指定材料只将 James Gilmour 列为联合创始人,未给出其当前运营职务。NewSpaceTracker 报道,前 NASA 副局长 Pamela Melroy 于 2026 年 6 月加入董事会,带来相关机构经验。但公开名册无法确认完整的高管团队、董事会构成、投票权、继任计划或技术权限分工。Adam 同时担任 CEO 且频繁出现在发射和融资沟通中,因此存在关键人物风险,应通过管理层及治理文件验证。[CO001, CO015, CO016]
| 人员 | 公开证实的职务 | 相关背景 | 职能覆盖 | 关键人物或尽调问题 |
|---|---|---|---|---|
| Adam Gilmour | 联合创始人兼 CEO | 公司创始人;指定来源未详细说明此前职业经历 | 公司领导与外部融资 / 发射沟通 | 依赖程度重大;应索取继任计划和授权的技术权限 |
| James Gilmour | 联合创始人 | 2013 年共同创立公司;当前履历未详细说明 | 创始人连续性 | 当前高管职责和持股未披露 |
| Pamela Melroy | 2026-06-23 起任董事 | 前 NASA 副局长 | 航天机构与治理视角 | 应索取完整董事会名单、委员会分工和独立性评估 |
这是仅限指定证据明确提及人员的不完整名单;没有列出其他高管,不代表这些职位空缺。
[CO001, CO015, CO016]1.4 里程碑、技术挫折与下一项验证点
Gilmour 已将基础设施和航天器开发转化为具体里程碑:Bowen 获得轨道发射许可,ElaraSat 已在轨运行,Eris 于 2025 年 7 月离开发射台。但火箭约 14 秒后坠毁。Adam Gilmour 最初将损失归因于疑似发动机故障;后续追踪资料称,2026 年 4 月调查发现两台一级发动机的泵电机和逆变器存在电气与热故障。截至该追踪资料 2026 年 9 月更新,下一次尝试仍计划在 2026 年进行。因此,下一项决定性证据是重复飞行,而不是首次短暂升空。指定来源没有证明截至本次运行日期第二次尝试已经完成。[CO009, CO010, CO011, CO012, CO013, CO014]
资本和基础设施持续推进,但首次 Eris 飞行约 14 秒后结束;在最新的分配更新中,下一次发射仍待进行。
日期来自保留的源文本;“截至 2026-01”避免臆造分配来源未说明的确切 ElaraSat 发射日期。
公司成立 [CO001]
Bowen 发射设施获批 [CO013]
首次 Eris 轨道发射尝试 [CO009]
ElaraSat 完成在轨演示 [CO012]
E 轮融资公布 [CO004]
TestFlight 1 发现公布 [CO011]
Pamela Melroy 加入董事会 [CO015]
重复发射仍待进行 [CO014]
1.5 展示项
02市场分析
2.1 市场边界与替代方案
可投资市场应围绕小型载荷进入轨道来界定,而不是覆盖整个太空经济。Gilmour 面向商业、政府和国防任务,提供涵盖 Eris 运载火箭、ElaraSat 卫星平台及获许可 Bowen 空间港的一体化方案。这形成了核心发射服务市场,以及卫星平台和高超音速测试等相邻市场;但制造、下游卫星应用和广义太空服务支出应排除在核心边界之外。现状替代方案包括海外专用发射、拼车发射、轨道转移服务,以及等待合适运力或轨道通达条件后再执行任务。证据表明轨道通达受限,但没有量化 Gilmour 能争取多少支出。[CM001, CM002, CM003, CM004]
| 分部或类别 | 纳入的支出或活动 | 排除的支出或替代方案 | 买方或付款方 | 对 Gilmour 的相关性 |
|---|---|---|---|---|
| 小载荷轨道发射 | 适配 Eris 的专用发射和拼单发射任务 | 大型运载火箭任务及下游卫星服务 | 商业、政府或国防任务发起方 | 核心市场;现有来源对当前载荷范围的说法存在分歧 |
| 澳大利亚主权航天能力 | 国内发射、测控场区和航天港接入 | 外国发射服务商及任务延期 | 澳大利亚政府和国防能力主管部门 | 依托获许可的 Bowen 基础设施和韧性政策形成差异化 |
| 卫星平台邻接市场 | ElaraSat 平台及任务集成 | 载荷应用、数据服务及无关的航天器制造 | 卫星运营商或任务项目 | 可与发射打包的邻近收入路径 |
| 高超音速测试邻接市场 | 公司对外展示的飞行测试接入 | 通用航空测试及非航天研究 | 政府、国防或科研项目 | 可能利用现有基础设施,但指定证据没有量化需求 |
该边界属于分析性划分,受证据约束;现有来源没有提供品类级支出、买方预算或转化率。
[CM001, CM002, CM003, CM011]这是从宽到窄的机会视图;不支持的金额明确保留为不可用,而不是拼出一个合成 TAM。
各层宽度仅表示层级,不代表数值比例。
这是范围层级,不是按价值比例绘制的漏斗;没有推断转化率或市场价值。
[CM004, CM012, CM016]2.2 受证据约束的市场规模
这批来源无法负责任地计算货币口径的 TAM 或增长率,因为没有任何来源提供市场支出分母、预测周期、按地区划分的采购总额或可比分析师方法。现有规模视角只能从供给侧和单位指标切入:NewSpace Index 列出一次发射、$7 million 发射成本和 215 kilograms 运力;Skybrokers 供应商页面则称运力最高约 300 kilograms。ABC 报道管理层希望逐步达到每年 4 次发射,最终超过 12 次,但这只是目标,不是已签合同需求或已证明的吞吐量。这些指标勾勒出潜在可服务范围,但利用率、实际定价、任务组合和收入转化仍未知。[CM005, CM006, CM007, CM008, CM009, CM010, CM016]
| 视角 | 来源及期间 | 数值或状态 | 方法或分母 | 置信度 | 局限 |
|---|---|---|---|---|---|
| 单次发射价格 | NewSpace Index,2026-07-19 修改 | $7 million / 次发射 | 目录列示的发射成本;分母为一次发射 | 中 | 不是签约价格、已实现收入或市场支出估算 |
| 载荷性能 | NewSpace Index,2026-07-19 修改 | 215 kg | 目录中的性能字段 | 中 | 与供应商页面约 300 kg 的描述冲突 |
| 载荷性能 | Skybrokers 供应商页面,访问于 2026-10-21 | LEO 约 300 kg 以内 | Eris 的供应商列表 | 低 | 与公司关联的列表;未说明轨道假设和商业可用性 |
| 已记录的发射活动 | NewSpace Index 和 ABC,2025-2026 | 1 次发射;首次飞行约 14 秒 | 观察到的发射次数和报道的飞行时长 | 中 | 无法证明已送入轨道、发射频次或可服务需求 |
| 管理层发射频次目标 | ABC 采访,2025-07-30 | 每年 4 枚火箭,最终超过 12 枚 | CEO 目标 | 低 | 属于愿景,不是已证明的产能或签约需求 |
| 货币口径的 TAM、SAM 和 SOM | 指定来源池,访问于 2026-10-21 | 未保留合格的市场支出研究 | 低 | 需要市场支出、地域、期间、买方预算和可实现份额证据 |
各项数值保留来源中的单位和口径;发射价格、载荷能力、飞行时长和管理层发射频次没有被合并成收入预测。
[CM005, CM006, CM007, CM008, CM009, CM010, CM016]2.3 买方、用户、付款方与采用路径
有来源支持的买方包括商业卫星和载荷运营商、政府及国防任务发起方,以及寻找卫星平台或高超音速测试服务的机构。工程师和任务团队可能是发射与平台能力的用户,项目、采购或能力负责人可能是付款方;但指定证据没有确认实际预算负责人、采购周期、合同金额或转化率。因此,采用取决于载荷质量和轨道需求匹配、通过监管与安全门槛、证明可靠飞行性能,以及把主权通达政策转化为有资金支持的任务。Bowen 获许可的场址减少了一项基础设施障碍,但本身不能证明客户需求。[CM002, CM003, CM004, CM011, CM012]
| 细分市场 | 买方 | 用户 | 付款方或预算负责人 | 工作流程 | 采用触发因素 |
|---|---|---|---|---|---|
| 商业小卫星发射 | 卫星或载荷运营商 | 任务及载荷集成团队 | 指定证据未识别 | 匹配轨道和载荷,完成集成、许可和发射 | 以可接受的时间表和价格可靠地送入轨道 |
| 政府主权任务 | 民用航天或公共服务项目 | 政府任务团队 | 机构项目或采购负责人;未识别 | 明确韧性需求,采购任务,完成保障和许可 | 已获资金支持的主权接入需求 |
| 国防任务 | 国防能力发起方 | 国防任务和保障团队 | 国防能力预算;未识别 | 安全审查、任务保障、集成和发射审批 | 对控制力、韧性和特定轨道接入的需求 |
| 卫星平台任务 | 航天器运营商或项目 | 航天器工程与运营团队 | 项目负责人;未识别 | 选择卫星平台,集成载荷,安排发射并运营任务 | 已验证的在轨性能和任务适配性 |
| 高超音速飞行测试 | 政府、国防或科研项目 | 测试和测控场区团队 | 项目预算;未识别 | 定义测试包线,完成测控场区和安全审批,执行飞行 | 国内测试接入及与项目时间表的匹配 |
买方和工作流程角色是根据公司所述客户群和服务做出的分析性映射;具名预算负责人、采购周期和合同金额仍不可得。
[CM002, CM003, CM004, CM011, CM013]2.4 增长驱动因素与采用约束
最强的驱动因素包括政策对主权通达的需求、澳大利亚位于南半球、公共资本对本土能力的投入,以及把发射、卫星和空间港服务组合起来的能力。同一批证据也暴露出实质约束。Eris 只有 1 次有记录的发射,首飞约 14 秒后结束,因此可靠性和发射频次仍未经验证。业务资本密集:公共投资者正在为运载火箭开发、制造扩产和空间港扩建提供资金,供应链则覆盖数百家澳大利亚供应商。监管许可、任务保障、载荷集成、天气和生产准备度都可能拉长采用周期。因此,估值应更重视已证明的轨道交付和产生收入的积压订单,而不是宽泛的行业增长叙事。[CM004, CM008, CM009, CM011, CM012, CM013, CM014, CM015]
2.5 展示项
03竞争对手
3.1 竞争格局与买方替代方案
相关竞争集合比专用小型发射开发商更广。Gilmour 同时面向专用任务和拼车发射,因此载荷所有者可以比较专用任务与共享发射,而不必只在同类火箭之间选择。SetterVC 明确称其名单仅作示例,列出 Rocket Lab、Firefly Aerospace、Isar Aerospace、Orbex 和 PLD Space;其中前两家被描述为已飞行供应商,后三家处于开发阶段。Gilmour 的一体化方案还包括 ElaraSat 和 Bowen 空间港运营。指定证据没有确认全部潜在进入者、发射经纪商、内部自建项目或现状任务延期,因此下述格局是有文档支持的样本,而非完整市场普查。[CP001, CP008, CP010]
| 服务商 | 类别 | 已披露规模或融资 | 目标细分市场与范围 | 已记录的差异化 | 证据局限 |
|---|---|---|---|---|---|
| Gilmour Space | 澳大利亚一体化发射服务商 | A$217m Series E;员工超过 220 人 | 商业、政府和国防;Eris、ElaraSat 和 Bowen | 澳大利亚发射、卫星和获许可航天港一体化体系 | 未披露在轨发射成功、价格、确定订单积压或发射频次 |
| Rocket Lab | 已飞行的小型发射供应商 | 指定证据中未知 | 小卫星发射;Electron 已飞行,Neutron 在研发 | 已记录的 Electron 飞行器 | 指定证据未能证明规模、定价、可靠性和集成广度 |
| Firefly Aerospace | 已飞行的小型发射供应商 | 指定证据中未知 | 小卫星任务;NASA 和 U.S. Space Force 被列为客户 | 已记录的 Alpha 飞行器及政府客户曝光 | 规模、定价、发射频次和客户集中度未知 |
| Isar Aerospace | 欧洲研发阶段同业 | 指定证据中未知 | 小卫星和中型卫星发射 | 主要采用内部制造 | 飞行状态、定价和商业订单积压未知 |
| Orbex | 欧洲研发阶段同业 | 指定证据中未知 | 向极轨和太阳同步轨道发射小卫星 | Prime 飞行器的特定轨道定位 | 飞行状态、定价、规模和订单积压未知 |
| PLD Space | 欧洲直接同业 | 指定证据中未知 | 亚吨级专用发射 | 直接参与专用小型发射细分市场 | 飞行器状态、定价、规模和订单积压未知 |
该比较基于截至 2026-10-21 的指定来源池;SetterVC 将其竞争者列表标为示例性列表,可能不完整、过时或存在错误,未知单元格未作估算。
[CP001, CP003, CP006, CP007, CP008]3.2 能力广度与运营成熟度
Gilmour 最有文档支持的差异化在于纵向广度:Eris 运载火箭、ElaraSat 卫星平台和一家获监管许可的轨道空间港都由同一家澳大利亚运营商掌控。ElaraSat 在美国拼车发射后已在轨运行,但 Eris TestFlight1 14 秒后坠回地面,未能入轨。这形成重要不对称:卫星飞行履历和基础设施是真实的,而发射可靠性仍未经验证。保留的同行来源将 Rocket Lab 和 Firefly 描述为已飞行火箭,将 Isar、Orbex 和 PLD 主要描述为开发中的火箭。因此,矩阵把指定语料中不存在的证据标为未知,而不是把产品描述转化为性能结论。[CP002, CP003, CP005, CP008, CP016]
| 购买标准 | Gilmour Space | Rocket Lab | Firefly Aerospace | Isar Aerospace | Orbex | PLD Space |
|---|---|---|---|---|---|---|
| 飞行器状态 | TestFlight1:14 秒;未入轨 | Electron 被描述为已飞行 | Alpha 被描述为已飞行 | 火箭研发情况已有描述 | Prime 研发情况已有描述 | 小型发射开发商;状态未知 |
| 专用小卫星发射 | 已记录 | 已记录 | 已记录 | 已记录 | 已记录 | 已记录 |
| 拼单发射选项 | 已记录 | 未知 | 未知 | 未知 | 未知 | 未知 |
| 卫星平台 | ElaraSat 已记录,并已在轨运行 | 未知 | 未知 | 未知 | 未知 | 未知 |
| 受控发射场 | 已记录获许可的 Bowen Orbital Spaceport | 未知 | 未知 | 未知 | 未知 | 未知 |
单元格仅展示指定来源明确记录的能力;“unknown”表示该能力未被这组证据证明存在,而不是证明能力不存在。
[CP001, CP002, CP003, CP005, CP008, CP010]序数定位将有记录的发射成熟度与有记录的产品广度分开;分数是分析分类,不是市场基准。
| 条目 | X (1–5) | Y (2–5) | 说明 |
|---|---|---|---|
| 1. Gilmour Space | 2 | 5 | 完成未入轨的试飞;有记录的产品包括运载火箭、卫星平台和持牌航天港 |
| 2. Rocket Lab | 5 | 2 | Electron 被描述为已飞行;分配证据未评估其更广的业务范围 |
| 3. Firefly Aerospace | 5 | 2 | Alpha 被描述为已飞行;分配证据未评估其更广的业务范围 |
| 4. Isar Aerospace | 1 | 2 | 有记录的产品包括开发阶段火箭和内部制造能力 |
| 5. Orbex | 1 | 2 | 有记录的产品是面向极轨和太阳同步轨道任务的 Prime |
| 6. PLD Space | 1 | 2 | 直接的亚吨级专用发射可比公司;成熟度细节尚未确定 |
X 轴是分配证据中发射成熟度的 1–5 序数(1 为开发阶段,2 为未入轨试飞,5 为已飞行);Y 轴是有记录的产品广度的 1–5 序数(本语料中 2 为仅运载火箭,5 为运载火箭加卫星加航天港)。分数衡量的是保留证据,不代表未披露的能力、可靠性、价格、市场份额或普遍适用的基准。
[CP003, CP008, CP016]3.3 分销、通达与切换动态
Bowen 的许可和公司端到端制造布局,为澳大利亚商业、政府和国防任务形成了潜在的重要主权通达地位。复制这一地位不只是设计火箭:管理层描述的路径涉及 24 项昆士兰许可,以及环境和空域审批;公司还称依赖数百家本土供应商。这些资产可能提升合作伙伴和监管通达优势,但尚未证明客户会被锁定。载荷客户仍可在专用发射和拼车方案之间多平台选择,保留来源也没有披露排他条款、迁移成本、进度保证或合同罚则。一体化架构可能降低协调负担,但轨道可靠性和可重复发射频次仍是更重要的竞争验证点。[CP002, CP007, CP010, CP011, CP013, CP014]
3.4 定价证据与护城河持久性
