Competition Law and Lunar Resource Market Governance and Antitrust

1. Introduction

Lunar resource market governance concerns the legal and economic framework for exploration, extraction, processing, transportation and commercial use of resources found on the Moon.

Potential lunar resources include:

water ice;

oxygen;

hydrogen;

metals;

regolith;

other minerals;

materials that can potentially support in-space manufacturing and fuel production.

A future lunar economy could therefore develop markets for:

lunar water;

propellant;

oxygen;

construction materials;

energy;

transportation;

communications;

landing and logistics services;

mining equipment;

lunar data and infrastructure.

Competition law becomes important because the first companies to establish infrastructure at commercially valuable lunar locations could obtain substantial first-mover advantages.

There is currently no mature body of reported lunar-resource antitrust case law. Accordingly, the case laws below are established competition cases from terrestrial and space-related industries used by analogy to identify principles that could apply to future lunar markets. The distinction is important: these cases do not themselves establish that a particular lunar activity is unlawful.

2. International Legal Background

Lunar competition policy cannot be considered separately from international space law.

The Outer Space Treaty 1967 establishes, among other principles, that outer space and celestial bodies are not subject to national appropriation by sovereignty, use, occupation or other means.

The Artemis Accords provide principles concerning peaceful exploration and use of space, including the utilization of space resources and notification/coordination mechanisms intended to avoid harmful interference. NASA describes the Accords as a set of principles for civil exploration and use of outer space. (NASA)

The Accords state that extraction of space resources does not inherently constitute national appropriation under Article II of the Outer Space Treaty, while their "safety zones" concept is framed around deconfliction and harmful interference rather than territorial sovereignty. (State Department)

This creates an important distinction:

Control over a lunar operation or extracted resource is not necessarily the same thing as sovereign ownership of lunar territory.

That distinction will be central to future competition law.

3. What Is a Lunar Resource Market?

A lunar resource market would arise when resources extracted from the Moon become economically traded or supplied.

A simplified chain could be:

Lunar exploration

↓

Site identification

↓

Resource extraction

↓

Processing

↓

Storage

↓

Transportation

↓

Sale to lunar operators

↓

Use in space or potentially return to Earth

Different stages could develop into separate relevant markets.

4. Potential Lunar Markets

Future competition authorities may need to distinguish among markets such as:

A. Resource extraction

Extraction of water, ice, oxygen or minerals.

B. Resource processing

Conversion of raw material into commercially useful products.

C. Lunar transportation

Movement of resources between extraction sites, bases and orbital facilities.

D. Lunar refueling

Supply of water-derived hydrogen and oxygen or other propellants.

E. Lunar communications

Communications infrastructure supporting mining and other activities.

F. Lunar power

Solar, nuclear or other energy services.

G. Landing infrastructure

Lunar landing pads, navigation and associated facilities.

H. Mining equipment

Robotic vehicles, drilling systems and extraction machinery.

5. Why Antitrust Could Become Important

A lunar economy may initially contain very few operators.

High costs could create substantial barriers involving:

launch;

spacecraft;

robotics;

energy;

communications;

insurance;

research;

infrastructure;

specialized engineering.

A company that establishes infrastructure first may obtain a strong competitive position.

If that company subsequently prevents competitors from accessing critical infrastructure, antitrust questions could arise.

6. The "First Mover" Problem

The first company to develop a viable lunar mining operation may obtain:

technical knowledge;

customer relationships;

infrastructure;

data;

transportation capacity;

established supply chains;

advantageous commercial contracts.

First-mover advantage itself is not unlawful.

The competition concern arises if legitimate first-mover advantages become artificial barriers to entry through exclusionary conduct.

7. Lunar Resource Scarcity

Not every lunar location will necessarily have equal economic value.

Commercially attractive locations could potentially depend upon:

water availability;

sunlight;

terrain;

communication access;

proximity to landing sites;

transportation requirements;

thermal conditions.

If several operators need the same commercially valuable area, competition may arise over access.

