ORBITAL ECONOMICS | Post #44 | October 20, 2026

After the ISS: Who Gets Paid to Build the Next Space Station?

NASA has opened the competition to replace the International Space Station. The contract ceiling is $34.063 billion. The investable opportunity is much narrower — and more interesting.

📈 Your 5-minute guide to space-economy investment signals.

THIS WEEK’S SIGNAL

NASA is not asking industry to build another government-owned International Space Station.

It is asking private companies to design, build, certify, own and operate commercial stations — and then sell NASA complete services aboard them.

That changes where the money goes.

The ISS is a government asset. NASA’s Commercial Low Earth Orbit Destination Contract, or CLDC, is structured around competing private destinations, fixed-price task orders and NASA acting as an anchor customer rather than the station owner.

The headline number is $34.063 billion.

But that is not money waiting to be divided among the winners. It is the maximum NASA could order through the contract vehicle over as long as 15 years.

The useful investment question is:

Who receives funded work first, who must finance an entire station, and which suppliers can earn revenue before commercial operations begin?

THE CONTRACT IS A TOURNAMENT

NASA released solicitation 80JSC027R0004 on October 9. Proposals are due December 8, 2026, with initial awards expected in spring 2027.[1][2]

The acquisition moves through several stages:

StageWhat it meansCLIN 1Initial development and design reviews — funded work, but not an operational-station awardCLIN 2Development, testing, activation and certification — the capital-intensive stageCLIN 3Mission services, beginning with a crewed demonstration — the first path to recurring revenue

NASA’s October 15 briefing describes two initial CLIN 1 awards, with more possible if funding permits. It then anticipates selecting one contractor for CLIN 2 and CLIN 3 because of budget limits, while preserving the possibility of additional selections.[3]

Two early winners therefore do not guarantee two operational stations.

For investors, the discipline is simple:

A contract ceiling is not backlog. A selection is not revenue. A design review is not certification.

NASA will weigh technical approach, management, past performance and price. It also wants credible schedules, sufficient corporate capital and evidence of customers beyond NASA.

WHO LOOKS STRONGEST?

Three teams have publicly indicated that they intend to compete: Starlab, Vast and Axiom Space. Orbital Reef remains publicly visible, but a current commitment to bid has not been established.[4]

TeamStrongest public evidencePrincipal riskStarlabCommercial Critical Design Review completed; Airbus-led module work; Mitsubishi has reserved and pre-purchased capacityDependence on one Starship launch and an undisclosed remaining capital requirementVast / Haven-2Haven Demo flown; Haven-1 in integration; $500M financing announced in MarchScaling a smaller precursor into a NASA-certified multi-module stationAxiom StationPrivate astronaut mission experience; first module in production; signed Redwire hardware contractsFinancing station and spacesuit programs while executing a multi-launch assembly plan

On the evidence visible today, Starlab presents the strongest complete case. It combines design maturity, an international industrial team and the most meaningful disclosed commercial-demand signal: Mitsubishi’s reserved and pre-purchased capacity.[5][6]

Vast presents the strongest hardware-first challenge. Its strategy is to fly Haven-1, learn and scale. The unresolved question is how effectively that experience transfers to a larger NASA-certified destination.[7]

Axiom presents the strongest operating-experience case. It has flown private astronaut missions and has station hardware in production. Its challenge is capital intensity across two major programs.[8]

This is an outside assessment of public evidence — not a forecast of NASA’s confidential evaluation.

THE INVESTABLE SUB-STORY

The station teams are not equally investable. The clearest public-market exposure divides into three different bets:

CompanyInvestment thesisWhat could break itVoyager Technologies (NYSE: VOYG)The platform bet. Voyager leads and majority-owns Starlab, making it the most direct listed developer exposure.A CLDC loss, launch delay, financing gap or dilution before Starlab produces operating revenueMDA Space (TSX/NYSE: MDA)The infrastructure bet. MDA owns Starlab equity and is positioned to provide robotics, interfaces and mission operations, supported by a broader space business.[9]Its station economics remain undisclosed and may take time to become materialRedwire (NYSE: RDW)The supplier bet. Redwire has signed contracts for solar-array wings on Axiom’s first two modules.[10][11]Contract values are undisclosed and Axiom must continue funding and accepting the hardware

My ordering of the thesis — not a buy recommendation — is:

1. MDA: strongest risk-adjusted exposure.
2. Voyager: highest direct upside and most binary risk.
3. Redwire: clearest contracted picks-and-shovels exposure.