保留来源没有为 Gilmour 或点名同行披露可比挂牌价、实际合同价、折扣安排、服务级别承诺或确定的发射积压。因此,定价表只记录产品打包方式,并将经济性视为未知。Gilmour 2026 年 1 月的 E 轮融资,以及计划投入运载火箭验证、制造、测试和发射基础设施的资金,为继续开发一体化模式提供了能力,但融资额不是客户需求或发射经济性的证据。首飞发动机故障构成直接的反向证据,不能据此假设基础设施领先已经形成持久护城河。要得出可辩护的护城河结论,还需重复成功入轨、稳定频次、已签需求,以及经得起已飞行替代方案比较的单元定价。[CP004, CP006, CP009, CP012, CP013, CP014, CP015]
| 服务商或群组 | 已记录套餐 | 价格或合同模式 | 已纳入的能力证据 | 投资含义 |
|---|---|---|---|---|
| Gilmour Space | 专用发射 | 未披露 | 从 Bowen 出发的 Eris 任务路径 | 无法比较交付成本或时间表风险 |
| Gilmour Space | 拼单发射任务 | 未披露 | 市场推广拼单发射路径;此前 ElaraSat 使用美国拼单发射 | 未披露排他性,因此多归属仍可行 |
| Gilmour Space | 卫星加发射一体化路径 | 未披露 | ElaraSat、Eris 和航天港被呈现为一体化体系 | 潜在协同优势尚未量化 |
| 美国已飞行的同业 | Rocket Lab Electron 和 Firefly Alpha | 指定证据未披露 | SetterVC 已记录在飞运载火箭 | 运营成熟度可能超过尚未验证的一体化收益 |
| 欧洲研发阶段同业 | Isar、Orbex 和 PLD 小型发射飞行器 | 指定证据未披露 | 已记录专用小型发射定位 | 价格压力和未来产能尚无法量化 |
保留的八个来源没有披露可比服务清单、实际成交价格、折扣、最低承诺、服务等级或签约订单积压。
[CP003, CP005, CP008, CP009, CP010, CP014, CP015]3.5 展示项
04财务
4.1 收入架构广泛,但变现仍无价格锚点
Gilmour Space 提供的是一套一体化商业系统,而非单一发射产品:Eris 发射服务、ElaraSat 卫星平台、Bowen Orbital Spaceport 运营,以及 Hyperflight 高超音速服务。客户方案面向商业、政府和国防任务,官网邀请载荷客户评估专用发射、拼车发射和其他任务选项。这形成了若干可能的交易单元——发射、载荷舱位、卫星平台、空间港服务或飞行任务——但保留的官方页面没有公布挂牌价、标准合同结构、折扣安排或实际价格。一体化方案可能提高每次任务的收入捕获,但没有合同和管理账目,就无法拆分收入确认与分部经济性。[CI001, CI002, CI003, CI016]
| 收入流 | 机制 | 商业计量单位 | 公开状态 | 收入质量尽调 |
|---|---|---|---|---|
| Eris 发射服务 | 专用或拼单轨道接入 | 发射或载荷席位 | 尚未形成可重复的轨道服务 | 已签合同和付款里程碑 |
| ElaraSat 平台 | 卫星平台交付或一体化任务 | 卫星平台或任务 | NRFC 报告了在轨能力 | 细分收入和制造毛利 |
| Bowen 航天港 | 发射场和任务执行运营 | 任务或场地服务 | 获许可的运营资产 | 内部转移定价和第三方利用率 |
| Hyperflight | 高超音速飞行测试服务 | 飞行任务 | 列为官方服务 | 客户出资的预订和直接任务成本 |
收入流和状态来自保留的官方或投资者来源;任何一行都不应被视为已实现收入、公开定价或正毛利率的证据。
[CI001, CI002, CI003, CI005, CI014]| 产品或服务 | 可能的合同基础 | 公开标价 | 实际成交价格证据 | 所需尽调 |
|---|---|---|---|---|
| 专用发射 | 任务定制合同 | 未披露 | 未披露 | 已执行订单表和取消条款 |
| 拼单发射 | 载荷席位或质量配额 | 未披露 | 未披露 | 每公斤价格和最低承诺 |
| ElaraSat 平台 | 卫星平台销售或一体化任务 | 未披露 | 未披露 | 物料清单和里程碑计费 |
| 航天港或 Hyperflight 服务 | 任务定制服务 | 未披露 | 未披露 | 场地收费表和客户承担的成本 |
合同基础是对官方服务描述的分析性分类;指定证据没有提供价格、折扣、实际收入或收入确认政策。
[CI001, CI003, CI014, CI016]运营路径已公开,但合同转化、确认收入和毛利仍未得到验证。
| 节点 / 连接 | 节点 / 起点 | 终点 | 说明 |
|---|---|---|---|
| 节点 1 | 商业、政府或国防任务需求 [mission-need] | ||
| 节点 2 | 专用发射、拼车、卫星或高超音速配置 [mission-design] | ||
| 节点 3 | 合同价格和付款里程碑未披露 [contracted-offer] | ||
| 节点 4 | Eris、ElaraSat 和 Bowen 交付资产 [delivery-assets] | ||
| 节点 5 | 可重复的轨道交付尚未展示 [flight-outcome] | ||
| 节点 6 | 确认收入和毛利未披露 [economics] |
这是证据状态序列,不是按价值比例绘制的漏斗,也不是转化预测。
[CI001, CI002, CI008, CI010, CI014, CI016]4.2 技术活动可见,收入质量不可见
公开证据显示公司在运营,但不能证明商业收入。Eris 首次试飞约 14 秒后未能入轨;ABC 报道 CEO 将坠毁归因于疑似发动机故障。尽管如此,管理层仍描述了一条路线:第二枚火箭计划入轨,之后的火箭搭载商业卫星;长期发射频次目标是每年 4 次,最终超过 12 次。这些是运营目标,不是已确认销售或利用率。保留的 EquityZen 页面将收入和财务数据置于投资者注册之后,官网页面和新闻索引也没有提供实际收入、积压价值、客户集中度或合同转化数据。[CI004, CI008, CI009, CI010, CI014]
4.3 制造规模与重复飞行使模式资本密集
已披露的资金用途指向纵向整合的成本基础。NRFC 称其 A$75 million 投资将用于推进 Eris、扩大火箭和卫星制造,并扩建 Bowen;同时披露员工数超过 220 人,且依赖数百家澳大利亚供应商。此前 E 轮融资也被描述为用于制造、测试和初始发射。NRFC 报道 E 轮融资额为 A$217 million,但这只是该轮累计融资,不是已披露的手头现金或资金续航。2025 年 7 月的飞行结果进一步说明,在假设生产频次带来经营杠杆前,必须建模重复测试硬件、发射场运营、返工和进度滑移。[CI005, CI006, CI007, CI008, CI012, CI015]
| 指标 | 公开数值或状态 | 置信度 | 重要性 | 尽调请求 |
|---|---|---|---|---|
| Series E 融资额 | A$217 million | 中 | 能支持扩张,但不等于可用现金 | 交割时现金到账情况及受限用途安排 |
| NRFC 投资 | A$75 million | 高 | 为资产和扩张提供了重要外部资本 | 投资工具和提款条件 |
| 目标发射频次 | 每年 4 次,最终超过 12 次 | 中 | 发射频次决定固定成本摊销 | 产能计划和按概率加权的任务清单 |
| 首次 Eris 飞行结果 | 约 14 秒;未进入轨道 | 高 | 意味着还需承担测试和返工成本 | TestFlight-1 成本和 TestFlight-2 预算 |
| 收入、毛利率、烧钱速度和现金跑道 | 未公开披露 | 缺口置信度高 | 阻碍资本效率评估 | 月度管理账目和 24 个月现金桥接表 |
融资额不等于手头现金;发射频次是管理层目标;飞行结果是运营里程碑,不是收入指标;不可得指标不按零估算。
[CI005, CI006, CI008, CI009, CI013]4.4 融资验证战略支持,而非单元经济性
因此,财务逻辑得到融资支持,而非收入验证。AFR 于 2025 年 7 月报道,尽管首次飞行时间很短,投资者仍预计公司将获得超过 A$100 million 的新增资本;后续 NRFC 披露显示,公司完成了一笔规模大得多的 E 轮融资。这证明赞助方仍有意愿、主权能力也有价值,但没有解决现金消耗、债务或项目融资义务、发射层面的毛利率、营运资金需求,或实现可重复轨道服务所需的资本规模。投资评估仍应以银行流水、月度现金消耗、带付款里程碑的已承诺积压、单次飞行成本模型和覆盖下一技术里程碑的资金桥为条件。[CI006, CI011, CI012, CI013, CI014]
4.5 展示项
05产品与技术
5.1 产品系统与客户工作流
产品不是单枚火箭:公司提供一套一体化任务系统,包含 Eris 发射服务、ElaraSat 卫星平台、获许可的 Bowen 空间港和 Hyperflight 高超音速飞行。对卫星客户而言,流程从任务与轨道选择开始,经载荷集成、从 Bowen 发射,必要时再使用 ElaraSat 平台。这种组合可能减少运载火箭、航天器和发射场供应商之间的协调,但公开证据没有提供载荷接口控制文件、服务级别承诺、集成时间表或实际任务价格。因此产品边界清晰,但客户交接和合同绩效范围大多仍属非公开信息。[CE001, CE003, CE007, CE008, CE016]
| 模块或资产 | 主要买方或用户 | 公开成熟度 | 差异化 | 尽调缺口 |
|---|---|---|---|---|
| Eris 轨道发射服务 | 商业、政府和国防载荷所有者 | TestFlight1 飞行约 14 秒后坠毁,未进入轨道;TestFlight2 计划于 2027 年初进行 | 由澳大利亚运营、可专门进入指定轨道 | 根因闭环、已实现的性能、可靠性方案、接口和发射节奏 |
| ElaraSat 卫星平台 | 需要航天器平台的载荷所有者 | 据报道,一枚 100 kg 平台在美国拼车发射后已在轨运行 | 可将公司自研平台与发射和任务服务配套 | 载荷适配、生产记录、可靠性和客户验收数据 |
| Bowen Orbital Spaceport | Gilmour 任务和潜在发射客户 | 已获轨道发射运营许可 | 公司控制的澳大利亚发射场 | 已证明的周转效率、靶场可用性、天气限制和运营节奏 |
| Hyperflight 服务 | 政府、国防和技术测试用户 | 出现在公司产品页面;保留资料中没有已完成任务的证据 | 将场站和运载器能力延伸至高超音速测试 | 运载器配置、飞行包线、审批、时间表和客户证明 |
状态反映截至 2026-10-21 可获得的公开证据;未披露规格或任务被记录为证据缺口, 不代表该能力不存在。
[CE001, CE004, CE007, CE008, CE012, CE014]| 用户任务 | 当前工作流 | Gilmour 方案 | 公开证实的收益 | 局限 |
|---|---|---|---|---|
| 将小型卫星送入指定轨道 | 采购发射能力,并将载荷与运载器和靶场集成 | 从 Bowen 执行专发或拼车 Eris 任务 | 公开规格目标为将约 305 kg 送入 500 km SSO | 运力只是供应商规格,Eris 尚未证明具备入轨能力 |
| 搭载并运营客户载荷 | 选择平台、集成载荷,并单独或打包购买发射服务 | ElaraSat 多任务卫星平台,可选发射服务 | 据报道,一枚 100 kg ElaraSat 平台已有在轨运行记录 | 公开载荷接口、可靠性数据和交付条款均不可得 |
| 开展主权或高超音速任务测试 | 协调运载器、靶场、许可和任务运营 | 公司运营的 Bowen 航天港与 Hyperflight 服务 | 一家供应商控制所宣传的场站和任务链 | 保留资料没有量化周转效率、飞行包线或已完成的 Hyperflight 任务 |
收益仅限于保留来源证实的能力;定价、集成周期、实际任务结果和合同服务水平均未公开。
[CE001, CE003, CE007, CE008, CE014, CE016]5.2 架构与工业模式
Eris 被描述为三级运载火箭,主发动机使用液体氧化剂和固体燃料药柱。当前目录规格约为将 305 kilograms 送入 500-kilometre 太阳同步轨道,但这是供应商规格,不是已证明的轨道性能。运营架构还依赖澳大利亚制造、数百家本土供应商和获许可的发射场。一项政府支持的下一代液体发动机项目表明,推进系统开发可能超出现有混合动力配置。纵向整合可以缩短组织接口,但也把运载火箭、制造、航天器和空间港的执行风险集中在一家仍在扩张的运营商内。[CE002, CE003, CE007, CE010, CE013, CE014]
| 层级或流程 | 作用 | 关键依赖 | 技术或运营风险 |
|---|---|---|---|
| 任务与载荷接口 | 将轨道和载荷需求转化为运载器与平台要求 | 受配置控制的数据表和接口控制文件 | 没有公开 ICD 或完整数据表 |
| Eris 运载火箭 | 三级运载,将载荷送入近地轨道和太阳同步轨道 | 混合主推进、级段鉴定和整流罩分离 | 入轨性能尚未得到证明;发动机和整流罩事件需要闭环证据 |
| ElaraSat 平台 | 搭载客户载荷并提供航天器平台 | 载荷集成、生产质量和发射兼容性 | 一枚据报道在轨运行的平台,不足以证明机队可靠性或可重复性 |
| 制造与供应网络 | 在澳大利亚生产火箭和卫星硬件 | 数百家国内供应商与扩张资本 | 供应商鉴定、瓶颈和良率均未公开量化 |
| Bowen 发射运营 | 提供获许可的靶场和发射场运营 | 监管许可、天气、地面系统和周转效率 | 首飞结果和此前的天气延误使发射节奏仍未得到证明 |
| 质量与推进路线图 | 管理生产体系和未来发动机开发 | ISO 管理体系和下一代液体发动机研发 | 认证范围、审计发现和配置切换均未披露 |
该架构根据公开产品、政府和新闻来源重建;未披露的设计细节和鉴定证据明确视为尽调缺口。
[CE002, CE005, CE006, CE008, CE009, CE010, CE013, CE015, CE016]Gilmour 的客户方案覆盖从任务定义到航天器、运载火箭、制造和公司运营的发射基础设施。
- 客户任务
- 商业、政府、国防和技术测试需求
- 条目
- 专用发射
- 拼车发射
- 主权与高超音速任务
- 载荷与航天器
- 载荷适配和 100 kg 级 ElaraSat 平台
- 条目
- 客户载荷
- ElaraSat 平台
- 运载火箭
- 使用混合推进主动力的三级 Eris 火箭
- 条目
- 整流罩
- 三级结构
- 混合发动机
- 制造与资质认证
- 澳大利亚生产、供应商网络、静态测试和质量体系
- 条目
- 火箭制造
- 卫星制造
- 供应商资质认证
- 发射运营
- 持牌 Bowen Orbital Spaceport 和任务运营
- 条目
- 地面系统
- 测控区运营
- 发射许可
- 路线图与学习闭环
- 飞行数据、纠正措施、TestFlight2 和下一代发动机研发
- 条目
- 根因闭环
- TestFlight2
- 液体发动机开发
这是运营层地图,不代表物理级间的几何关系;没有推断未披露的内部接口。
[CE001, CE002, CE006, CE008, CE010, CE013, CE014, CE015]5.3 成熟度、可靠性与路线图
该产品组合成熟度不一。NRFC 和 Startup Daily 报道,100-kilogram 的 ElaraSat 平台搭乘美国拼车任务入轨,形成了有意义的航天器飞行履历。Eris 尚未证明能够入轨:TestFlight1 于 2025 年 7 月飞行约 14 秒后返回发射区,CEO 将结果归因于疑似发动机故障。此前一次电气反馈事件意外触发一次性整流罩分离系统,并推迟了尝试。当前基于供应商信息的路线图将 TestFlight2 定在 2027 年初。这些动作说明公司在吸收飞行教训,但尚未解决发动机或整流罩故障模式,也未证明入轨、载荷部署、发射频次或可重复性。[CE004, CE005, CE006, CE008, CE011, CE012]
5.4 差异化、控制措施与尽调重点
Gilmour 最有说服力的公开差异化是系统所有权:一家运营商同时掌握运载火箭、卫星平台和获许可的澳大利亚发射场,并以主权通达作为客户方案。公司还称已获得 ISO 9001、ISO 45001 和 ISO 14001 认证,说明具备正式的质量、安全和环境管理体系,但这本身不能验证发射可靠性。保留证据中没有公开数据表或接口控制文件,指定来源池也没有开发者代码库、从业者论坛、工程演讲或类似社区信号。因此,技术尽调应优先获取受配置控制的接口文件、TestFlight1 根因与纠正措施记录、认证范围及审计、供应链资质,以及 TestFlight2 验收标准。[CE009, CE014, CE015, CE016]
5.5 展示项
06客户
6.1 客户分群与购买入口
Gilmour Space 面向商业、政府和国防任务,提供涵盖 Eris 发射服务、ElaraSat 卫星平台和 Bowen Orbital Spaceport 的一体化方案。最清晰的买方入口是评估专用发射、拼车任务或其他入轨路径的载荷或卫星运营商;官网将其引导至发射销售团队,而不是公布标准化价格或运力。政府和国防是明确列出的客户类别,但保留材料没有确认任何一类的采购机构、获奖任务、合同金额或付款方。高超音速飞行测试也被列为支持的任务,但审阅证据没有出现点名的付费用户。因此,这一分群描绘的是目标买方和使用场景,而不是收入组合或已验证客户名单。[CU001, CU002, CU003, CU014]
