Document: LAMG-MKT-001 Prepared by: Asset Management Analyst, Lunar Asset Management Group Date: 14 August 2026 Classification: Internal — Strategy Research Period: January–August 2026
This report presents market research on economic trends, competitor activity, and investment opportunities relevant to the Moon asset portfolio. The lunar market is in its earliest stages of commercial development, with total addressable market (TAM) estimated at $170 billion by 2040 and $1.5 trillion by 2050 — provided He-3 fusion commercializes, ISRU scales, and someone figures out how to insure things on the Moon.
The strategic conclusion is clear: hold. The Moon is a long-term hold. Not because the fundamentals are strong (they aren't — there is no revenue), but because there is no secondary market. You cannot sell the Moon. You cannot sell parts of the Moon. The Outer Space Treaty explicitly prohibits national appropriation of celestial bodies. So we hold.
Important
This market research is based on publicly available data from NASA, ESA, JAXA, CNSA, and commercial space sector reports. All market sizing is speculative. The lunar economy does not yet exist in any meaningful commercial sense. Projections should be treated as scenario planning, not forecasts.
| Driver | Status | Impact on Moon Portfolio |
|---|---|---|
| Artemis program (NASA) | Active — Artemis III planned 2027 | Positive; first surface presence since 1972; lease income potential |
| ILRS (China-Russia) | Planned — construction 2030+ | Mixed; competitor surface presence on far side; potential conflict with LUN-021 |
| ESA Moonlight | Active — communications & navigation | Positive; reduces logistics cost; infrastructure investment |
| Commercial lunar payload services (CLPS) | Active — multiple vendors | Positive; lowers barrier to entry for lessees |
| He-3 fusion R&D | Early stage — TRL 4-5 | Long-term positive; not material before 2040 |
| Space resource law (US LCS Act 2015) | Enacted | Positive; US jurisdiction recognizes resource extraction rights |
| Luxembourg Space Resources Law | Enacted (2017) | Positive; European legal framework for resource rights |
| Outer Space Treaty (1967) | In effect | Restrictive; prohibits national appropriation; limits monetization |
| Moon Agreement (1979) | In effect (17 ratifications) | Restrictive; major space powers did not ratify |
Trend 1: Lunar Infrastructure Investment Cycle
Global government investment in lunar infrastructure is entering an expansionary phase. NASA's Artemis program ($93 billion committed through 2028), China's ILRS ($26 billion estimated), ESA Moonlight (€1.5 billion), and JAXA's SLIM program ($120 million) collectively represent the largest sustained investment in lunar assets since Apollo. This is positive for portfolio asset values but does not directly generate revenue for the Moon itself — the Moon does not charge rent.
Trend 2: ISRU (In-Situ Resource Utilization) Maturation
Water ice extraction from lunar polar regions (LUN-011, LUN-018, LUN-019) is approaching commercial viability. NASA's VIPER rover (delayed but funded) and the Luna Resource missions represent the first operational ISRU tests. Market research suggests lunar water could be valued at $50,000–$500,000 per tonne delivered to lunar orbit, depending on whether it displaces Earth-launched supplies.
Trend 3: Helium-3 Speculation
He-3 fusion remains the "holy grail" of lunar economics. The Moon's regolith contains an estimated 1.1 million tonnes of He-3 (LUN-024). At theoretical fusion energy values, this represents $400+ quadrillion in energy equivalent. However: (a) He-3 fusion does not exist, (b) extraction requires processing millions of tonnes of regolith, (c) the energy return on investment is unproven. We include He-3 in strategic scenarios but do not rely on it for base case projections.
Warning
Market participants who cite the "$400 quadrillion He-3 valuation" should be treated with the same caution as those who cite NFT floor prices. Theoretical value is not realizable value. He-3 fusion power plants do not exist. If they did, they would need to be built on the Moon, powered by the Sun, maintained by robots, and connected to Earth's grid by a transmission system that also does not exist. We are optimistic but patient.
