Launch & systems
- DemandPaid missions and hardware orders
- DeliveryVehicles, pads and delivered systems
- RevenueEarned launch and systems revenue
Space Race
Our investment view
The opportunity is larger than rockets. Launch providers, satellite networks, Earth-observation companies, and lunar contractors sell different things to different customers. We expect the strongest long-term businesses to turn a successful mission into repeat orders, reliable service, and cash. A launch or contract announcement alone does not show that a company can deliver profitably.
Our prediction by 2030: Defense launch, satellite connectivity, and Earth-observation data become more established infrastructure markets. Lunar delivery remains a less predictable business. The companies that win will show renewals, higher utilization or launch cadence, and improving cash generation—not just more missions.
What changes our view: Repeated delivery delays, shrinking follow-on orders, or growth that still consumes cash would weaken the thesis. Contract renewals, on-time missions, and improving margins would strengthen it.
Satellite industry revenue
Worldwide · USD billions2021Reported$279.4B
2022Reported$281.1B
2023Reported$285.0B
2024Reported$292.9B
2025Reported$303.0B
2030Mechanical model$357.9B
Test 2030 growth
Sources and market boundary
- 2030
- Each 2025 segment × (1 + selected annual growth) to 2030. Default growth carries the 2024–2025 change forward, capped at ±10% per year. It is an illustration, not a house forecast.
- Scope
- Satellite industry only. Ground equipment includes GNSS and consumer devices; services include legacy broadcast. Totals are not the addressable market or revenue forecast for the companies shown on this page. Do not add company revenue to this total.
- Version
- Bundled October 21, 2026 source snapshot
- Rounding
- The 2021 segment sum is $279.4B versus SIA's rounded $279B; 2022 sums to $281.1B versus $281B; 2024 sums to $292.9B versus $293B. The chart uses the displayed segment figures.
Space Race
–
This week’s news concentrated on Space Exploration Technologies Corp.’s push toward a satellite-to-phone network, governance friction over Starlink in conflict zones, and supplier-scale signals from a satellite-battery capital raise. These items illustrate commercial demand, regulatory risk and component supply entering the open market.
Reports that Space Exploration Technologies Corp. is courting 80,000 cell sites compress competitive stakes
Reports that Space Exploration Technologies Corp. is negotiating access to at least 80,000 cell sites and targeting a national satellite-to-phone network by early 2028 prompted public warnings from AT&T, Verizon and T-Mobile and a trade-group appeal to the FCC. The economic mechanism is simple: combining Starlink with terrestrial sites could reduce last-mile costs for mobile coverage and raise demand for tower leases. The strongest counterevidence is that no final leases were disclosed, so credit to tower owners is conditional; Crown Castle and other tower operators could benefit if announced leases convert into contracts. [3] [4] [6]
Operational control of Starlink surfaces as a commercial risk after Ukraine dispute
Elon Musk’s statement that Ukraine violated Starlink terms, Ukraine’s public contradiction, and reporting that U.S. officials have for years asked for service alterations highlight governance and policy risk for Starlink commercial customers. The mechanism is that service restrictions or contested rules can impair recurring connectivity contracts and customer confidence. The strongest counterevidence is continuing commercial adoption and defenses of partnerships by customers; commercial partners could reduce or pause deployments if restrictions repeat. [7] [5] [2] [8]
Satellite-battery supplier raises AUD $23 million with orders supporting 500+ spacecraft
MP Space announced an AUD $23 million financing round after its batteries flew for the first time on a recent Bandwagon-5 mission and the company says it already has orders to support more than 500 spacecraft. The economic mechanism is that capital and early production orders for components convert large-constellation programs into vendor revenue opportunities. The strongest counterevidence is that the customer was undisclosed and order terms were not public, so revenue realization and margin impact remain conditional. [1]
Our investment read
These developments strengthen our view that recurring connectivity contracts and hardware demand are primary drivers of commercial space value, but they do not remove regulatory and execution risk. Space Exploration Technologies Corp. could exert downward pressure on traditional carriers and could create upside for tower owners such as Crown Castle, American Tower and SBA Communications if lease networks are executed, while Rocket Lab USA Inc., Redwire Corp and Planet Labs PBC could benefit from steadier component supply if MP Space’s orders convert to deliveries. A clear countercase that would weaken this read is conditional: if the FCC rejects spectrum or operational changes enabling satellite-to-mobile service, or if public filings show no signed tower leases covering the scale reported, then the market opportunity for Starlink mobile would be materially reduced; observable tests include FCC rulings and executed lease filings or long-form contracts that reference coverage of the 80,000 cell-site figure cited in recent reports. Evidence that would also overturn the thesis would be repeated, documented Starlink service suspensions that trigger commercial partner contract cancellations; observable tests include contract termination notices or public airline supplier withdrawals.
What matters next
For Space Exploration Technologies Corp., watch FCC filings and any public tower-lease agreements or regulatory approvals tied to the reported 80,000 cell sites and the company’s stated early-2028 timing. For commercial IFC adoption, watch EasyJet’s implementation announcements and fleet retrofit confirmations. For supply-side confirmation, watch MP Space customer disclosures, delivery notices or manufacturing milestones that convert the reported 500+ spacecraft orders into shipped product. For lunar and mission risk, watch Intuitive Machines’ IM-3 mission schedule and landing updates for 2027 as a test of mission-readiness and supplier performance.
Space economy briefing
Loading briefing…
How the space economy earns money
Demand → delivery → cashThe same headline can mean different things for each business. Follow the paying customer through delivery and recognized revenue, then ask what remains after operating costs and capital spending.
Satellite connectivity
- DemandPaying devices and service contracts
- DeliveryNetwork capacity and reliable coverage
- RevenueSubscribers × ARPU; hosted service separately
Earth observation
- DemandImagery, analytics and renewals
- DeliverySatellite fleet and usable data
- RevenueRecognized subscriptions and contract work
Lunar delivery
- DemandFunded task orders
- DeliverySuccessful mission milestones
- RevenueEarned milestone revenue
Investor testOperating cash − capital spending = cash after building the business, before acquisitions, financing and dividends.Compare reported cash ↓
Is the thesis working?
Growth in activity matters only when it becomes paid demand and cash. These tests put the contrary evidence on the same page.
Paying launch market
Supports2024: $9.3B · 224 paid launches → 2025: 296
What to watch
Paid launches and launch revenue both increased.
Next test: Next SIA report: paid-launch volume and revenue both exceed the prior year.
Primary source · 2025 ↗Launch activity
ContextFY2024: 148 → FY2025: 204
What to watch
FAA-authorized U.S. launches plus reentries; this is not paid demand or revenue.
Next test: Next FAA fiscal-year release: operations above the prior year; reconcile launches and reentries separately.