| 客户分层 | 买方 / 用户 / 付款方 | 使用场景 | 规模或价值证据 | 尽调缺口 |
|---|---|---|---|---|
| 商业卫星和载荷运营商 | 任务所有者或发射采购团队;付款方未确认 | 专发、拼车、卫星平台或任务选项评估 | 可直接销售发射服务;未披露客户数量或收入 | 已命名的付费任务、定价、定金和合同运力 |
| 政府任务发起方 | 政府机构或项目办公室;未披露具名付款方 | 主权进入轨道和执行卫星任务 | 政府客户是明确定位的类别 | 已授予任务、采购状态、合同价值和时间表 |
| 国防任务发起方 | 国防采购机构和任务用户;未披露具名付款方 | 主权或安全相关的进入轨道能力 | 国防客户是明确定位的类别 | 安全要求、已授予项目、任务载荷和经济性 |
| 技术与飞行测试项目 | 技术开发商或测试发起方;付款方未确认 | 高超音速飞行测试或在轨技术演示 | Starfish 围绕 ElaraSat 提供合作伙伴级别的在轨证明 | 商业条款、重复节奏和生产状态 |
客户分层来自 Gilmour Space 和 NRFC 的描述;保留来源未披露的规模、付款方身份和商业价值保留为空值。
[CU001, CU002, CU003, CU005, CU008]6.2 采用证据来自技术,而非商业
最强的采用证据来自资产层面。National Reconstruction Fund Corporation 报告称,100 kg 的 ElaraSat 平台在美国拼车发射后成功在轨运行;Starfish Space 更新称 Otter Pup 2 已完成捕获,并在距 ElaraSat 1 km 内受控运行。这些事实证明存在一艘在运行的航天器及其周边的真实合作任务。发射服务成熟度则早得多:ABC 报道 Eris TestFlight 1 因疑似发动机故障飞行约 14 秒后坠毁。管理层给出的顺序是下一枚火箭入轨,再下一枚火箭搭载商业卫星。每年发射 4 次、最终超过 12 次的目标是路线图,不是已实现的利用率。[CU004, CU005, CU009, CU010, CU011]
| 指标或里程碑 | 数值 | 日期 / 期间 | 置信度 | 客户含义 | 缺失分母 |
|---|---|---|---|---|---|
| Eris TestFlight 1 飞行时长 | 坠毁前约 14 秒 | July 2025 | 高 | 集成飞行测试已完成,但未证明轨道发射服务 | 成功入轨任务和搭载载荷的任务 |
| ElaraSat 平台运行 | 据报道,100 kg 平台已成功在轨运行 | 访问时据报仍为当前状态 | 中 | 证明具备运营卫星平台的能力 | 付费客户、服务时长、可用性和合同价值 |
| Starfish 近距离运行 | 已完成捕获,并在距 ElaraSat 1 km 内受控运行 | LinkedIn 页面访问于 2026-10-21 | 中 | 具名外部合作伙伴任务提供使用场景证明 | 付款状态、合同范围、结果 KPI 和续约 |
| 受众覆盖 | 46,334 名 LinkedIn 粉丝 | 访问于 2026-10-21 | 中 | 仅代表认知度信号,不是客户或使用指标 | 客户数量、活跃任务、转化率和留存率 |
各里程碑的单位和总体不同,不能拼成漏斗;缺失的客户分母被明确列出,而不是从技术或受众指标中推算。
[CU004, CU005, CU009, CU011, CU012, CU013]6.3 点名的合作关系尚不能证明客户
保留来源点名 Starfish Space、Sojitz Corporation 和 Transcelestial,但证据质量与客户案例研究有明显差距。Starfish 提供了最强的外部证明,因为其航天器被描述为在轨运行于 ElaraSat 附近。这里关于 Sojitz 和 Transcelestial 的证据仅限于 Gilmour Space 自己的媒体发布索引标题:与 Sojitz 达成协议,以及选用 Transcelestial 激光器。保留文本没有说明谁向 Gilmour Space 付款、合同金额、生产周期、续约或量化客户结果。这些是有效的关系信号,也可能通向分销或任务需求,但不能算作三个已验证的收入客户,也不能证明重复购买。[CU005, CU006, CU016]
| 具名组织 | 客户分层 | 部署或使用场景 | 生产还是试点 | 观察到的结果 | 局限 |
|---|---|---|---|---|---|
| Starfish Space | 在轨技术合作伙伴 | Otter Pup 2 围绕 ElaraSat 的交会和近距离运行 | 在轨合作伙伴任务;是否为付费客户未知 | 已完成捕获,据报道在 1 km 内受控运行 | 没有合同价值、付款、时长或续约证据 |
| Sojitz Corporation | 商业或渠道关系 | Gilmour Space 发布索引宣布了协议 | 未知 | 仅有关系公告 | 保留文本未提供范围、部署、经济性或结果 |
| Transcelestial | 技术供应商或集成合作伙伴 | Gilmour Space 发布索引宣布选用激光通信 | 未知 | 仅有选用公告 | 保留文本不足以证明客户采购或已部署服务 |
这是指定证据池中可见的具名关系样本,并非完整客户名单;合作伙伴身份不被视为客户付款的证明。
[CU005, CU006, CU016]6.4 持久性、扩张与集中度仍不可见
保留来源集没有提供客户数、NRR、GRR、流失率、续约率、合同期限、满意度指标、已签发射积压、客户收入、最大客户占比或交易对手层面的商业条款。这是现有证据的局限,不是 Gilmour Space 没有合同或重复需求的证明。LinkedIn 的 46,334 名关注者说明触达范围,但关注者不是客户,不应作为采用分母。同样,首次发射尝试后的融资信心和供应商目录资料也不能证明客户转化。评估持久性需要合同级清单,区分已付款任务、定金、意向书、试点和合作协议,并配套群组续约与集中度数据。在此之前,客户旅程只能展示为证据成熟度路径,并明确标注签约、生产发射、续约和扩张环节的缺口。[CU007, CU008, CU012, CU013, CU014, CU015]
现有证据已覆盖技术资质认证和一项具名合作伙伴任务,但商业签约、生产发射、续约和扩张基本仍未得到验证。
有序阶段展示的是证据成熟度,不是经过测量的转化漏斗或已验证的客户流程;没有推断转化率。
[CU002, CU004, CU006, CU009, CU010, CU016]6.5 展示项
07风险
7.1 飞行可靠性与运营暴露
Eris 已从地面开发跨入飞行阶段,但尚未证明轨道可靠性。独立报道称 TestFlight1 升空约 14 秒后返回地面。公司后续调查将任务损失归因于氧化剂泵子系统的两种独立故障模式:一台一级发动机在点火约 9 秒后失去推力,另一台在约 17 秒时出现类似表现。已披露故障涉及泵电机和逆变器,包括外购部件。因此,这既是设计验证风险,也是供应商接口风险,不只是孤立的发射运营问题。此前由电气反馈触发的整流罩分离,以及反复的天气和运营延期,又增加了系统集成和发射频次风险。Gilmour 称正在实施设计、验证和流程改进,但指定证据没有显示重新验证已完成或重复飞行成功。能解决泵故障发现的 TestFlight2 是核心技术去风险门槛。[CR001, CR002, CR003, CR004, CR005, CR006, CR016]
| 失效模式 | 证据与可能性 | 严重性 | 缓解措施成熟度 | 剩余风险暴露 | 未解决缺口或监测事项 |
|---|---|---|---|---|---|
| 氧化剂泵电机或逆变器故障 | 已在 TestFlight1 中发生 | 严重 | 已说明设计、鉴定和流程改进;但未证明已完成 | 推力和运载器再次损失 | 鉴定报告、集成级段测试,以及成功飞越此前故障窗口的证据 |
| 电气集成与回馈 | 2025 年 5 月发射准备期间曾提前发生整流罩分离 | 高 | 直接问题已修复;更广泛的复发证据不可得 | 意外电气交互导致发射台延误或任务损失 | 系统级故障注入、功率隔离和回归测试证据 |
| 发射节奏与天气敏感性 | 发射批次经历了气旋、风力和运营延误 | 高 | 既有批次已完成;可重复的发射节奏尚未证明 | 每个发射窗口都可能导致收入和客户里程碑延期 | 经测试的周转方案、天气假设和进度储备 |
| 关键供应商接口 | 受影响的泵系统硬件中包括外部采购组件 | 高 | 供应商层面的整改和替代方案未披露 | 长交期部件重新设计、重新鉴定或反复缺陷 | 供应商身份、逃逸分析、第二供应源、库存和验收测试 |
| 集成扩张 | A$75 million NRFC 投资目标覆盖火箭、卫星、制造和航天港扩张 | 中 | 资本已承诺;运营执行尚未证明 | 设施、人员和运载器同步扩张,给质量体系带来压力 | 良率、不合格、返工、人员配置和测试吞吐量指标 |
严重性和可能性是分析师根据所引事件及已说明的整改措施作出的判断;不代表任何概率百分比, 且由于鉴定记录不可得,缓解措施成熟度仍然有限。
[CR001, CR002, CR003, CR004, CR005, CR006, CR013]已展示的技术故障主导当前剩余风险;由于公开材料没有证明控制措施有效,许可、供应商、发射节奏和现金跑道仍处于高风险。
序数标签总结的是引用证据和明确缺口;它们不是概率、基准分数或独立验证的控制评级。
[CR001, CR003, CR004, CR005, CR006, CR007, CR012, CR014, CR015, CR016]7.2 监管、法律与安全暴露
Bowen 并非未获许可的概念场址:Gilmour 报告称其于 2024 年 3 月取得设施许可、2024 年 11 月取得发射许可,并于 2025 年 7 月获得飞行管理计划批准。独立报道还称,CASA 于 2025 年 4 月下旬批准,澳大利亚航天局于 2025 年 5 月 13 日为首飞作出最终签字。这些里程碑降低了场址建设风险,但不会让未来任务无需许可;首次轨道任务本身就显示监管顺序可能推动进度变化。TestFlight1 之后,Gilmour 称最终调查报告已与 Space Regulator 办公室一并提交给澳大利亚航天局。公司还列出 ISO 9001、ISO 14001 和 ISO 45001 认证,并称异常没有造成人员受伤或不利环境影响。这些是积极控制措施,但保留来源池无法独立确认认证范围、当前任务特定许可条件、保险充足性、诉讼状态、环境执法记录或监管方是否接受纠正措施。这些遗漏仍是尽调事项,而不是不存在暴露的证据。[CR002, CR007, CR008, CR011]
| 规则、许可或风险暴露 | 司法辖区 | 证据状态 | 可能性 | 严重性 | 缓解措施 | 剩余风险与尽调路径 |
|---|---|---|---|---|---|---|
| 轨道发射设施许可 | Australia / Queensland | 公司报告称设施于 2024 年 3 月获许可;NRFC 将 Bowen 描述为已获许可 | 暂无近期吊销证据;续期范围未知 | 严重 | 具备许可的设施,并已完成首个发射批次 | 向监管机构核实许可证有效期、条件、保险和变更控制义务 |
| 任务发射许可与飞行管理审批 | Australia | 据报道,2024 年 11 月取得许可、2025 年 7 月取得飞行管理批准;首飞签批随后于 2025 年 5 月完成 | 中等进度风险 | 高 | 既有审批路径已经建立 | 获取 TestFlight2 许可里程碑、未决条件和监管机构往来函件 |
| TestFlight1 异常报告与纠正措施验收 | Australia | 公司称最终报告已提交给 Australian Space Agency 和 Office of the Space Regulator | 中 | 严重 | 调查已完成,并已说明改进措施 | 审阅监管机构接受的报告、闭环证据及任何复飞限制 |
| 安全、环境、诉讼、知识产权和保险风险暴露 | 澳大利亚及任务交易对手 | 公司报告称没有人员受伤或不利环境影响;更广泛的法律状态尚未确定 | 未知 | 高 | ISO 认证和指定安全区被列为控制措施 | 开展监管、法院、专利、环境和保险尽调;保留资料未提及不代表不存在风险暴露 |
这是截至 2026-10-21 的部分公开证据登记表;许可范围、纠正措施验收、保险、诉讼、知识产权和环境执法 需要监管机构或法律文件等一手材料。
[CR002, CR007, CR008, CR011]7.3 供应商、资本与合作伙伴依赖
供应链广泛,且至少一条已披露的故障路径跨越了自制与外购边界。National Reconstruction Fund Corporation 称 Gilmour 依赖数百家澳大利亚供应商,飞行调查则在受影响的泵电机和逆变器中发现了外购部件。两个来源都没有说明供应商、替代资质、交付周期或集中度,因此不能仅凭供应商数量推断韧性。资本依赖同样重大。NRFC 承诺 A$75 million 用于 Eris 开发、制造扩产和 Bowen 扩建,两份政府来源称 NRFC 与 Hostplus 领投 A$217 million 的 E 轮。已募融资不等于可用现金:证据没有披露现金消耗、当前现金、资金续航、单次发射经济性、剩余基础设施承诺或融资条件。因此,投资者应把融资视为执行昂贵计划的能力,而不是计划已经获得可靠商业运营所需的全部资金。[CR003, CR012, CR013, CR014, CR015]
| 依赖项 | 交易对手或角色 | 集中度证据 | 失效情景 | 严重性 | 缓解措施 | 剩余风险暴露 |
|---|---|---|---|---|---|---|
| 泵电机和逆变器 | 未具名外部供应商组件 | 未披露 | 缺陷复发或重新鉴定延误,阻碍复飞 | 严重 | 已说明设计和鉴定变更 | 指定资料池中没有供应商、替代来源或闭环证据 |
| 更广泛的制造供应链 | NRFC 报告的数百家澳大利亚供应商 | 已披露供应商数量;未披露采购额和单一来源占比 | 长交期部件或质量逃逸限制发射节奏 | 高 | 国内供应网络和扩张资本 | 供应商数量多,不代表可替代性或库存韧性 |
| 发射授权 | Australian Space Agency、Office of the Space Regulator 和 CASA | 强制审批路径 | 纠正措施或任务审批延误 TestFlight2 | 高 | 首个发射批次已建立审批路径 | 未来许可条件和异常闭环验收仍不可得 |
| 扩张资本 | NRFC、Hostplus 和 Series E 银团 | 宣布 A$217 million 轮融资;当前流动性未披露 | 在轨可靠性和收入节奏形成前资金耗尽 | 高 | 大额新股权融资和 A$75 million NRFC 参与 | 募集资金不等于可用现金;现金消耗、资金可支撑期、承诺和条款均是缺口 |
| 商业发射需求 | 商业、政府和国防客户 | 保留来源未披露有收入的订单积压或客户集中度 | 可靠性证明延迟,客户转向其他发射服务商 | 高 | 集成式运载器、卫星和获许可航天港方案 | 合同确定性、定金、取消权和客户集中度需要尽调 |
登记表区分了已披露的依赖项与缺乏依据的集中度假设;集中度数据为空以及未披露的融资条款仍明确标为缺口。
[CR003, CR007, CR012, CR013, CR014, CR015]7.4 监测、缓释措施与论点破裂点
监测应聚焦于把已宣称的整改转化为已证明可靠性的证据。下一次发射前,尽调应取得监管方接受的异常报告、根因闭环矩阵、重新设计的泵和逆变器验证结果、供应商变更控制记录、级间集成测试结果以及任务特定许可路径。TestFlight2 期间,最低技术证明包括一级推力在此前故障时间窗内保持稳定、制导与分离行为正常,并在获许可范围内安全完成。飞行之后,投资逻辑需要可信的发射频次计划、已签客户里程碑,以及能够在再次测试失败时避免紧急融资的现金续航。若泵或集成再次故障、纠正措施审查后监管方拒绝或出现重大延期、无法为关键供应商取得替代资质,或在轨道证明前资金续航耗尽,短期论点就会破裂。反过来,一次安全且获监管方批准的重复飞行,并披露纠正措施已闭环,将显著降低主要风险,但本身仍不能证明商业经济性。[CR003, CR004, CR007, CR009, CR010, CR012, CR014, CR015, CR016]
7.5 展示项
08估值
8.1 建议与入场纪律
建议是继续研究,而不是按当前报告估值直接投资。Multiples 列出 2026 年 5 月 $721 million 的估值;独立来源和投资者来源证实存在大额 E 轮,但没有提供用于优先权调整回报模型所需的股权结构表、优先股堆叠、收入、现金消耗、资金续航或单元经济性。战略融资验证了机构愿意为主权太空任务提供资金,但不能证明入场价格足以补偿技术和商业化风险。置信度为中等:融资与运营里程碑可见,但最影响决策的经济性仍属非公开信息。因此,入场纪律应要求经过验证的融资条款、当前财务模型和基于里程碑的定价,而不是依赖孤立的第三方估值。[CV001, CV002, CV003, CV004, CV008, CV012]
8.2 投资论点、反论点与证明负担
投资论点是:Gilmour 已搭建稀缺的澳大利亚基础设施,包括一体化运载火箭、卫星平台和获许可的轨道空间港,并得到公共资本和机构资本支持。ElaraSat 已被报道在轨运行,为卫星提供了具体验证点;E 轮资金则指定用于 Eris 开发、制造扩产和空间港扩建。反论点同样重要。Eris 首次尝试约 14 秒后坠毁,入轨、可靠性、发射频次和发射经济性都未经验证。大额融资可以延长验证计划,但如果重复测试或延期在产生收入的发射频次形成前消耗资本,也可能先带来进一步稀释。只有技术证明与商业证据同步改善,投资逻辑才应推进。[CV005, CV006, CV009, CV010, CV011, CV013, CV015]