The Moon has no direct competitors — it is Earth's only natural satellite, and the asset cannot be replicated or substituted. However, several entities are competing for access to and utilization of lunar assets, which affects lease pricing and strategic positioning.
| Competitor | Type | Lunar Assets/Interests | Strategic Threat Level | Notes |
|---|---|---|---|---|
| NASA (Artemis) | Government agency | Near side + South Pole | Partner (primary tenant) | Largest program; $93B committed; Artemis III targets LUN-018 |
| CNSA (ILRS) | Government agency | South Pole + Far side | Moderate competitor | Competing surface presence; potential overlap with LUN-021 |
| Roscosmos (ILRS partner) | Government agency | South Pole | Low competitor | Diminished capacity; partnered with China |
| ESA (Moonlight) | Government agency | Orbital infrastructure | Partner (infrastructure) | Communications/navigation; reduces portfolio opex |
| JAXA | Government agency | Near side (SLIM) | Low impact | Technology demonstrator; limited surface ambition |
| SpaceX | Commercial | Transport services | Enabler (logistics) | Starship reduces transport cost; enables lessee access |
| Blue Origin | Commercial | Transport + ISRU | Enabler + potential tenant | Blue Moon lander; long-term ISRU interest |
| ispace (Japan) | Commercial | Payload delivery | Low impact | Commercial lander; failed Mission 1, Mission 2 planned |
| Intuitive Machines | Commercial | Payload delivery (CLPS) | Low impact | First commercial lunar landing (IM-1, 2024) |
| Lunar Resources Inc. | Commercial | ISRU technology | Potential tenant | Developing regolith processing; potential Lessee for LUN-024 |
The Moon's competitive position is, in a word, unique:
| Competitive Advantage | Assessment |
|---|---|
| Location | Unrivaled — only natural satellite at 384,400 km from Earth |
| Size | Unrivaled — 37.9 million km², larger than Africa |
| Resources | Unique — He-3, water ice, regolith, solar exposure |
| Accessibility | Moderate — 3-day transit, but $1,500/kg transport cost (reducing) |
| Heritage | Unrivaled — Apollo sites, cultural significance, brand recognition |
| Regulatory | Uncertain — no property rights; first-come-first-serve for resources |
| Competitors | None — Mars is 225 days away, asteroids are smaller and harder to reach |
Note
The Moon's closest "competitor" is Mars, which has more surface area (144 million km²) and a thin atmosphere (useful for ISRU). However, Mars is 1,000× farther away (225 days vs. 3 days), making it irrelevant as a near-term alternative. Asteroids are closer in delta-v terms but lack the Moon's surface area, heritage value, and gravitational convenience. The Moon is, for the foreseeable future, the only game in town.
| Opportunity | Asset ID | Investment Required | Expected Return | Time to Revenue | Confidence |
|---|---|---|---|---|---|
| Artemis III surface lease (Shackleton) | LUN-018 | $50M infrastructure | 8% cap rate on $400M GAV | 2028 | High |
| Water ice ISRU pilot (Cabeus) | LUN-019 | $120M pilot plant | 12% IRR (10-year) | 2030 | Moderate |
| Far-side radio telescope lease | LUN-021 | $15M site prep | 6% cap rate on $50M GAV | 2028 | High |
| Near-side solar farm (Phase 1) | LUN-020 | $800M (1 GW) | 10% IRR (20-year) | 2035 | Low |
| He-3 extraction pilot | LUN-024 | $2B pilot | Unknown (no market) | 2045+ | Speculative |
| Heritage tourism licenses | LUN-023 | $5M regulatory framework | 15% margin on $50M revenue | 2035 | Low |
| ESA Moonlight ground station | LUN-008 | $8M ground station | 7% cap rate on $30M GAV | 2027 | Moderate |
Priority 1 — Immediate (FY2027):
- Artemis III surface lease at Shackleton Crater (LUN-018): Lease income, highest confidence, strategic anchor tenant
- Far-side radio telescope lease (LUN-021): Low capital, steady research income, long-term
Priority 2 — Near-term (FY2028–2030):
- Water ice ISRU pilot at Cabeus (LUN-019): Higher capital but enables ISRU revenue stream
- ESA Moonlight ground station (LUN-008): Infrastructure investment, modest return, enables future leasing
Priority 3 — Long-term (2035+):
- Near-side solar farm (LUN-020): High capital, long payback, but strategic for energy export
- He-3 extraction (LUN-024): Monitor; do not commit capital until fusion commercialization is demonstrated
None. No assets can be divested. The Outer Space Treaty prohibits the sale of celestial bodies or parts thereof by any nation. All assets in the portfolio are held in perpetuity.