Primary source · FY2025 ↗Rocket Lab cash conversion
ChallengesH1 2025: −$138.2M → H1 2026: −$187.5M
What to watch
Operating cash after property, equipment and software purchases worsened despite higher revenue.
Next test: Next comparable filing: operating cash less capital purchases improves year over year, without relying on new equity issuance.
Primary source · H1 2026 ↗Iridium service economics
MixedQ3 2025: $7.95 · 1.991M devices → Q3 2026: 2.163M devices
What to watch
More billable devices, but lower revenue per device.
Next test: Next comparable quarter: billable devices and IoT ARPU both improve year over year.
Primary source · Q3 2026 ↗Satellite services mix
Mixed2024: $108.3B → 2025: $105.0B
What to watch
The broad SIA service category declined; it includes legacy broadcast and cannot stand in for new broadband demand.
Next test: Next SIA report: separate growing connectivity/data categories from shrinking legacy services.
Primary source · 2025 ↗Statuses describe these observations, not a probability or recommendation. FAA operations, global launch revenue, issuer cash and service pricing have different scopes and are never added together.
Featured company research
Holdings …
Space Exploration Technologies Corp. SPCX
Launch, Starlink connectivity, and space systems; AI revenue reported separately
Space + Connectivity revenue$7.015B
Separate AI revenue$7.560B
Q3 2026Space $1.767B · Connectivity $5.248B. AI is excluded from space-market revenue.Operating cash less equipment purchases−$34.972B
Nine months to Sep 30, 2026 · Our consolidated calculation; includes AI compute buildout and excludes IPO proceeds.Issuer report ↗What to watch: Space and Connectivity sales, Starlink subscribers, satellite investment, and cash after equipment purchases; separate AI from space economics.
Rocket Lab USA Inc. RKLB
Launch and space systems
Quarterly revenue$234.1M
Contract backlog$2.36B
Q2 2026Launch $44.6M · Space Systems $189.5MOperating cash less purchases−$187.5M
Six months to Jun 30, 2026 · Our calculation from the cash-flow statement; excludes acquisitions.Issuer report ↗What to watch: Launch execution, space-systems margins, and the pending Iridium transaction.
Intuitive Machines Inc. LUNR
Lunar delivery services
Quarterly revenue$206M
Contract backlog$1.8B
Q2 2026Company total includes spacecraft and national-security programs.Cash balance$367M
Jun 30, 2026 · Liquidity at quarter-end; not free cash flow.Issuer report ↗What to watch: On-time lunar delivery, payment milestones, and follow-on awards.
Planet Labs PBC PL
Earth-observation data
Quarterly revenue$116.1M
Remaining performance obligations$753.1M
Fiscal Q2 2027 · Jul 2026About 46% of RPO expected in the next 12 months.Free cash flow$21.3M
Six months to Jul 31, 2026 · Issuer-defined non-GAAP measure; adjusted free cash flow was $28.8M.Issuer report ↗What to watch: Customer renewals, data revenue, and cash conversion.
Redwire Corp RDW
Space infrastructure
Space segment revenue$55.2M
Space segment backlog$322.0M
Q2 2026Excludes the separate Defense Tech segment.Consolidated free cash flow−$48.0M
Six months to Jun 30, 2026 · Issuer-defined non-GAAP measure; includes Defense Tech.Issuer report ↗What to watch: Program delivery, segment margins, and working-capital needs.
Blacksky Technology Inc BKSY
Earth-observation and intelligence
Quarterly revenue$33.3M
Year-over-year change+50%
Q2 2026Cash, restricted cash and investments$244.1M
Jun 30, 2026 · Includes restricted cash; quarter included about $150M of ATM equity issuance.Issuer report ↗What to watch: Government renewals, analytics revenue, and cash conversion.
Iridium Communications Inc IRDM
Satellite communications
Commercial service revenue$159.9M
Billable subscribers2.696M
Q3 2026Revenue growth includes the Aireon acquisition.Net debt$2.06B
Sep 30, 2026 · Aireon acquisition increased leverage; Q3 cash capex was $27.4M.Issuer report ↗What to watch: Organic service growth, subscribers, leverage, and the pending Rocket Lab transaction.
SpaceX: three different businesses
Reported Q3 2026 · USDSpace
Revenue$1.767B
Operating result−$7M
Capital spending$1.606B
12 customer launches · 23 internal launches. The $1.130B launch-services line and $0.637B launch-and-development line sum to reported Space revenue; they are not a price per mission.
Connectivity
Revenue$5.248B
Operating result$2.367B
Capital spending$1.543B
$3.121B consumer · $2.127B enterprise and government. 13.6M consumer subscribers and $69/month ARPU are period-end indicators, not a reconciliation to quarterly revenue.
Super Intelligence
Revenue$7.560B
Operating result$431M
Capital spending$16.444B
AI and computing revenue and capital spending. Shown because it affects the public company's financing and value; excluded from the space-industry revenue chart.
Consolidated: $14.575B revenue · $2.791B operating income · $19.593B capital spending.
Operating income less capital spending is not free cash flow. The segment figures do not allocate working capital, financing, tax, or acquisition cash flows. Internal launches are not external customer demand.
SpaceX Q3 report filed with the SEC ↗SpaceX through 2030
Illustrative cases · Q3 2026 filing anchorCustomer demand21.0 launches / quarter
Capacity after internal missions31.3 / quarter
Modeled customer missions21.0 / quarter
What this case measures
IntraAlpha Base · 2030260total launches/year capacity, all vehicles and uses
Of those, internal demand135launches/year, all internal purposes and vehicles
Customer launch demand84launches/year before capacity constraints
These counts include all vehicles and uses. The filing does not identify which internal missions carry Starlink satellites, which vehicle is used, or the share that creates external revenue. Treat the model as a capacity-and-cash sensitivity, not a launch deployment forecast.
More bandwidth from each launch
Downlink bandwidth added · TbpsExisting network · Mar 2026>700 Tbpscumulative gross downlink
Satellites in orbit~9.6kbroadband and mobile
Starlink subscribers~10.3Msame March reporting date
The SEC-filed investor presentation ↗ reports these March observations. The 700 Tbps is a lower bound for the whole constellation, including mobile capacity; it cannot be divided by subscribers to infer delivered speed or revenue. Later launches add bandwidth while satellite retirements remove it. The filing does not give a dated, generation-level usable-capacity schedule.
SpaceX says its first V3 mission added about 10× the downlink capacity of a Falcon 9 Starlink mission. Its full V3 payload remains a design target.
Falcon 9 · V2Roadshow baseline · 27 satellites
2.6 TbpsFirst Starship · V3Q3 flight · approximate · 26 satellites
~26 TbpsFull Starship · V3Roadshow design target · 60 satellites
61 TbpsThe 23.5× full-payload comparison comes from the issuer’s IPO roadshow, not a demonstrated launch. These are gross bandwidth additions, not usable network capacity, subscriber demand, revenue or cash returns. Retirements and utilization are not disclosed at this level.