| 观察视角 | 有证据支撑的论点 | 哪些事实会改变判断 |
|---|---|---|
| 正面论点 | 集成式发射运载器、卫星平台和获许可航天港,构成稀缺的主权能力阵地 | 成功完成轨道任务,并实现有合同支撑的客户转化 |
| 正面论点 | Series E 资本支持 Eris 鉴定、制造扩张和航天港扩建 | 证明投入带来可靠发射节奏和有吸引力的任务经济性 |
| 反命题 | 首次 Eris 尝试约 14 秒后结束,未能入轨 | 可重复的入轨能力,以及经过独立审查的可靠性计划 |
| 反命题 | 定价稀释和回报所需的财务与偏好条款信息缺失 | 完整的股权结构表、融资文件和当前运营模型 |
这是一个有边界的论点地图,不是详尽的风险登记册;融资用途来自投资者,未来的商业与技术结果仍取决于后续条件。
[CV005, CV006, CV009, CV010, CV011, CV013, CV015]8.3 情景与可比背景
上市公司收入倍数只能提供背景,不能直接回答估值。保留的市场数据来源列出了不同产品组合、成熟度、利润率和资本结构企业的宽泛区间;指定证据中没有 Gilmour 已验证的收入分母,因此套用这些倍数会制造虚假精确。乐观情景要求成功入轨,随后证明任务已签约且经济性有吸引力。基准情景假设 E 轮支持技术持续进步,在财务披露改善前暂不形成价格判断。悲观情景是验证周期延长、发射反复失败或商业化延期,消耗新资本并迫使重定价或稀释。没有私有证据,任何情景都无法支持可辩护的估值区间或目标回报。[CV002, CV004, CV005, CV007, CV008, CV009, CV013, CV014, CV015]
| 情景 | 明确假设 | 估值与回报逻辑 | 概率信号 | 下行触发因素 |
|---|---|---|---|---|
| 看涨 | 成功入轨,随后保持可靠发射节奏,并完成经验证的创收任务 | 里程碑落地后重新评估;在收入和融资条款披露前,无法提出可辩护的区间 | 入轨加上商业合同转化 | 资质成功并不等于形成有经济价值的发射需求 |
| 基准 | E 轮融资支持持续资质认证和制造推进,但商业证明仍有限 | 暂缓形成价格判断,采用与里程碑挂钩的入场条款 | 透明的测试进展、现金跑道和积压订单披露 | 进度延误在形成发射节奏前消耗现金跑道 |
| 看跌 | 进一步的飞行失败或延误迫使公司在商业规模化前追加资本 | 公开证据无法界定下行空间,资本减值是合理可能 | 技术挫折反复,或近期需要融资 | 下轮融资、惩罚性优先权,或失去客户承诺 |
情景值和概率有意不作量化,因为分配到的证据缺少收入、利润率、现金流、股权结构表、优先权和可靠退出输入。
[CV002, CV005, CV008, CV009, CV013, CV014, CV015]8.4 决策门槛、退出准备度与最终尽调
退出准备度较低,因为保留来源既没有确定公开市场时间表,也没有提供交易证据,更没有披露用于检验战略或上市公司可比对象的财务画像。下一道投资评估门槛不是又一条融资新闻,而是一套把飞行可靠性连接到收入、利润率、现金消耗和合同积压的证据。所需尽调包括 E 轮文件、完全摊薄股权结构表、清算优先权、月度消耗与资金续航、发射和卫星积压、取消条款、每次任务贡献经济性,以及当前 Eris 验证计划。成功入轨并证明商业转化会改善判断。若反复失败、进度严重滑移,或在商业发射频次形成前需要融资,论点将破裂,应停止入场。[CV006, CV008, CV012, CV013, CV014, CV015]
资本和一体化基础设施带来期权价值,但发射证明和财务证明仍是形成可投资价格的前提。
| 节点 / 连接 | 节点 / 起点 | 终点 | 说明 |
|---|---|---|---|
| 节点 1 | 战略资本 [strategic-capital] | A$217 million 的 E 轮融资提供了开发资金。 | |
| 节点 2 | 一体化资产 [integrated-assets] | 运载火箭、卫星平台和持牌航天港。 | |
| 节点 3 | 卫星证明 [satellite-proof] | 据报道,ElaraSat 已成功在轨运行。 | |
| 节点 4 | 发射证明缺口 [launch-gap] | 首次 Eris 飞行约 14 秒后结束。 | |
| 节点 5 | 经济性缺口 [economics-gap] | 收入、现金跑道、单位经济性和证券条款仍未披露。 | |
| 节点 6 | 继续研究 [recommendation] | 只有在入轨、商业和融资条款得到证明后才重新定价。 |
该序列是分析性的决策链,不是按概率加权的估值模型。
[CV002, CV005, CV010, CV011, CV012, CV015]8.5 展示项
免责声明
本报告基于截至运行日期可获得的公开及预取证据,不构成投资、法律、税务或工程建议。
证据索引
| 编号 | 陈述 | 可信度 | 来源 |
|---|---|---|---|
| CO001 | Gilmour Space was founded on the Gold Coast in 2013 by brothers Adam and James Gilmour. | 中 | SO002, SO005 |
| CO002 | The official site identifies Gold Coast as headquarters and manufacturing and Bowen as the orbital-spaceport location. | 中 | SO006 |
| CO003 | Gilmour markets an integrated offering spanning Eris launch vehicles, ElaraSat satellite buses, and Bowen spaceport operations. | 高 | SO004, SO006 |
| CO004 | The Series E was reported at A$217 million, approximately US$145 million. | 高 | SO001, SO002, SO003, SO004 |
| CO005 | Information Age reported that Gilmour's valuation topped $1 billion, but the fetched text did not specify the currency. | 中 | SO002 |
| CO006 | NRFC reports that it invested $75 million and co-led the Series E with Hostplus. | 高 | SO001, SO004 |
| CO007 | NRFC and Information Age each reported that Gilmour employed more than 220 people. | 高 | SO002, SO004 |
| CO008 | Information Age reported $142 million of venture funding before the Series E, without specifying currency in the fetched text. | 中 | SO002 |
| CO009 | Eris lifted off in July 2025 but crashed after approximately 14 seconds. | 高 | SO002, SO003, SO007, SO008 |
| CO010 | Adam Gilmour said apparent engine failure caused the first Eris launch crash. | 中 | SO008 |
| CO011 | NewSpaceTracker reported electrical and thermal faults in pump motors and inverters on two first-stage motors as the TestFlight 1 loss-of-thrust cause. | 中 | SO003 |
| CO012 | Assigned 2026 sources report successful on-orbit operation of Gilmour's 100-kilogram ElaraSat satellite platform. | 高 | SO001, SO004 |
| CO013 | Bowen is reported as Australia's first licensed commercial orbital launch facility. | 高 | SO003, SO004, SO005, SO006 |
| CO014 | NewSpaceTracker's September 2026 profile said Gilmour remained committed to another launch attempt in 2026. | 中 | SO003 |
| CO015 | Former NASA Deputy Administrator Pamela Melroy joined Gilmour's board on 2026-06-23. | 中 | SO003 |
| CO016 | The limited public leadership roster implies material key-person dependence on CEO and co-founder Adam Gilmour. | 中 | SO002, SO003, SO008 |
| CM001 | Gilmour defines its core offer as integrated launch-vehicle, satellite-platform, and licensed-spaceport capability. | 中 | SM003 |
| CM002 | Third-party profiles place Gilmour in small-satellite launch services with adjacent satellite-platform capability. | 中 | SM002, SM005 |
| CM003 | Gilmour identifies commercial, government, and defence organizations as customer groups for its integrated capability. | 中 | SM003 |
| CM004 | Gilmour states that global demand for satellite launches is growing while access to orbit remains constrained. | 中 | SM003 |
| CM005 | NewSpace Index lists a $7 million launch cost for Eris. | 中 | SM001 |
| CM006 | NewSpace Index lists Eris performance at 215 kilograms. | 中 | SM001 |
| CM007 | Skybrokers describes Eris as carrying up to about 300 kilograms to low Earth orbit. | 低 | SM005 |
| CM008 | NewSpace Index records one Eris launch, with the first launch occurring in 2025. | 中 | SM001 |
| CM009 | Independent reporting says the debut Eris flight ended after about fourteen seconds. | 中 | SM007, SM008 |
| CM010 | Gilmour’s chief executive stated a goal of four rockets per year and eventually more than twelve. | 中 | SM008 |
| CM011 | The National Reconstruction Fund Corporation describes Bowen as Australia’s only spaceport licensed for orbital launch operations. | 中 | SM006 |
| CM012 | The National Reconstruction Fund Corporation identifies Australia’s size and southern-hemisphere location as natural advantages for space access. | 中 | SM006 |
| CM013 | The National Reconstruction Fund Corporation says Gilmour relies on hundreds of Australian suppliers. | 中 | SM006 |
| CM014 | The National Reconstruction Fund Corporation committed $75 million for Eris development, manufacturing scale, and Bowen spaceport expansion. | 中 | SM006 |
| CM015 | Government reporting says Gilmour announced $217 million of Series E private-equity investment to fund development and operating scale. | 中 | SM004, SM006 |
| CM016 | The assigned evidence does not establish a monetary TAM, SAM, SOM, buyer budget, or contracted-demand denominator. | 低 | |
| CP001 | Gilmour presents an integrated Australian offering spanning Eris launch vehicles, the ElaraSat satellite platform, and Bowen spaceport operations for commercial, government, and defence missions. | 高 | SP001, SP002, SP007 |
| CP002 | NRFC states that Bowen is Australia's first and only spaceport licensed by the Australian Space Agency and other regulators for orbital launch operations. | 高 | SP002, SP006 |
| CP003 | Eris TestFlight1 flew for about 14 seconds and did not reach orbit. | 高 | SP004, SP005, SP008 |
| CP004 | In October 2025, management said Gilmour planned further launch attempts in 2026. | 中 | SP004 |
| CP005 | Gilmour's 100-kilogram ElaraSat satellite bus successfully operated on orbit after launch on a U.S. rideshare mission. | 高 | SP001, SP002, SP006 |
| CP006 | Gilmour announced A$217 million of Series E private-equity investment in January 2026. | 高 | SP001, SP002, SP006 |
| CP007 | Gilmour and NRFC reported a workforce above 220 people and reliance on hundreds of Australian suppliers. | 高 | SP001, SP002, SP006 |