| Asset ID | Asset Name | Carrying Value | Impairment Indicator | Recommended Action |
|---|---|---|---|---|
| LUN-009 | Mare Vaporum | $14,000,000 | Small area, low resource potential, no lessee interest | Write down 20% to $11.2M |
| LUN-017 | Mount Marilyn | $500,000 | Nominal value, no commercial interest | Write down 50% to $250,000 |
| LUN-013 | Copernicus Crater | $3,000,000 | Overvalued relative to comparable craters; no lessee interest | Write down 10% to $2.7M |
| Asset ID | Asset Name | Current Classification | Recommended Reclassification | Rationale |
|---|---|---|---|---|
| LUN-015 | SPA Basin | Surface Asset | Mineral Rights | Largest basin; deep crustal material exposed; high resource potential |
| LUN-014 | Aristarchus | Surface Asset | Mineral Rights | High thorium concentration; volcanic complex; resource potential |
Detailed analysis is provided in the Hold-vs-Sell Analysis report. Summary conclusion:
| Asset Class | Recommendation | Rationale |
|---|---|---|
| Surface Leases (Maria) | HOLD | Long-term value; no secondary market; lease income emerging |
| Mineral Rights (He-3, Water Ice) | HOLD | Strategic resources; speculative but irreplaceable |
| Energy Infrastructure | HOLD (monitor) | Early stage; revisit when solar tech matures |
| Service Contracts (Tidal) | HOLD | Non-cancelable; auto-renewing; core portfolio anchor |
| Scientific Research | HOLD | Steady (small) income; heritage value |
| Surface Assets (Craters, Mountains) | HOLD | No market; heritage/brand value only |
Overall recommendation: HOLD entire portfolio. Not because the fundamentals are compelling, but because there is no alternative. The Moon cannot be sold. The Moon cannot be partially sold. The Moon cannot be leased in a way that generates meaningful near-term revenue. It is a perpetual hold — the longest hold in the history of asset management.
- Artemis III landing expected 2027; first sustained surface presence since 1972
- ESA Moonlight operational by 2027; reduces logistics cost by ~30%
- First commercial ISRU pilot (water ice) expected 2029–2030
- 2–3 new surface leases expected (research, ISRU, infrastructure)
- Revenue expected to grow from $2M/yr to $25–35M/yr
- Portfolio remains unprofitable (OpEx expected at $18–22M/yr)
- Sustained surface presence at South Pole (Artemis base)
- ISRU operations scaling (water, oxygen, hydrogen)
- First commercial He-3 extraction pilot (if fusion R&D progresses)
- Solar energy pilot possible
- Revenue expected $90–150M/yr; approaching break-even
- First meaningful lease income from commercial operators
- Lunar economy potentially $500B–$1.5T (speculative)
- He-3 fusion may or may not exist
- Solar energy export to Earth orbit may be viable
- Permanent settlement possible (50–500 residents)
- Portfolio potentially profitable for the first time in 4.51 billion years
- Or not
Note
The 25-year outlook contains the word "may" three times and "possibly" once. This reflects the appropriate level of confidence in any prediction that extends beyond the useful life of the analyst making it. The Moon will almost certainly still be there in 2051. Whether anyone is paying us to manage it is less certain.
| Source | Type | Use |
|---|---|---|
| NASA Artemis Program documentation | Primary | Program timeline, budget, landing sites |
| ESA Moonlight program reports | Primary | Infrastructure timeline |
| CNSA ILRS white papers | Primary | Competitor positioning |
| US Commercial Space Launch Competitiveness Act (2015) | Regulatory | Resource rights framework |
| Luxembourg Space Resources Law (2017) | Regulatory | European resource rights |
| Outer Space Treaty (1967) | Treaty | Portfolio restrictions |
| Moon Agreement (1979) | Treaty | International framework (non-ratified by major powers) |
| Space Resources Roundtable proceedings | Industry | ISRU technology assessment |
| SpaceX Starship payload specifications | Commercial | Transport cost projections |
| He-3 fusion research (University of Wisconsin, MIT) | Academic | Technology readiness assessment |
| Data Dimension | Rating | Notes |
|---|---|---|
| Completeness | Moderate | Government program data is public; commercial data is limited |
| Accuracy | High (government), Low (commercial) | Government budgets are published; commercial plans are speculative |
| Timeliness | Acceptable | Latest data: Q2 2026; some programs delayed since publication |
| Consistency | Moderate | Different agencies use different reporting frameworks |
| Reliability | Mixed | Artemis timeline has slipped; ISRU timelines are uncertain |
Market research is the art of telling investors what they already know, but with citations. In the case of the lunar market, we are telling investors what no one knows, with citations to documents that are themselves speculative. We believe this is the appropriate level of rigor for an asset class with zero historical revenue.
— Asset Management Analyst, LAMG