Sources: SEC-filed IPO roadshow ↗ · Q3 issuer report ↗
Test bandwidth → paying customers → revenue
Set the missing assumptions yourself. This converts one launch’s gross bandwidth addition into a hypothetical annual consumer revenue pace; it does not model the existing fleet or forecast SpaceX.
Enter valid usable share, busy-hour demand, and paying take-up to see the arithmetic.
Formula: gross bandwidth × usable share ÷ busy-hour Mbps per account × paying take-up × monthly revenue × 12. This omits fleet retirements, geographic demand, network contention, subscriber acquisition, launch and satellite costs, and taxes. The calculated accounts are equivalents, not subscribers won. No result feeds the published cash cases.
What would one launch have to earn?
Test whether that hypothetical annual consumer revenue could recover one mission’s all-in investment. Enter your own cost, incremental cash margin, service life and discount rate; SpaceX has not disclosed these as a comparable per-launch set.
Enter a valid revenue test and all four cost and return assumptions to see the result.
Level annual contribution is hypothetical revenue × cash margin. Discounted net value is the sum of each year’s contribution divided by (1 + discount rate) to that year’s power, less upfront cost. Simple payback ignores discounting. This omits demand ramp, churn, renewals, bandwidth retired, replacement launches, taxes and financing. It is a sensitivity, not SpaceX’s actual return on invested capital or a share-price estimate.
Can the Base subscriber path fit the fleet?
The cash case grows Q3’s 13.6M consumer subscribers but does not prove the satellites can serve them. Use its internal-launch and subscriber paths here, then supply the undisclosed allocation and network assumptions. The result is a stress test, not a published network plan.
Also uses the usable-bandwidth share and busy-hour Mbps per account entered above. “Usable” must include the consumer-eligible share, geography, network contention and operational limits; no such factor is reported by SpaceX.
Enter valid shares, retirement and the two bandwidth-demand assumptions above to plot the case.
Satellite replacement pressure
How much of the latest internal-launch pace could an unchanged constellation need just to replace aging satellites?
Steady-state replacements2,007 satellites / year
At 27 satellites per Falcon launch74.3 launches / year
Q3 internal-launch pace, annualized92 launches / year
81% of the reported internal-launch pace in this simplified test.
The March count was over 9,600 and includes mobile satellites; approximately 650 were V1 mobile. A steady-age fleet, one Falcon payload size, and unchanged satellite count are assumptions. The 23 Q3 internal launches were for all company purposes, so 92 annualized launches is a ceiling for this comparison, not Starlink capacity. Starship V3 adds much more bandwidth per launch and may change the replacement mix. No per-satellite cost is disclosed here, so this test does not alter the cash forecast.
Space
$11.0B
Connectivity
$43.5B
AI / computing
$44.3B
2030 annualized revenue $98.8B · Q3 2026 run rate $58.3B. AI remains outside the space-industry market chart.
Annual cash after equipment purchases
2027
−$40.6B
2028
−$36.0B
2029
−$30.0B
2030
−$22.4B
Base case · 2030 adjusted EBITDA $53.2B × assumed cash conversion 75.0% − capital spending $62.3B = −$22.4B. This is a scenario, not reported cash or a house forecast.
Biggest 2030 cash sensitivities
Change one Base assumption to its Bear value; hold every other Base input fixed. Negative figures show a smaller annual cash result. These are model sensitivities, not probabilities.
AI capex / revenue100% → 180%−$35.4B
Operating cash conversion75% → 60%−$8.0B
AI adjusted EBITDA margin55% → 35%−$6.6B
Connectivity capex / revenue25% → 35%−$4.4B
In this case, slower launch demand or less AI growth improves near-term cash because modeled capital spending exceeds the incremental operating-cash benefit. That is a warning about the assumed investment burden, not evidence that lower demand is good for long-term value. Full one-input effects are in the method below.
Conditional 2030 equity arithmetic
Q4 2026 cash after purchases has not been reported. Enter an assumption to connect September 2026 cash to the 2027–2030 path. Add separate enterprise-value/revenue multiples for each business.
These multiples are reader inputs, not observed transaction prices. This is a 2030 conditional value, not a present-value price target. The share path starts with 13.579B reported common shares and applies the case share-growth assumption; unvested awards, acquisitions, new debt, interest, tax and future financing are not modeled.
Inputs, source and method
Model edition bundled-spac · published 2026-10-22 · illustrative, unreviewed. The API edition is used when its reported anchor matches the filing bridge above; otherwise this page retains the dated bundled edition.
The filing reports Q3 revenue, adjusted EBITDA, customer/internal launches, and capital spending for each segment. Annual paths begin at four times Q3 2026 as a run-rate anchor, not reported full-year 2026. Consumer revenue scales by separate subscriber and ARPU assumptions; enterprise/government revenue scales separately. Customer mission demand is limited by quarterly launch capacity after internal missions. Launch-services revenue per counted customer launch is a recognition-timing proxy, not a sale price. Development revenue and AI revenue grow independently.
Segment adjusted-EBITDA and capital-spending ratios interpolate from Q3 reported values to each case's 2030 assumption. Consolidated operating-cash conversion starts at the reported nine-month cash-from-operations / adjusted-EBITDA ratio of 97.2% and interpolates to 75.0%. This conversion is volatile and does not allocate cash flow by segment. Annual operating-cash proxy less modeled segment capital spending is not an issuer forecast.
| Year | Space | Connectivity | AI | Adj. EBITDA | Cash proxy | Capex | After purchases |
|---|---|---|---|---|---|---|---|
| 2027 | $7.9B | $25.2B | $33.3B | $39.0B | $35.7B | $76.4B | −$40.6B |
| 2028 | $8.8B | $30.2B | $36.6B | $43.2B | $37.2B | $73.2B | −$36.0B |
| 2029 | $9.8B | $36.3B | $40.2B | $47.9B | $38.6B | $68.6B | −$30.0B |
| 2030 | $11.0B | $43.5B | $44.3B | $53.2B | $39.9B | $62.3B | −$22.4B |
Base case assumptions: consumer subscribers 20% yearly, ARPU 0% yearly, enterprise/government 20% yearly, customer-launch demand 15% yearly, internal-launch demand 10% yearly, 2030 capacity 65 launches per quarter, launch/development 5% yearly, AI revenue 10% yearly, annual economic shares 1.5% growth. Segment margins and capital ratios are in the exported inputs.