| CP008 | SetterVC's caveated competitor sample names Rocket Lab, Firefly Aerospace, Isar Aerospace, Orbex, and PLD Space as comparable small-launch providers or developers. | 中 | SP003 |
| CP009 | None of the eight assigned sources reviewed discloses a comparable list price, realized contract price, discount schedule, or service-level commitment for Gilmour and the named peers. | 中 | SP001, SP002, SP003, SP004, SP005, SP006, SP007, SP008 |
| CP010 | Gilmour markets both dedicated-launch and rideshare mission paths to satellite and payload customers. | 中 | SP003, SP007 |
| CP011 | Gilmour's reported need for 24 Queensland permits plus environmental and airspace approvals indicates a material regulatory setup burden for orbital launch infrastructure. | 中 | SP004 |
| CP012 | The Australian Financial Review attributed the short first flight to suspected engine failure while reporting that investors still expected a fresh capital raise. | 中 | SP008 |
| CP013 | The announced Series E proceeds were designated for Eris qualification, rocket and satellite manufacturing, test and launch infrastructure, and workforce expansion. | 高 | SP001, SP002, SP006 |
| CP014 | Gilmour's integrated stack may reduce mission coordination, but its durability as a moat depends on proving reliable and repeated orbital launch performance. | 中 | SP001, SP003, SP004, SP006, SP007 |
| CP015 | The assigned evidence is insufficient to compare firm backlog, launch cadence, schedule guarantees, exclusivity, switching costs, or realized unit economics across Gilmour and named peers. | 中 | SP001, SP002, SP003, SP004, SP005, SP006, SP007, SP008 |
| CP016 | On an evidence-constrained ordinal map, Gilmour ranks high on documented offering breadth but below providers described as flying orbital launch vehicles on launch maturity. | 中 | SP003, SP004, SP005, SP007 |
| CI001 | Gilmour Space markets an integrated offer spanning launch vehicles, a satellite platform, spaceport operations, and hypersonic flight services. | 高 | SI003, SI004 |
| CI002 | The company targets commercial, government, and defence mission customers. | 高 | SI003, SI004 |
| CI003 | The retained official pages describe mission options but do not state list prices, discount schedules, or standard contract terms. | 中 | SI004, SI008 |
| CI004 | EquityZen lists Gilmour Space revenue and financial information as content requiring investor sign-up rather than displaying the figures publicly. | 中 | SI002 |
| CI005 | NRFC reports a A$75 million investment intended for Eris development, manufacturing scale, and Bowen spaceport expansion. | 中 | SI003 |
| CI006 | NRFC reports that Gilmour Space raised A$217 million in its Series E round. | 中 | SI003 |
| CI007 | SpaceNews reported a A$55 million Series D intended to support manufacturing, testing, and initial rocket and satellite launches. | 中 | SI001 |
| CI008 | The first Eris flight remained airborne for about 14 seconds, did not reach orbit, and was attributed by the chief executive to apparent engine failure. | 高 | SI005, SI006, SI007 |
| CI009 | The chief executive stated a target of four launches per year and eventually more than twelve. | 中 | SI007 |
| CI010 | The chief executive described a sequence in which the next rocket would aim for orbit and a later rocket would carry a commercial satellite. | 中 | SI007 |
| CI011 | AFR reported that investors expected more than A$100 million of fresh capital despite the first launch failure. | 中 | SI006 |
| CI012 | The disclosed use of funds indicates that capital must support rocket development, satellite and rocket manufacturing, and spaceport infrastructure before repeatable service. | 中 | SI001, SI003, SI004 |
| CI013 | The retained evidence does not disclose unrestricted cash, monthly burn, debt obligations, gross margin, or runway. | 中 | SI002, SI003, SI004, SI008 |
| CI014 | The retained evidence does not quantify recognized launch revenue, contracted backlog value, realized pricing, or customer concentration. | 中 | SI002, SI004, SI008 |
| CI015 | NRFC reports more than 220 employees and reliance on hundreds of Australian suppliers. | 中 | SI003 |
| CI016 | The official site directs prospective payload customers toward mission-specific assessment rather than a self-service purchase flow. | 中 | SI004 |
| CE001 | Gilmour presents Eris, ElaraSat, Bowen Orbital Spaceport, and Hyperflight as an integrated product and service portfolio. | 中 | SE003 |
| CE002 | Eris is described as a three-stage launch vehicle using hybrid main propulsion with liquid oxidiser and a solid fuel grain. | 中 | SE001, SE008 |
| CE003 | The current supplier-derived Eris specification is approximately 305 kilograms to a 500-kilometre sun-synchronous orbit. | 中 | SE001 |
| CE004 | Eris TestFlight1 flew for about 14 seconds in July 2025 and did not reach orbit. | 高 | SE004, SE006, SE007 |
| CE005 | Chief executive Adam Gilmour said an apparent engine failure caused the TestFlight1 crash. | 中 | SE007 |
| CE006 | An electrical feedback event during shutdown unintentionally activated Eris-1's single-use fairing separation system before launch. | 中 | SE002 |
| CE007 | Bowen Orbital Spaceport is reported as Australia's first and only spaceport licensed for orbital launch operations. | 中 | SE005 |
| CE008 | A 100-kilogram ElaraSat satellite bus was reported operating on orbit after launch on a United States rideshare mission. | 高 | SE005, SE008 |
| CE009 | Gilmour states that its operations are certified to ISO 9001, ISO 45001, and ISO 14001 standards. | 中 | SE003 |
| CE010 | Government and news sources describe Gilmour's production model as relying on hundreds of Australian suppliers. | 高 | SE005, SE008 |
| CE011 | TestFlight1 was presented as the first of several flights intended to qualify the vehicle's systems. | 中 | SE002 |
| CE012 | The current supplier-derived roadmap targets Eris TestFlight2 for early 2027. | 中 | SE001 |
| CE013 | A federal Industry Growth Program grant was reported as supporting development of Eris's next-generation liquid rocket engine. | 中 | SE008 |
| CE014 | Control of a launch vehicle, satellite platform, and licensed spaceport is the central public basis for Gilmour's integrated and sovereign-access differentiation. | 中 | SE003, SE005 |
| CE015 | Public product maturity is bifurcated because ElaraSat has reported on-orbit heritage while Eris has not demonstrated orbit. | 高 | SE004, SE005, SE007, SE008 |
| CE016 | NewSpace Market reported that no public Eris datasheet was available and advised requesting the datasheet or interface control document from the supplier. | 中 | SE001 |
| CU001 | Gilmour Space's current offer spans Eris launch services, the ElaraSat satellite platform, and Bowen Orbital Spaceport for commercial, government, and defence missions. | 高 | SU003, SU004 |
| CU002 | The company invites satellite or payload customers to assess dedicated launch, rideshare, or other mission options through its launch sales team. | 中 | SU004 |
| CU003 | The NRFC describes Gilmour Space as providing Australian-made launch vehicles and satellite platforms to commercial, government, and defence customers. | 中 | SU003 |
| CU004 | The NRFC reports successful on-orbit operation of the 100 kg ElaraSat satellite bus after a U.S. rideshare launch. | 中 | SU003 |
| CU005 | A Starfish Space update reposted on Gilmour Space's LinkedIn page says Otter Pup 2 completed acquisition and operated under control within one kilometre of ElaraSat. | 中 | SU002 |
| CU006 | Gilmour Space's media-release index lists named relationship announcements involving Starfish Space, Sojitz Corporation, and Transcelestial. | 中 | SU008 |
