Space Resources promotes Space Ventures Investors Ltd.
Space Resources promotes Space Ventures Investors Ltd.
Last reviewed: August 2026. Programmes and figures change — always confirm on the agency's own page before acting.
Every space resources company operating today is, directly or indirectly, funded by the public purse. That is not a criticism — it is how the industry works at this stage, and it is exactly how commercial aviation, satellite communications and semiconductors started. Governments buy the first missions because no private customer exists yet.
For an investor this matters more than any press release. A signed agency contract is a revenue floor, an independent technical validation, and a reason a start-up will still be alive in three years. When we assess a space resources company, the first question is not what have they built, it is who is paying for it, on what contract type, and what happens when that contract ends?
This page maps the programmes worth knowing, split into two categories that behave very differently:
Money that does not cost the founders equity: grants, prizes, subsidised incubation, and R&D contracts. For a pre-revenue space resources company this is often the difference between surviving and not. It is also why European start-ups can look under-capitalised on paper while being technically well advanced.
A large, credit-worthy first buyer whose demand justifies building the capability at all. NASA is the anchor customer for American lunar landers; ESA is becoming one for European ones. No anchor customer, no business case.
The supplier is paid an agreed sum for an agreed outcome and carries the cost overrun risk. This is the model that made CLPS commercially interesting — and also the model that has bankrupted suppliers who under-bid.
A framework contract. Companies qualify into a pool, then compete for individual task orders. Being “on CLPS” means you are allowed to bid; it does not mean you have been paid anything. Read announcements carefully: qualifying for a pool and winning a task order are very different events for a share price.
A 1 to 9 scale, from basic principles observed (1) to flight proven in an operational environment (9). Most public space resources funding targets TRL 3 to 6, the expensive middle stretch known as the valley of death, where a laboratory result must become flight hardware.
Using material already present at the destination instead of shipping it from Earth. Almost all space resources funding lines are, in the end, ISRU funding lines.
CLPS began in 2018 with a deliberately unusual premise: NASA would not build lunar landers, it would buy delivery like freight. Companies design, build, launch and land at their own commercial risk; NASA buys space on board for its payloads. Missions are expected to fail, and several have — the model assumes it and keeps flying.
CLPS is an IDIQ vehicle. A pool of qualified American companies compete for individual task orders; the pool has included Astrobotic, Blue Origin, Draper, Firefly Aerospace, Intuitive Machines and others. In April 2026 NASA moved to raise the cumulative CLPS ceiling from $2.6 billion to $4.2 billion, which tells you how central the mechanism has become.
Landings by Firefly Aerospace, Intuitive Machines, ispace and Astrobotic have now moved the programme from experiment to routine procurement — with the failures and partial successes documented on our Moon Mining page.
Announced in May 2026, Moon Base is NASA's longer-term lunar surface infrastructure initiative aimed at a sustained presence near the lunar South Pole. Its first awards were executed through the existing CLPS framework and through the Lunar Terrain Vehicle Services contract, covering cargo landers, crewed and uncrewed rovers, and surface survey missions. For anyone tracking space resources, this is the single most important demand signal in the sector: an agency committing to staying, which is what turns oxygen, water and regolith processing from a science topic into a supply contract.
| Programme | What it funds | Who it suits |
|---|---|---|
| SBIR / STTR | Small phased R&D awards, Phase I feasibility through Phase II development | Very early US companies and university spin-outs |
| Tipping Point | Cost-shared demonstrations of technology close to commercial viability | Companies with a product and a co-investor |
| Announcement of Collaboration Opportunity (ACO) | Access to NASA expertise and facilities rather than cash | Companies needing test capability, not funding |
| Lunar Surface Technology Research (LuSTR) | University-led lunar surface technology, including ISRU | Academic partners |
ESA is funded differently to NASA, and understanding this explains a great deal about European space resources. Member states pledge money every three years at a Ministerial Council. Programmes are largely optional: each country chooses which ones to subscribe to and how much to put in. A programme that is under-subscribed is simply slowed down or cut back.