| Input | Base | Bear value | Cash effect |
|---|---|---|---|
| AI capex / revenue | 100% | 180% | −$35.4B |
| Operating cash conversion | 75% | 60% | −$8.0B |
| AI adjusted EBITDA margin | 55% | 35% | −$6.6B |
| Connectivity capex / revenue | 25% | 35% | −$4.4B |
| Consumer subscriber growth | 20% | 5% | −$2.1B |
| Enterprise / government growth | 20% | 5% | −$1.5B |
| Consumer price growth | 0% | -5% | −$1.0B |
| Customer launch demand growth | 15% | 0% | $1.6B |
| 2030 quarterly launch capacity | 65 / qtr | 35 / qtr | $3.4B |
| AI revenue growth | 10% | 0% | $8.2B |
Launch economics
Worldwide · nominal USD billions2025 paid launches296
2025 launch revenue$12.4B
Revenue / paid launch proxy$41.9M
2030 base scenario$24.9B
| Series | Latest |
|---|---|
| Reported | $12B |
| Bear | $13B |
| Base | $25B |
| Bull | $44B |
Activity behind the market
FAA-authorized operations · U.S. fiscal yearsLicensed launches and reentries show how quickly physical activity is growing. They are not paid missions, worldwide launch counts, or revenue.
| Series | Latest |
|---|---|
| FAA operations | 204 |
FY2025 included 195 licensed launches and 9 reentries. FAA licensing also covers some launches outside U.S. territory. These figures cannot be added to or compared directly with the worldwide paid-launch series above.
| Case | Launch growth | Revenue intensity | 2030 launches | 2030 revenue |
|---|---|---|---|---|
| Bear | 5% / yr | -4% / yr | 378 | $12.9B |
| Base | 15% / yr | 0% / yr | 595 | $24.9B |
| Bull | 25% / yr | 3% / yr | 903 | $43.9B |
Sources and method
- 2023
- SIA launch counts and revenue ↗ · 190 launches · $7.2B
- 2024
- SIA launch counts and revenue ↗ · 224 launches · $9.3B
- 2025
- SIA launch counts and revenue ↗ · 296 launches · $12.4B
- FAA activity
- FAA aerospace forecast ↗ · fiscal-year authorized launches and reentries, a separate physical-activity indicator.
- Identity
- Commercially procured launches × revenue intensity proxy = worldwide commercial launch revenue. The ratio is not an observed transaction price.
- Assumptions
- IntraAlpha scenario assumptions as of 2026-10-21. Compound 2025 commercially procured launches and the ratio of worldwide commercial launch revenue to those launches separately through 2030, then multiply. The ratio is revenue intensity, not a transaction price: numerator and denominator may have different scope. Count growth of 18% and 32% in 2024 and 2025 anchors a 15% base below the recent range; 5% stresses demand or capacity and 25% extends rapid deployment. Revenue-intensity growth of -4%, 0%, and 3% tests adverse mix, flat mix, and modest expansion. Unconstrained capacity, no inflation adjustment, and no company market-share attribution.
- Coverage
- No measured future launch capacity or company market share. No award ceiling counted as revenue.
- Version
- · bundled edition
From launch market to Rocket Lab
Download observations ↓2023
2024
2025
| Year | Worldwide launch revenue | RKLB launch revenue | RKLB launch gross profit | RKLB launch margin | Electron missions | Revenue scale ratio |
|---|---|---|---|---|---|---|
| 2023 | $7.2B ↗ | $71.9M ↗ | $8.1M | 11.2% | 10 | 1.00% |
| 2024 | $9.3B ↗ | $125.4M ↗ | $34.6M | 27.6% | 16 | 1.35% |
| 2025 | $12.4B ↗ | $199.0M ↗ | $81.3M | 40.8% | 21 | 1.61% |
- Index
- 2023 = 100 for each series; growth rates, not comparable dollar scales
- Revenue scale ratio
- RKLB segment revenue ÷ worldwide launch revenue; not market share because recognition and activity boundaries differ
- Equity gate
- Launch gross profit is before shared costs, capital spending and dilution
- Edition
- Bundled 2026-10-22 edition
Government demand: award to revenue
Selected awards through June 2026 · federal series belowNASA contract obligations
FY2021–FY2026 · USD billionsSpace R&D PSC AR subsetOther NASA contracts
FY2021$15.0B$7.7B AR
FY2022$15.2B$8.3B AR
FY2023$16.1B$8.7B AR
FY2024$15.0B$7.8B AR
FY2025$15.8B$7.8B AR
FY2026preliminary$16.0B$7.5B AR
- Measure
- Contract obligations by action date, net of de-obligations; not cash paid or issuer revenue
- Scope
- NASA awarding agency; AR is a Space R&D subset. Other NASA contracts may also serve space missions.
- Boundary
- Excludes Defense and other agency awards; neither series is the entire government space market
USAspending API method ↗Federal PSC manual ↗Displayed data and query (JSON) ↓Retrieved 2026-10-22 · Bundled edition
- Contract ceilingMaximum opportunity, not orders
- Award / taskSelected work, not payment
- ObligationFederal funds committed; award-level amount not verified here
- Recognized revenueEarned under issuer accounting; see filings
NASA
CLPS Moon Base delivery
Intuitive Machines · LUNR$148.3MDelivery award
One of four delivery awards in the NASA release; do not add the release-wide total again.NASA award release ↗
NASA
CLPS South Pole delivery
Intuitive Machines · LUNR$180.4MDelivery award
Announced task value for a targeted 2030 delivery; milestone timing and recognized revenue are separate.NASA award release ↗
Space Development Agency
Tracking Layer Tranche 3
Rocket Lab · RKLBUp to $816.45MAgreement + options
Issuer reports $806M base plus up to $10.45M in options for 18 satellites. Revenue depends on delivery and contract accounting.Rocket Lab investor release ↗
NASA
Lunar relay services
Intuitive Machines · LUNRUp to $4.82BIDIQ ceiling
Maximum potential orders across the contract term; actual task orders and earned service revenue require separate evidence.NASA contract release ↗
- Award coverage
- Selected announcements, separate from NASA obligation totals above
- Totals
- Not summed; ceilings, options, tasks and later revenue can overlap
- Model input
- Recognition schedule unavailable until reconciled to filings
Intuitive Machines: what is in the backlog?
June 30, 2026 · USD millionsReported backlog$1,762M
Firm remaining obligations$814.7M
Other backlog categories$947.3M
Firm remaining obligations $814.7M Transaction price of firm orders; timing depends on performance.
Estimated satellite program $587.0M Recorded backlog from a program with only $45M authority to proceed.
Funded, billable services $316.0M Recognized as services are performed and contractually billable; outside RPO.
Constrained consideration $44.3M Variable consideration; realization is uncertain.