| CU007 | The eight retained sources disclose no customer count, NRR, GRR, churn, renewal rate, contract duration, or customer satisfaction metric. | 高 | SU001, SU002, SU003, SU004, SU005, SU006, SU007, SU008 |
| CU008 | The retained sources do not disclose contracted launch backlog, customer revenue, top-customer share, or counterparty-level commercial terms. | 高 | SU001, SU002, SU003, SU004, SU005, SU006, SU007, SU008 |
| CU009 | ABC reported that Eris TestFlight 1 flew for about 14 seconds before crashing at the launch pad after an apparent engine failure. | 高 | SU005, SU006, SU007 |
| CU010 | Adam Gilmour told ABC that he hoped the next rocket would reach orbit and the following rocket would carry a commercial satellite. | 中 | SU007 |
| CU011 | Adam Gilmour told ABC that Gilmour Space wanted to reach four launches a year and eventually more than 12. | 中 | SU007 |
| CU012 | Gilmour Space's LinkedIn page showed 46,334 followers on the access date. | 中 | SU002 |
| CU013 | The LinkedIn follower count is an audience indicator, not evidence of paying customers or active deployments. | 中 | SU002 |
| CU014 | The official website routes prospective payload customers to a launch enquiry rather than publishing pricing, lead times, contracted capacity, or conversion data. | 中 | SU004 |
| CU015 | Skybrokers' supplier listing describes commercial satellite launches as a future plan rather than an achieved operating record. | 低 | SU005 |
| CU016 | The named Starfish, Sojitz, and Transcelestial announcements establish relationship evidence but do not, in the retained text, establish paying-customer status, contract value, production duration, or renewal. | 中 | SU002, SU008 |
| CR001 | Eris TestFlight1 returned to the ground about 14 seconds after liftoff without reaching orbit. | 高 | SR002, SR004, SR005, SR008 |
| CR002 | Gilmour Space's investigation says one first-stage motor lost thrust about nine seconds after ignition and a second showed similar behaviour around 17 seconds. | 中 | SR001 |
| CR003 | The company identified two independent oxidiser-pump failure modes involving electrical and thermal faults in pump motors and inverters, including externally sourced components. | 中 | SR001 |
| CR004 | Gilmour Space says it is evaluating and implementing design, qualification, and process improvements, but the assigned evidence does not document completed requalification. | 中 | SR001 |
| CR005 | Eris payload fairings separated prematurely during May 2025 launch preparation after an electrical backfeed or power-surge event. | 高 | SR002, SR004 |
| CR006 | Cyclone, wind limits, operational delays, and technical issues repeatedly moved the maiden-launch schedule before TestFlight1 occurred. | 高 | SR002, SR004 |
| CR007 | Independent reporting says the maiden campaign received CASA approval in late April 2025 and final Australian Space Agency sign-off on May 13, 2025. | 高 | SR002, SR003 |
| CR008 | Gilmour Space reports a March 2024 facility licence, a November 2024 launch permit, and July 2025 approval of its flight management plan. | 中 | SR003 |
| CR009 | Gilmour Space's current company page targets Eris TestFlight2 for early 2027. | 中 | SR003 |
| CR010 | The current early-2027 TestFlight2 target is later than the CEO's July 2025 aspiration to launch the second rocket within months. | 中 | SR003, SR008 |
| CR011 | Gilmour Space lists ISO 9001, ISO 14001, and ISO 45001 certifications, while company representatives said TestFlight1 caused no injuries or adverse environmental impacts. | 中 | SR003, SR004, SR007 |
| CR012 | NRFC reports that Gilmour Space relies on hundreds of Australian suppliers. | 中 | SR006 |
| CR013 | NRFC's A$75 million investment is intended for Eris development, manufacturing scale-up, and expansion of the Bowen spaceport. | 中 | SR006 |
| CR014 | Government sources describe a A$217 million private-equity Series E led by NRFC and Hostplus. | 高 | SR006, SR009 |
| CR015 | Public evidence retained for this chapter does not disclose current cash, burn, runway, launch-unit economics, supplier concentration, or remaining infrastructure commitments. | 低 | |
| CR016 | The principal near-term de-risking gate is a regulator-cleared TestFlight2 that demonstrates closure of the disclosed pump and integration failures. | 中 | SR001, SR003, SR004 |
| CV001 | The available evidence supports a research-more recommendation because financing capacity is visible but orbital reliability and valuation inputs remain unresolved. | 中 | SV001, SV002, SV007, SV008 |
| CV002 | Gilmour Space's Series E raised A$217 million according to Aviation Week, NRFC, and QIC. | 高 | SV002, SV003, SV004 |
| CV003 | NRFC reports that it made a $75 million investment in Gilmour Space. | 中 | SV003 |
| CV004 | Multiples lists Gilmour Space at a $721 million valuation as of May 2026. | 中 | SV001 |
| CV005 | The first Eris test flight lasted about 14 seconds and did not reach orbit. | 高 | SV005, SV007, SV008 |
| CV006 | The first-flight outcome leaves reliable orbital insertion and commercial launch cadence unproven. | 中 | SV005, SV007, SV008 |
| CV007 | Multiples lists revenue multiples of 1.1x for York Space Systems, 5.1x for BlackSky, and 12.2x for Creotech Instruments. | 中 | SV001 |
| CV008 | The assigned valuation evidence provides no verified Gilmour revenue figure, so the cited revenue-multiple comparables cannot produce an underwritten enterprise value. | 中 | SV001, SV003, SV004 |
| CV009 | NRFC and QIC state that the Series E capital supports Eris development, manufacturing scale-up, and Bowen spaceport expansion. | 高 | SV003, SV004 |
| CV010 | Gilmour Space describes an integrated capability spanning its Eris launch vehicle, ElaraSat satellite platform, and licensed Bowen spaceport. | 中 | SV006 |
| CV011 | NRFC and QIC report successful on-orbit operation of Gilmour Space's 100-kilogram ElaraSat satellite bus. | 高 | SV003, SV004 |
| CV012 | No retained financing source discloses Series E security terms or fully diluted ownership, preventing a preference-adjusted entry-price and target-return model. | 中 | SV001, SV002, SV003, SV004 |
| CV013 | A bull case requires successful orbital flight and evidence that launch and satellite capacity converts into revenue-bearing missions. | 中 | SV003, SV006, SV008 |
| CV014 | A base case assumes Series E-funded technical progress while keeping valuation contingent on commercial and financial disclosure. | 中 | SV002, SV003, SV004, SV008 |
| CV015 | A bear case is triggered by further launch failure or delay that consumes capital before commercial cadence is demonstrated. | 中 | SV003, SV007, SV008 |
| 编号 | 出版方 | 标题 | 引文 |
|---|---|---|---|
| SO001 | CompositesWorld | Gilmour Space secures $145 million Australian investment to scale sovereign space capability | The Series E round was jointly led by the National Reconstruction Fund Corp. (NRFC) and Hostplus, with participation from Future Fund, Blackbird, Funds SA, Hesta, NGS Super, Main Sequence, QIC and Brighter Super. |
| SO002 | Information Age / Startup Daily | Australia's Gilmour Space rockets to unicorn status | Gilmour Space Technologies has banked $217 million in a Series E funding round to reach unicorn status, with the Queensland rocket builder’s valuation topping $1 billion. |
| SO003 | NewSpaceTracker | Gilmour Space — Profile, Funding, Leadership & News | Former NASA Deputy Administrator Pamela Melroy joins Gilmour Space's board of directors on 23 June. |