At the November 2025 Ministerial Council in Bremen (CM25), member states committed a record total of roughly €22 billion for 2026–2028, a substantial increase on the previous period. Human and robotic exploration, however, was one of the weaker areas relative to what ESA had proposed. The practical reading for space resources: Europe's overall space ambition is rising sharply, but exploration — the line item that pays for lunar surface work — is competing hard against Earth observation, navigation, launchers and security.
Argonaut is ESA's large logistics lunar lander, funded to deliver cargo to the lunar surface from around 2030 on a four-booster Ariane 6, with a payload capacity in the order of 1,500 kg. It is Europe's route to independent lunar surface access, and therefore the most likely vehicle for European ISRU demonstration payloads. A Thales Alenia Space-led consortium was selected to develop it.
Communications and navigation infrastructure around the Moon. Unglamorous, and precisely the sort of enabling layer that resource operations depend on: you cannot run a rover in a permanently shadowed crater without a link and a position fix.
| Route | What you get |
|---|---|
| ESA Business Incubation Centres (ESA BIC) | Two-year incubation, funding and technical mentoring for space start-ups across member states. Lunar Resources Registry UG came through ESA BIC Hessen, managed by CESAH. |
| Business Solutions and Growth Network (BSGN) | Co-funded feasibility studies and demonstration projects for commercial space services. |
| Open Space Innovation Platform (OSIP) | Open calls and campaigns for novel ideas, including the route through which challenge entries are submitted. |
| General Support Technology Programme (GSTP) | Maturing technology towards flight readiness; national delegations decide what is backed. |
The European Space Resources Innovation Centre is the world's only research and business centre dedicated exclusively to space resources. Launched in 2020, it is a joint initiative of the Luxembourg Space Agency and the Luxembourg Institute of Science and Technology, with ESA as strategic partner, and it builds on the SpaceResources.lu initiative Luxembourg started in 2016.
ESRIC matters to a start-up in three concrete ways:
A competition, open to everyone from engineering students to established start-ups, to demonstrate innovative methods of prospecting for resources on the Moon. Earlier editions ran field tests in the Netherlands and Luxembourg, with the winning team earning a development contract with ESA. ESA has indicated an intention to run a challenge roughly every three years. Applications go through ESA's Open Space Innovation Platform.
For a small team, a challenge is often a better first target than a grant: the entry cost is low, the technical feedback is real, and finishing well is a credential that opens the grant doors afterwards.
Luxembourg's 2017 law on the exploration and use of space resources was the first in Europe to give companies legal certainty over resources they extract. Combined with co-funding schemes through the Luxembourg Space Agency and the Ministry of the Economy, it is the reason a disproportionate share of European space resources activity is registered in a country of 670,000 people. In 2026 Luxembourg marked ten years of the SpaceResources.lu initiative and five years of ESRIC.
Beyond the space agencies, EU-level instruments fund space technology directly:
Do not overlook the national level. UKSA, DLR, CNES, ASI, the Polish and Romanian agencies and others run their own technology programmes, and a national grant is frequently the prerequisite for an ESA one because ESA optional programmes are subscribed nationally. If you are assessing a European space resources company, ask which national delegation supports it. That answer predicts a lot.
Five questions we ask about any publicly funded space resources company:
None of this argues against public funding. It argues for reading it accurately. In a sector where the first commercial customer may be a decade away, the agency contract is the business, and the quality of that contract is the quality of the investment.
NASA Commercial Lunar Payload Services
NASA In-Situ Resource Utilization
European Space Resources Innovation Centre (ESRIC)
ESA Argonaut lunar lander programme
ESA Space Resources Strategy
Luxembourg Space Agency — Space Resources
Next: see which events and funding call deadlines are coming up, or the companies currently winning this money.