One lunar award, two contract values
NASA announcement$148.3M
Base period$68.6M
Unexercised option$79.7M
- Acquisition effect
- $612.8M of backlog added through the January Lanteris acquisition
- Execution risk
- IM-3 and IM-4 contracts were in a loss position at June 30
- Revenue gate
- Delivery, funded scope and contract accounting determine the timing and margin
Intuitive Machines cash test
Six-month period · USD millionsRevenue$392.9M
Gross profit$66.0M
Gross profit to operating cash difference−$177.9M
Capital purchases−$33.9M
Cash after purchases−$145.8M
Cash break-even sensitivity
Cash after purchases−$145.8M
Break-even margin at this revenue53.9%
Break-even revenue at this margin$1261.3M
- Type
- Reader sensitivity · six-month period; baseline matches June 2026 filing
- Cash hurdle
- Observed gross profit less operating cash; includes operating costs, noncash adjustments and working capital
- Excluded
- Backlog timing, unexercised options, financing, tax and dilution
Rocket Lab economics
Rocket Lab · USD millionsQ2 2026 revenue$234.1M
Backlog at Q2 2026$2.36B
H1 2026 operating cash−$134.4M
Jun 2026 economic shares639.1M
$145M
Q2 2025Reported
$200M
Q1 2026Reported
$234M
Q2 2026Reported
What changed in launch revenue?
H1 2025 · 10 Electron missions$82.2M
Mission-count effect · +2+$16.4M
Mix and timing residual+$9.6M
H1 2026 · 12 Electron missions$108.2M
Reported 2025Mission countResidual
Gross profit: $21.4M → $47.3MForm 10-Q ↗
Electron capacity and unit economics
PeriodVehicles built ≈MissionsRevenue / launchCost / launch
2024≈1416——
2025≈2421——
H1 2025—10$7.5M$5.3M
H1 2026≈1112$9.2M$4.9M
Capacity test
Illustrative annual case · USD millionsVehicle-limited missions24
Demand beyond vehicles12
Contract value at mission time$220.8M
Unit spread before other costs$103.2M
Cash behind the growth
Six months to June 3020252026
Revenue$267.1M$434.4M
Gross profit$81.6M$161.1M
GAAP operating expenses−$200.5M−$274.6M
Other cash items$41.4M−$20.9M
Operating cash−$77.5M−$134.4M
PPE and software purchases−$60.7M−$53.1M
Operating cash less purchases−$138.2M−$187.5M
Gross profit needed to cover cash spending
H1 2025
$81.6M / $219.8M
H1 2026
$161.1M / $348.6M
Actual gross profit Outline = cash break-even hurdle
Rocket Lab raised $1,529.6M through at-the-market equity offerings in the same six months. Cash funding and shareholder dilution must be assessed alongside growth. Issuer cash-flow statement ↗
Operating cash scenarios
2027–2030 · illustrative, unreviewed01 / Physical gate38 possible missions
Demand40
Vehicles38
Pads40
Lowest of demand, vehicles and pads02 / Delivery36.9 completed97% completion assumption
03 / Revenue$1515MLaunch $374M + systems $1141M
04 / Cash−$288MAfter operating expenses, other cash items and capital purchases777M assumed economic shares
Where future work must come from
2027–2030 · Base caseThe June 2026 filing reports $2.36B of company backlog, split between Launch Services and Space Systems. For each segment, the dark portion below gives the most existing backlog could cover, even if all of it earns revenue after 2026.
Launch Services · $0.94B filed backlog
Modeled revenue$1.24B
At most from existing backlog$0.94B
Minimum new paid work$0.30B
Space Systems · $1.42B filed backlog
Modeled revenue$3.75B
At most from existing backlog$1.42B
Minimum new paid work$2.33B
These are lower bounds on additional paid work, not recognition schedules. A $0 minimum does not mean no new orders will be needed. Some backlog may earn revenue in H2 2026 or change before delivery. Launch backlog can include a different mix of services from this Electron-based scenario; using all of it as cover is deliberately generous. The issuer’s approximately 45% next-12-month recognition estimate is company-wide and cannot be assigned to either segment. June 2026 Form 10-Q ↗
2027202820292030
— Bear— Base— BullRule = cash break-even
| Year | Missions | Launch | Systems | Launch margin | Systems margin | Gross profit | OpEx | Other cash | Capex | Cash after purchases | Shares |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 2027 | 26.7 | $248M | $750M | 44.0% | 35.7% | $377M | $582M | −$44M | $116M | −$365M | 671M |
| 2028 | 30.1 | $288M | $863M | 44.4% | 36.4% | $442M | $617M | −$45M | $128M | −$348M | 705M |
| 2029 | 33.5 | $330M | $992M | 44.7% | 37.2% | $517M | $654M | −$46M | $140M | −$323M | 740M |
| 2030 | 36.9 | $374M | $1141M | 45.0% | 38.0% | $602M | $693M | −$45M | $152M | −$288M | 777M |
Conditional 2030 equity value
Jun 2026 cash + securities$2388M
Assumed H2 2026 cash−$188M
2027–2030 cash after purchases−$1324M
2030 cash before new funding$876M
Which assumptions matter most?
One adverse change at a time from the selected base case. Rows rank by the absolute change in conditional value per share when available, otherwise by 2030 cash after purchases. These shifts are comparison tests, not assigned probabilities.
| Driver | Adverse change | 2030 cash impact | 2030 equity / share impact |
|---|---|---|---|
| Operating expense growth | +3 points per year | −$82M | Choose a multiple |
| Systems gross margin | −5 points in 2030 | −$57M | Choose a multiple |
| Space Systems growth | −5 points per year | −$46M | Choose a multiple |
| Other cash items | −3 points of revenue | −$45M | Choose a multiple |
| Capital purchases | +3 points of revenue | −$45M | Choose a multiple |
| Launch gross margin | −5 points in 2030 | −$19M | Choose a multiple |
| Vehicle builds | −5 in 2030 | −$16M | Choose a multiple |
| Mission demand | −5 in 2030 | −$9M | Choose a multiple |
| Pad capacity | −5 in 2030 | −$9M | Choose a multiple |
| Launch revenue intensity | −2 points per year | −$9M | Choose a multiple |
| Mission completion | −5 percentage points | −$6M | Choose a multiple |
| Economic share growth | +2 points per year | $0M | Choose a multiple |
The multiple and second-half cash are reader assumptions. The starting balance is from June 2026, so the H2 bridge is required. This 2030 sensitivity is neither a present value nor a price target. It excludes acquisitions, new debt, equity issuance beyond the case share-growth rate, options and RSUs, cash interest, and the pending Iridium transaction. Rocket Lab subsequently issued 29.3M ATM shares; those shares and the gross financing proceeds are absent from this June-based equity bridge, so its conditional per-share figure cannot represent today’s capitalization. See the dated share and deal bridge below. A funding shortfall suppresses per-share output until financing and dilution can be modeled.