| SO004 | National Reconstruction Fund Corporation | Gilmour Space Technologies | The NRFC has made a $75 million investment in Gilmour Space Technologies (Gilmour Space), which the company will use to further develop its Eris orbital rocket technology, scale its satellite and rocket manufacturing, and expand its spaceport in Bowen, North Queensland. |
| SO005 | Skybrokers | Gilmour Space Technologies | The company was founded in 2013 on the Gold Coast, Australia, by brothers Adam and James Gilmour, with the goal of creating a sovereign Australian capability for building, launching, and operating rockets and satellites. |
| SO006 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Gilmour Space is Australia's leading space technology company, building and operating an integrated launch vehicle, satellite platform and spaceport capability to provide flexible access to orbit for Commercial, Government and Defence customers worldwide. |
| SO007 | Australian Financial Review | Australia’s attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SO008 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | The 23-metre orbital rocket flew for about 14 seconds before crashing at its launch pad near Bowen, 1,000 kilometres north of Brisbane. |
| SM001 | NewSpace Index | Gilmour Space - Launcher | Launch cost $7M Cost per kg 32560 $/kg Performance 215 kg |
| SM002 | Wikipedia | Gilmour Space Technologies | The maiden flight of **Eris Block 1** ... took place on 30 July 2025 from **Bowen Orbital Spaceport** ... resulting in failure after 14 seconds of flight. |
| SM003 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Global demand for satellite launches continues to grow, but access to orbit remains highly constrained. |
| SM004 | Australian Space Agency | Gilmour secures $217 million in private investment | Proceeds from the raise will be used to support continued development and qualification of its Eris orbital launch vehicle, which attempted the first launch of an Aussie made rocket into orbit from Australian soil in July 2025. |
| SM005 | Skybrokers | Gilmour Space Technologies | Gilmour Space is best known for its Eris orbital rocket, a three-stage launch vehicle designed to deliver up to about 300 kg of payload to Low Earth Orbit (LEO) for small satellite missions. |
| SM006 | National Reconstruction Fund Corporation | Gilmour Space Technologies | Australia’s size and geographic location in the southern hemisphere provide natural advantages for accessing space. |
| SM007 | Australian Financial Review | Australia’s attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SM008 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | "We want to get up four rockets a year and then eventually more than 12 rockets a year," he said. |
| SP001 | Gilmour Space Technologies | Gilmour Space secures major Australian investment to scale sovereign space capability | Gilmour Space's milestones include Australia's first sovereign orbital launch attempt from home soil, the successful on-orbit operation of its 100-kilogram ElaraSat satellite platform, and the establishment of the country's first licensed commercial orbital launch facility in North Queensland. |
| SP002 | National Reconstruction Fund Corporation | NRFC to invest $75 million in Gilmour Space Technologies to help advance Australia's sovereign space capability | Its Bowen spaceport is the first and only spaceport in Australia to have been licensed by the Australian Space Agency and other regulators for orbital launch operations. |
| SP003 | SetterVC | Gilmour Space Technologies | SetterVC | Competitor list is illustrative and may be incomplete, stale, or erroneous. |
| SP004 | Space.com | Australia's Gilmour Space 'not going to give up' as it eyes 2nd orbital launch attempt in 2026 | Gilmour Space launched its first Eris rocket on July 29 from the Bowen Orbital Spaceport in coastal Queensland, but the rocket fell to Earth just 14 seconds after liftoff. |
| SP005 | Skybrokers | Gilmour Space Technologies - Skybrokers | The rocket lifted off from the pad and flew for about 14 seconds, providing valuable engineering data for future flights despite not reaching orbit. |
| SP006 | National Reconstruction Fund Corporation | Gilmour Space Technologies | National Reconstruction Fund Corporation | The NRFC has made a $75 million investment in Gilmour Space Technologies (Gilmour Space), which the company will use to further develop its Eris orbital rocket technology, scale its satellite and rocket manufacturing, and expand its spaceport in Bowen, North Queensland. |
| SP007 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Gilmour Space is Australia's leading space technology company, building and operating an integrated launch vehicle, satellite platform and spaceport capability to provide flexible access to orbit for Commercial, Government and Defence customers worldwide. |
| SP008 | Australian Financial Review | Australia's attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SI001 | SpaceNews | Launch vehicle startup Gilmour Space raises $36 million | Australian startup Gilmour Space Technologies has raised $55 million Australian dollars ($36 million) in a Series D funding round announced Feb. 19. |
| SI002 | EquityZen | Invest In Gilmour Space Technologies Stock | Gilmour Space Technologies Revenue and Financials |
| SI003 | National Reconstruction Fund Corporation | Gilmour Space Technologies | The NRFC has made a $75 million investment in Gilmour Space Technologies (Gilmour Space), which the company will use to further develop its Eris orbital rocket technology, scale its satellite and rocket manufacturing, and expand its spaceport in Bowen, North Queensland. |
| SI004 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Gilmour Space is Australia's leading space technology company, building and operating an integrated launch vehicle, satellite platform and spaceport capability to provide flexible access to orbit for Commercial, Government and Defence customers worldwide. |
| SI005 | Skybrokers | Gilmour Space Technologies | The rocket lifted off from the pad and flew for about 14 seconds, providing valuable engineering data for future flights despite not reaching orbit. |
| SI006 | Australian Financial Review | Australia's attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SI007 | ABC News Australia | Aussie rocket launch deemed a success despite crash after 14 seconds | "We want to get up four rockets a year and then eventually more than 12 rockets a year," he said. |
| SI008 | Gilmour Space Technologies | Media Releases | Gilmour Space secures major Australian investment to scale sovereign space capability |
| SE001 | NewSpace Market | Eris | Eris is Gilmour Space Technologies’ orbital launch vehicle, designed to carry approximately 305 kg to sun-synchronous orbit at 500 km altitude. The three-stage vehicle uses Gilmour’s hybrid rocket engines (liquid oxidiser with a solid fuel grain) as its main propulsion, a combination that provides the simplicity of solid motors with the throttleability of liquid-fuelled engines. |
| SE002 | Space.com | Launch of Australia's 1st orbital rocket, Gilmour Space's Eris-1, delayed again, to July 27 | Eris-1's payload fairing system was triggered when neighboring components created a feedback charge during a routine vehicle shutdown that engaged the single-use deployment protocols and ejected the protective shell from the launch vehicle. |