The larger-company names — Airbus, Mitsubishi, Palantir, Northrop Grumman, Thales and Leonardo — have genuine roles. But the station opportunity may be too small relative to their overall businesses to drive their valuations.

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That is the second investor discipline:

“Partner” is not a financial category. Ownership, contracted revenue, customer commitment and strategic alignment are different relationships.

The cleanest framing is:

VOYG is the platform bet. MDA is the infrastructure bet. RDW is the supplier bet.

The question is not simply which station wins. It is where value becomes contractually visible first.

QUICK HITS

NASA can be the anchor customer

“Commercial station” does not mean the business must immediately survive without government demand.

The Government Accountability Office reports that NASA spends nearly $3 billion annually operating and maintaining the ISS.[12] NASA can reduce its ownership burden while remaining the anchor customer of privately financed infrastructure.

Government-backed demand is real demand. It is not, by itself, proof of an independent commercial market.

The next important signal is binding non-NASA demand: prepaid capacity, minimum-volume commitments and recognizable backlog. Mitsubishi’s Starlab commitment matters because it moves beyond another memorandum of understanding.

Watch the evidence gates

The milestones that matter are:

• December 8: Which teams actually submit?
• Spring 2027: Who receives CLIN 1 work, and at what value?
• Financing: How much new equity, debt or partner capital follows?
• Hardware: Do modules and critical systems reach integrated testing?
• CLIN 2: Does NASA narrow the field to one principal path?
• Customers: Who signs binding non-NASA service agreements?

For suppliers, look for disclosed contract value and backlog — not another logo on a partner slide.

THE TAKEAWAY

NASA’s RFP is not a $34 billion payday. It is the opening bracket of a long procurement and a test of whether orbital infrastructure can move from government program to commercial industry.

Starlab currently presents the strongest complete public case. Vast has the strongest hardware-first momentum. Axiom has the strongest operating experience.

For public investors, the more useful distinction sits one layer lower:

• Voyager: direct platform exposure.
• MDA: equity plus critical infrastructure.
• Redwire: contracted component exposure.

The station that follows the ISS will matter.

The economic system that forms around it may matter more.

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SOURCES

1. NASA, CLDC acquisition page — https://www.nasa.gov/johnson/jsc-procurement/cldc/
2. SAM.gov, CLDC Final RFP, solicitation 80JSC027R0004 — https://sam.gov/opp/aee4374189ab4118b3ec0dcb00ae8408/view
3. SAM.gov, CLDC Pre-Proposal Conference Charts, October 15, 2026 — https://sam.gov/opp/edd4903412fe43aebb9716aac2eb14bf/view
4. Ars Technica, “NASA issues long-awaited call to industry for private space stations,” October 9, 2026 — https://arstechnica.com/space/2026/10/nasa-issues-long-awaited-call-to-industry-for-private-space-stations/
5. Starlab, Commercial Critical Design Review announcement — https://starlab-space.com/press-releases/starlab-completes-nasa-commercial-critical-design-review/
6. Voyager/Starlab, Mitsubishi customer and investment announcement — https://investors.voyagertechnologies.com/news/news-details/2026/Mitsubishi-Corporation-Joins-Starlab-as-Major-Space-Station-Customer/default.aspx
7. Vast, $500M financing announcement — https://www.vastspace.com/updates/vast-secures-500m-in-funding-to-accelerate-production-of-haven-space-stations
8. Axiom Space, $350M financing announcement — https://www.axiomspace.com/release/axiom-space-secures-350m-financing-to-accelerate-space-station-spacesuit-development
9. MDA Space, Starlab equity and robotics partnership — https://mda.space/article/mda-space-joins-starlab-space-as-strategic-partner
10. Axiom/Redwire, first-module solar-array contract — https://www.axiomspace.com/release/redwire-awarded-contract-to-provide-roll-out-solar-arrays-for-axiom-space
11. Axiom/Redwire, second-module solar-array contract — https://www.axiomspace.com/release/redwire-follow-on-contract-second-module
12. GAO, “The Next Outpost,” June 23, 2026 — https://www.gao.gov/blog/next-outpost-nasas-plans-replacing-aging-international-space-station

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Orbital Economics is published by Vlad Algin, Orbit2Orbit Express. For informational purposes only. Not investment advice.

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