Case inputs and method
The anchor doubles reported H1 2026 figures: 24 Electron missions, $216M Launch Services revenue, $652M Space Systems revenue, and $549M operating expenses. It is a run rate, not a reported 2026 full year. Rocket Lab Form 10-Q ↗
- 2030 mission demand / vehicles / pads
- 40 / 38 / 40
- Completion factor
- 97%
- Launch revenue intensity growth
- 3% yearly
- Space Systems growth
- 15% yearly
- 2030 Launch Services margin
- 45%
- 2030 Space Systems margin
- 38%
- Operating expense growth
- 6% yearly
- 2030 other cash items
- -3% of revenue
- 2030 capital purchases
- 10% of revenue
- Economic share growth
- 5% yearly
Mission demand, vehicle build and pad limits move linearly from the annualized 2026 mission count to the selected 2030 values. Expected completions are the lowest of those three limits times the completion factor. Launch Services revenue uses H1 2026 segment revenue per counted Electron mission as a proxy, not a launch price; it contains HASTE and contract timing. Systems revenue compounds separately. Filed H1 2026 segment margins start at 43.7% for Launch Services and 34.9% for Space Systems; each interpolates to its displayed 2030 assumption, and their gross profit dollars are added. Gross profit minus operating expenses plus other cash items minus capital purchases yields cash after purchases. Other cash items and capital purchases move from their observed H1 2026 revenue ratios toward the selected 2030 assumptions; share-growth rates are assumptions, not filed guidance. The conditional valuation multiplies 2030 revenue by the reader's EV/revenue input, adds modeled pre-funding cash, subtracts June 2026 debt and finance leases held fixed, then divides by modeled economic shares. It does not discount a 2030 value to today. Acquisitions, transaction financing, debt service, interest, taxes beyond the cash adjustment, and the pending Iridium combination are outside this case. No case is assigned a probability or house price target.
Model edition: · bundled fallback. Filed anchor: 2026-06-30. Future assumptions remain scenarios even when the edition has been reviewed.
Share count behind the growth
Common shares plus one-for-one convertible preferred shares rose 8.4% from December 2025 to June 2026. Preferred-to-common conversions do not create new economic shares.
Dec 2025 · 589.5MJun 2026 · 639.1M
ATM offerings +14.5MConvertible notes +27.8MEmployee plans +5.1MAcquisition +2.3M
Cash and marketable securities rose from $1,098.8M to $2,387.6M over the same period. This includes financing proceeds, not cash generated by operations. The pending Iridium transaction and possible future issuance are excluded. Rocket Lab Form 10-Q ↗
Sources and calculation
- Reported
- Rocket Lab Q2 2026 presentation ↗ · Q2 2025, Q1 2026, Q2 2026 segment revenue; Q2 GAAP gross margin 36.1%.
- Backlog
- Rocket Lab Q2 2026 release ↗ · $2.36B at June 30; unearned orders, not revenue.
- Cash
- Six-month operating expenses, operating cash and property/equipment/software purchases come from the Form 10-Q ↗. “Other cash items” = reported CFO minus GAAP operating income; it combines noncash adjustments, working capital, net non-operating income and taxes. Cash break-even gross profit = GAAP operating expenses − other cash items + capital purchases, an exact retrospective identity. “Operating cash less purchases” is our calculation and excludes acquisitions and securities transactions.
- Launch bridge
- June 2026 Form 10-Q ↗ · six-month Launch Services revenue, gross profit, and completed Electron missions. Mission-count effect = two additional missions × prior-year segment revenue per counted Electron mission. Residual = remaining revenue change. Segment revenue includes HASTE, termination, study and timing effects, so the ratio is not a launch price.
- Electron capacity
- June 2026 Form 10-Q ↗ · reported Electron vehicles built and launched, plus the issuer's distinct transaction-value and cost-per-launch metrics. The annual test caps hypothetical paid demand at vehicles built plus available inventory. It does not model pads, mission reliability, Neutron, HASTE timing, contract recognition, shared overhead, working capital, capex, taxes, or diluted equity value. Its unit spread is not reported segment gross profit or free cash flow.
- Shares
- June 2026 Form 10-Q ↗ · common outstanding plus convertible preferred at each balance-sheet date. The share additions reconcile to the statement of changes in equity; options, RSUs, and potential future merger shares are excluded.
- Boundary
- The chart uses reported quarters only. The separate 2027–2030 cases are annual operating sensitivities, not reviewed forecasts or price targets. Acquired Space Systems revenue is included in reported figures.
Planet economics
Earth observation · USD millionsRevenue is growing. The test is whether contracted satellite data turns into durable cash after replacing and expanding the fleet.
Q2 FY2027 revenue$116.1M
Q2 gross profit$65.6M
Recurring share of ACV98%
Remaining obligations$753.1M
How much work is already contracted?
Planet expects to recognize about 46% of remaining performance obligations and 50% of its broader backlog in the next 12 months. Compare those amounts with four times its latest quarter's revenue, a simple pace benchmark rather than company guidance.
Current Q2 pace × 4$464.2M
Non-cancelable RPO · $346.4MAdditional backlog layer · $61.0MBeyond indicated backlog · $56.8M
| Revenue pace test | 12-month amount | Beyond current backlog |
|---|---|---|
| Hold Q2 pace | $464.2M | $56.8M |
| Q2 pace + 10% | $510.6M | $103.2M |
| Q2 pace + 20% | $557.0M | $149.6M |
The broader backlog includes contracts cancellable for convenience or subject to appropriation. Recognition timing is approximate; future orders, renewals, usage, cancellations and delivery can change every amount.
Gross profit Revenue after cost of revenue
Six months to July 3120252026
Revenue$139.7M$210.2M
Gross profit$78.9M$116.0M
Operating cash$85.1M$68.4M
Property, equipment and software−$30.8M−$47.1M
Free cash flow$54.3M$21.3M
First-half revenue rose 51%, yet free cash flow fell from $54.3M to $21.3M. Planet also raised about $120.4M net through an at-the-market equity offering in the first half of 2026. Growth and liquidity therefore need to be read alongside fleet spending and dilution.
What would change cash generation?
Try an annual revenue pace, gross margin, operating-cash conversion gap, and fleet/software spending. The starting point doubles Planet’s reported six months ended July 2026; it is a run-rate test, not a reported year or a forecast.
| Series | Latest |
|---|---|
| Gross profit | $232M |
| Conversion gap + fleet/software spend | $189M |
| Period | Revenue pace | Gross profit | Conversion gap | Fleet/software spend | Cash after spend |
|---|---|---|---|---|---|
| Year 1 | $420.4M | $232.1M | $95.3M | $94.2M | $42.6M |
| Year 2 | $420.4M | $232.1M | $95.3M | $94.2M | $42.6M |
| Year 3 | $420.4M | $232.1M | $95.3M | $94.2M | $42.6M |
| Year 4 | $420.4M | $232.1M | $95.3M | $94.2M | $42.6M |
Year 1’s estimated revenue still needs $13.0M beyond the currently indicated next-12-month backlog recognition. New awards and renewals must fill that gap. The conversion gap is the filed half-year difference between gross profit and operating cash, doubled; it includes operating spending, noncash items and working capital, which can make it volatile. This test excludes debt, tax, dilution, new acquisitions, and satellite replacement beyond the spending control.