| SE003 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Backed by major Australian investors, Gilmour Space is developing end-to-end access to space with our Eris launch vehicles, ElaraSat satellite platform, and fully licensed spaceport operations in North Queensland — enabling more frequent and flexible commercial, government & defence missions from Australia. |
| SE004 | Skybrokers | Gilmour Space Technologies | The rocket lifted off from the pad and flew for about 14 seconds, providing valuable engineering data for future flights despite not reaching orbit. |
| SE005 | National Reconstruction Fund Corporation | Gilmour Space Technologies | Gilmour Space conducted the first test flight of an Australian-developed orbital launch vehicle in July 2025, and has demonstrated its satellite capability through the successful on-orbit operation of its 100kg ElaraSat satellite bus, which was launched on a U.S. rideshare mission last year. |
| SE006 | Australian Financial Review | Australia's attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SE007 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | Gilmour Space Technologies CEO Adam Gilmour said it appeared engine failure was to blame for the rocket's crash. |
| SE008 | Startup Daily | Gilmour Space is hoping this week is finally their chance to make history with a test flight of its Australian-made Eris rocket | In June, the Gilmour Space-built ElaraSat, 100kg multi-mission satellite (MMS) “bus” (aka platform) went into orbit thanks to a SpaceX mission from California. |
| SU001 | SatNews (syndicated Gilmour Space release) | Gilmour Space Technologies' giant leap for Australia's space capability with successful first test launch of Eris rocket | It is the next step in Gilmour’s mission to provide low-cost, responsive launch services for small satellites — a capability in growing demand globally. |
| SU002 | Starfish Space via Gilmour Space Technologies LinkedIn repost | Gilmour Space Technologies | This is not a flyby. Otter Pup 2 is staying close, making it one of only a small number of free-flying spacecraft in history to operate under control within 1 km of another spacecraft. |
| SU003 | National Reconstruction Fund Corporation | Gilmour Space Technologies | Gilmour Space conducted the first test flight of an Australian-developed orbital launch vehicle in July 2025, and has demonstrated its satellite capability through the successful on-orbit operation of its 100kg ElaraSat satellite bus, which was launched on a U.S. rideshare mission last year. |
| SU004 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Gilmour Space is Australia's leading space technology company, building and operating an integrated launch vehicle, satellite platform and spaceport capability to provide flexible access to orbit for Commercial, Government and Defence customers worldwide. |
| SU005 | Skybrokers (supplier listing) | Gilmour Space Technologies | Future plans include additional Eris rocket test flights, commercial satellite launches, and expansion of its integrated space ecosystem. |
| SU006 | Australian Financial Review | Australia's attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SU007 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | Mr Gilmour said he hoped the next rocket would go into orbit, and the next after that would take up a commercial satellite. |
| SU008 | Gilmour Space Technologies | Media Releases | Gilmour Space to Support Starfish Space’s On-Orbit Docking Mission ... Gilmour Space selects Transcelestial lasers to unlock high speed satellite communications for the AI-era ... Gilmour Space signs agreement with Sojitz Corporation |
| SR001 | Space & Defense | Gilmour Space details cause of Eris TestFlight1 failure | According to Gilmour Space, the investigation found that about nine seconds after ignition, one of the four first-stage hybrid rocket motors experienced a loss of thrust. |
| SR002 | NASASpaceFlight | Gilmour Space's Eris rocket fails initial test flight from Australia | After liftoff at 22:35 UTC on July 29, the vehicle slowly cleared the launch tower and drifted to the side before coming back down to Earth. |
| SR003 | Gilmour Space Technologies | About Gilmour Space | Early 2027 — Eris TestFlight2 target |
| SR004 | Space.com | Australia's 1st orbital rocket, Gilmour Space's Eris, fails on historic debut launch | There were no injuries and no "adverse environmental impacts" as a result of the launch anomaly, company representatives said in the statement. |
| SR005 | Skybrokers | Gilmour Space Technologies | The rocket lifted off from the pad and flew for about 14 seconds, providing valuable engineering data for future flights despite not reaching orbit. |
| SR006 | National Reconstruction Fund Corporation | Gilmour Space Technologies | Gilmour Space relies on hundreds of Australian suppliers for the components and equipment it uses for its rocket, satellite, and launch services. |
| SR007 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Certified to ISO 9001, ISO 45001 and ISO 14001 standards. |
| SR008 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | The 23-metre orbital rocket flew for about 14 seconds before crashing at its launch pad near Bowen, 1,000 kilometres north of Brisbane. |
| SR009 | Australian Space Agency | Gilmour secures $217 million in private investment | Gilmour Space Technologies announced it has $217 million in private equity investment to support the next phase of growth in Australia’s domestic space capability. |
| SV001 | Multiples | Gilmour Space Technologies Valuation, Funding & Investors | Gilmour Space Technologies is currently valued at $721M, based on its Series E in May 2026. |
| SV002 | Aviation Week | Australia Leads Gilmour Space Funding Round | The Australian government has led an A$217 million ($141 million) funding round for Gilmour Space Technologies aimed at working on the Eris rocket and expanding production capacity. |
| SV003 | National Reconstruction Fund Corporation | Gilmour Space Technologies | Gilmour Space has raised $217 million as part of its Series E funding round |
| SV004 | QIC | Backing Queensland's pathway to orbit as Gilmour Space raises $217 million | QIC has reaffirmed its long-standing support for Queensland sovereign space capabilities through its participation in Gilmour Space Technologies’ Series E funding round, which has raised more than A$217 million. |
| SV005 | Skybrokers | Gilmour Space Technologies | The rocket lifted off from the pad and flew for about 14 seconds, providing valuable engineering data for future flights despite not reaching orbit. |
| SV006 | Gilmour Space Technologies | Gilmour Space Technologies | Launching rockets and satellites to orbit from Australia | Gilmour Space is Australia's leading space technology company, building and operating an integrated launch vehicle, satellite platform and spaceport capability to provide flexible access to orbit for Commercial, Government and Defence customers worldwide. |
| SV007 | Australian Financial Review | Australia's attempt at entering space race lasts less than 30 seconds | Gilmour Space investors said the start-up was on track to raise more than $100 million in fresh capital despite its first attempt to launch an Australian-made rocket into orbit being cut short by suspected engine failure, sending the spacecraft crashing back to the ground just seconds after lift-off. |
| SV008 | ABC News | Aussie rocket launch deemed a success despite crash after 14 seconds | The 23-metre orbital rocket flew for about 14 seconds before crashing at its launch pad near Bowen, 1,000 kilometres north of Brisbane. |