Source and method
Planet fiscal Q2 2027 results and cash-flow statement ↗. Half-year free cash flow is operating cash less purchases of property and equipment and capitalized internal-use software; it matches the issuer's non-GAAP reconciliation. The equity figure is ATM proceeds net of issuance costs, not operating income. The 98% recurring-ACV measure is a share of contract value, not a revenue or renewal rate. The company expects approximately 46% of $753.1M RPO and 50% of $814.9M backlog to be recognized in the next 12 months. We multiply those rounded percentages by the reported balances and subtract their difference to form the additional backlog layer; the target-gap table is our calculation, not company guidance.
Planet reports company-wide results, including satellite services and analytics. This bridge does not attribute all reported revenue to the industry-wide satellite-services series or infer an equity value.
Iridium service economics
Q3 2025–2026 · USD millionsCommercial service revenue rose $21.6M. Hosted and other data added $22.7M; the other three service lines together fell $1.1M. Iridium says the hosted increase was primarily driven by its Aireon acquisition.
Commercial service$138.3M → $159.9M
Hosted & other data change+$22.7M
Commercial IoT subscribers1.991M → 2.163M
IoT monthly ARPU$7.95 → $7.63
Voice & dataIoT dataBroadbandHosted & other data
IoT subscriber bridge
More billable devices helped, while revenue per device declined. This bridge uses the issuer’s rounded subscriber counts and monthly ARPU; its rounding difference is shown rather than hidden.
| Q3 2025 IoT revenue | $46.71M |
|---|---|
| Subscriber effect | +$4.04M |
| ARPU effect | −$2.04M |
| Rounded inputs residual | −$0.04M |
| Q3 2026 IoT revenue | $48.67M |
Revenue growth and cash
Company revenue grew over the first nine months of 2026, while operating cash after capital spending declined. This company-wide cash measure includes the Aireon period and cannot be attributed to IoT alone.
| Measure | 2025 | 2026 |
|---|---|---|
| Total revenue | $658.7M | $690.0M |
| Operating cash | $291.5M | $281.7M |
| Capital spending | −$66.8M | −$79.2M |
| Cash after capital spending | $224.7M | $202.5M |
From services to company cash
Iridium’s Q3 2026 commercial, government, equipment, and engineering revenue adds to $246M. Four quarters at that pace would be $983M. This annualized starting point is an illustration, not reported annual revenue; Aireon entered the results in July.
2030 revenue pace$983M
Operating cash at selected rate$403M
Less capital spending−$108M
Cash after capital spending$295M
| Series | Latest |
|---|---|
| Revenue pace | $983M |
| Cash after capital spending | $295M |
━ Revenue pace━ Cash after capital spending
Change the assumptions
The starting cash-conversion and capital-spending rates are rounded from Iridium’s first nine months of 2026: 40.8% and 11.5% of revenue. They are not guidance for 2030.
| Year | IoT | Other revenue | Total | Cash after spending |
|---|---|---|---|---|
| 2026 | $195M | $788M | $983M | $295M |
| 2027 | $195M | $788M | $983M | $295M |
| 2028 | $195M | $788M | $983M | $295M |
| 2029 | $195M | $788M | $983M | $295M |
| 2030 | $195M | $788M | $983M | $295M |
This is a reader sensitivity, not an IntraAlpha forecast or equity valuation. The IoT lane compounds subscribers and revenue per device separately. One selected growth rate applies to the other six revenue lines; cash conversion and capital spending are selected percentages of modeled revenue. It does not model constellation replacement, working capital, taxes, debt service, dividends, the Aireon acquisition payment, or the pending Rocket Lab combination. Cash after capital spending is not cash available to shareholders.
Sources and calculation
Iridium reports four separate commercial service lines. The total is their sum, not the revenue of the wider space market. Hosted services, including Aireon after the July 2026 acquisition, do not have a comparable billable-subscriber or ARPU measure. Their growth must not be attributed to the 2.696 million company-wide billable subscribers.
For IoT data, average billable subscribers are the mean of the June and September quarter-end counts. The count effect is the change in average subscribers × 2025 monthly ARPU × 3 months. The ARPU effect is 2026 average subscribers × the ARPU change × 3 months. The residual reconciles rounded reported inputs to reported revenue.
Cash after capital spending is operating cash less capex; it excludes the Aireon purchase payment, dividends, debt service and financing. Neither this observation nor the reader sensitivity is a full cash forecast.
Iridium Q3 2026 release ↗ · Iridium Q2 2026 release ↗ · Iridium 10-Q cash flows ↗
Bundled issuer observations · October 21, 2026. The model service is unavailable or does not yet include this version.
The pending Iridium deal
Separate from reported results · terms as of Oct 20, 2026Rocket Lab plans to add Iridium’s satellite-service business. The agreement pays each Iridium share $27 cash plus Rocket Lab stock. The final stock ratio depends on a ten-trading-day Rocket Lab price before closing, so the number of new shares is not fixed yet. The deal remains subject to regulatory approval and other closing conditions.
Cash per Iridium share$27
Stock value inside collarAbout $27
Exchange-ratio collar$67.50–$112.50
ATM shares issued after June29.3M
Test the closing-price formula
$27 cash + 0.3000 RKLB shares × $90.0 = $54.0 per IRDM share
| Series | Latest |
|---|---|
| Cash + stock per IRDM share | $58.2 |
The line is flat near $54 inside the collar. Below $67.50 the ratio stays at 0.4000; above $112.50 it stays at 0.2400, so Iridium’s stock consideration moves with Rocket Lab’s price. This is a transaction formula, not a forecast of either share price.
Illustrative Rocket Lab share bridge
At this price, the three amounts total 700.2M. The merger-share estimate multiplies the filed June 30 Iridium share baseline of 106.0M by the selected exchange ratio. The actual closing share count will change with Iridium awards, later issuance, repurchases, and the closing-date ratio. This is not a diluted EPS denominator.
What funds the cash payment?
The $27 cash leg would require $2.86B using Iridium’s June share count. Rocket Lab’s completed September share sale raised $1.94B gross, so even if all of those proceeds went to the cash payment, at least $0.92B would need to come from other liquidity or funding.
Gross ATM ceiling $1.94BMinimum other sources $0.92B
The actual contribution from the sale is lower after commissions and expenses; transaction fees and the closing share count can raise the cash need. Iridium’s amended term loan is existing debt retained in the combined capital structure, not cash added to this bar. The ATM proceeds are intended for the acquisition and are not added to the standalone Rocket Lab cash forecast above. Filed financing update ↗
Financing, status and sources
The June share baseline implies about $2.86B of cash consideration before changes in shares or transaction expenses. Rocket Lab reported completing a $1.944B gross ATM sale in September, issuing 29.3M shares. It said its available liquidity and Iridium’s amended $1.775B term-loan facility make the acquisition cash leg fully financed and terminated the earlier $3.6B bridge commitment. Gross ATM proceeds are not net cash, and the term loan is debt that remains in the combined capital structure. Do not add these financing figures to operating cash flow.
Iridium reported shareholder approval and an expected mid-2027 close, subject to remaining approvals. The standalone Rocket Lab and Iridium operating panels above do not consolidate the businesses or assume deal synergies. Their conditional equity sensitivities should not be read as post-merger price targets.
Cash after building the business
Issuer results · USDRevenue does not pay shareholders until delivery costs, working capital, and capital spending are covered. Each pair below compares the same reporting period one year apart. Bar lengths are scaled within each company, so they are not a cross-company ranking.
SpaceX SPCX
Nine months to September 30Nine months to September 3020252026
Revenue$13.71B$27.08B
Operating cash$4.12B$13.10B
Capital spending−$13.85B−$48.07B
Cash after spending−$9.73B−$34.97B
Consolidated cash flows include the Super Intelligence business and AI compute buildout. Cash after equipment purchases is our calculation; the $85.675B net IPO proceeds are financing cash, not operating cash.
Issuer Q3 2026 SEC-filed results ↗Purchases of property, plant, and equipment. Cash after spending is operating cash minus this capital spending; it excludes acquisitions, financing and dividends.Redwire RDW
Six months to June 30Six months to June 3020252026
Revenue$123.2M$214.0M
Operating cash−$132.7M−$31.6M
Capital spending−$9.9M−$16.4M
Cash after spending−$142.7M−$48.0M
These are consolidated results including Defense Tech. Space-segment first-half revenue was $107.9M versus $108.8M a year earlier, despite faster consolidated growth.
Issuer Q2 2026 release and free-cash-flow reconciliation ↗Consolidated capital expenditures. Cash after spending is operating cash minus this capital spending; it excludes acquisitions, financing and dividends.BlackSky BKSY
Six months to June 30Six months to June 3020252026
Revenue$51.7M$54.1M
Operating cash$20.0M−$5.9M
Capital spending−$18.9M−$31.2M
Cash after spending$1.1M−$37.1M
The cash-after-fleet-spending figure is our calculation, not an issuer-defined free-cash-flow measure. First-half 2026 net equity issuance brought in $160.2M.
Issuer Q2 2026 cash-flow statement ↗Property/equipment purchases plus satellite work in process. Cash after spending is operating cash minus this capital spending; it excludes acquisitions, financing and dividends.Redwire reports this subtraction as non-GAAP free cash flow. BlackSky is our calculation from its cash-flow statement. Intuitive Machines and Iridium have dedicated cash panels above. Definitions and business mix differ; no bar is a valuation or forecast.
Download cash observations (CSV) ↓Market-price comparison
Adjusted close · first shared date = 100Loading comparison…
Method
- Alignment
- Only completed trading dates shared by every plotted security. Each adjusted close starts at 100 on the first shared date.
- Exclusions
- No actual portfolio weights, trades, fees, tax, or cash flows. Adjusted closes are not a verified realized return.
- Comparator
- SPY is the broad U.S. equity reference. It is not a space-industry index.
What the evidence says
| Business | Verified evidence | What still needs proof |
|---|---|---|
| Lunar delivery | NASA awarded Intuitive Machines $180.4 million for a science and technology delivery under its Commercial Lunar Payload Services program. | The award is not revenue or profit. Delivery milestones, cost, and follow-on work matter. |
| Defense launch | Space Systems Command selected SpaceX, United Launch Services, and Blue Origin for Phase 3 Lane 2 missions. | This verifies government demand for launch. It does not give every listed space company an award; each company's own mission assignments and economics matter. |
| Public space leader | SpaceX's third-quarter filing reports $1.767 billion of Space revenue and $5.248 billion of Connectivity revenue, plus $7.560 billion in a separate AI segment. SpaceX trades as SPCX. | Space and Connectivity sales establish scale, but consolidated cash spending includes AI infrastructure. Keep that business outside the space-market total and test cash conversion separately. |
SpaceX also reports the three segments' Q3 operating results and capital spending separately. Space earned $1.767 billion of revenue with a $7 million operating loss and $1.606 billion of capital spending; Connectivity earned $5.248 billion with $2.367 billion of operating income and $1.543 billion of capital spending; Super Intelligence earned $7.560 billion with $431 million of operating income and $16.444 billion of capital spending. The three lanes reconcile to $14.575 billion of consolidated revenue, $2.791 billion of operating income, and $19.593 billion of capital spending. The capital spending does not by itself reveal free cash flow by segment, because operating cash and working capital are reported at the consolidated level. In the Space lane, 12 launches served customers and 23 were internal, so counting all 35 as paid market demand would be wrong. In Connectivity, reported $3.121 billion of consumer revenue and $2.127 billion of enterprise/government revenue sum to the segment total; quarter-end consumer subscribers and monthly ARPU are leading indicators, not a direct quarterly-revenue reconciliation. Source: SpaceX Q3 SEC exhibit.
How we would model the economics
Start with paid demand and the physical ability to serve it, not a single market-size multiple. For launch, estimate customer missions and recognized revenue per mission, then limit delivery by rocket and pad capacity after internal Starlink launches. For Connectivity, separately estimate paying subscribers, realized revenue per account, enterprise/government contracts, network capacity, and satellite replacement. For Earth observation and lunar services, distinguish firm funded work from options or total award ceilings, then model delivery cost and cash collection. Finally, bridge each public company's recognized revenue through margins, working capital, equipment purchases, financing, and economic shares before estimating equity value. Keep SpaceX's AI business in its company model but outside a space-industry market total.
The interactive SpaceX cases on this page are an unreviewed sensitivity anchored to its September 2026 filing, not our earnings forecast or a present-day target price. They expose launch capacity, separate Connectivity and AI paths, adjusted EBITDA, and a consolidated cash proxy through 2030. The issuer's nine-month operating cash flow was $13.097 billion against $13.474 billion of adjusted EBITDA, while capital spending was $48.069 billion. Those figures demonstrate why revenue growth alone is not enough to infer distributable cash. A reliable price target still needs satellite capacity and replacement schedules, segment cash costs, an audited Q4 starting balance, future financing and a diluted share bridge. Source: SpaceX Q3 SEC exhibit.
Sources
- NASA: Commercial Lunar Payload Services — how NASA buys lunar deliveries.
- NASA: Intuitive Machines task order — award and mission scope.
- U.S. Space Force: National Security Space Launch Phase 3 Lane 2 — launch procurement.
- Iridium: third-quarter 2026 results, October 20 — service revenue, subscribers, Aireon acquisition, and pending Rocket Lab transaction.
- SpaceX: third-quarter 2026 results filed with the SEC — public ticker, reported segment revenue, and consolidated cash-flow statement.