This creates a distinctive problem:

How can competition be preserved when physical locations cannot simply be duplicated?

Recent scholarship identifies competition for prime lunar locations and potential interference as emerging governance issues. (repository.law.umich.edu)

8. Safety Zones and Competition

Lunar operators may require operational areas around their activities to prevent harmful interference.

A legitimate safety arrangement may protect:

spacecraft;

mining equipment;

personnel;

communications;

scientific instruments.

But a competition question could arise if a supposedly temporary or narrowly tailored safety area effectively becomes:

A permanent exclusion zone preventing competitors from entering an economically valuable area.

Therefore, future governance may need to distinguish:

genuine safety protection

from

commercial exclusion.

9. Monopoly Through Infrastructure

A lunar economy could produce infrastructure monopolies.

Examples:

only one lunar landing facility;

only one major communication network;

only one fuel depot;

only one transportation corridor;

only one high-capacity power facility.

If such infrastructure becomes indispensable to competitors, questions concerning access and refusal to deal could arise.

10. Essential-Facilities Principles

Traditional antitrust law is cautious about imposing mandatory access obligations.

The important question is not simply:

"Is the facility useful?"

Instead, a much more demanding inquiry may be necessary:

Is the facility genuinely indispensable?

Can competitors reasonably duplicate it?

Is alternative access available?

Would forced access undermine legitimate investment?

Is the refusal genuinely exclusionary?

Is there a regulatory framework governing access?

11. Case Law 1 — United States v. Terminal Railroad Association, 224 U.S. 383 (1912)

This is an important early U.S. authority concerning infrastructure access.

A group of railroads controlled critical terminal facilities in St. Louis, creating difficulties for competing railroads that needed access.

The Supreme Court addressed the competitive implications of control over infrastructure essential to effective market participation.

Lunar relevance

A future lunar equivalent could theoretically involve:

One consortium controlling a critical landing, transportation or refueling facility.

The analogy suggests that infrastructure control can become a competition issue when rivals cannot realistically compete without access.

However, the physical and international-law characteristics of the Moon are fundamentally different from a terrestrial railroad network.

12. Case Law 2 — Aspen Skiing Co. v. Aspen Highlands Skiing Corp., 472 U.S. 585 (1985)

Aspen Skiing concerned a dominant ski operator's refusal to continue a previously established cooperative ticketing arrangement with a smaller competitor.

The Supreme Court found the circumstances sufficient to support monopolization liability.

The Court emphasized that there was no general duty to cooperate with competitors, but the particular history and circumstances of the refusal were relevant. (Legal Information Institute)

Lunar relevance

Suppose a dominant lunar operator previously allowed competitors to use:

refueling infrastructure;

transportation facilities;

communications systems.

A sudden withdrawal of access could potentially raise competition questions.

The case does not establish a general lunar duty to share infrastructure.

13. Case Law 3 — Verizon Communications Inc. v. Trinko, 540 U.S. 398 (2004)

Trinko is important because it places limits on refusal-to-deal theories.

The Supreme Court emphasized that antitrust law generally does not impose a broad duty on businesses to assist competitors.

It also warned against false positives that could discourage legitimate investment. (Legal Information Institute)

Lunar relevance

This principle is particularly important for lunar infrastructure.

A company that invests billions in:

mining equipment;

power systems;

landing infrastructure;

communications networks

should not automatically be required to share those facilities with competitors.

Otherwise, firms might have less incentive to invest in creating lunar infrastructure.

14. Case Law 4 — United States v. Microsoft Corp., 253 F.3d 34 (D.C. Cir. 2001)

Microsoft concerned exclusionary conduct involving Microsoft's dominant operating-system position.

The court considered practices affecting competing technologies and distribution channels.

Lunar relevance

A future lunar ecosystem could similarly develop around a dominant technological platform:

Lunar operating system

→ robotics

→ communications

→ navigation

→ resource-management software

→ payment systems.

If a dominant platform intentionally prevents competing technologies from functioning with its system, competition concerns could arise.

15. Case Law 5 — United Brands Company v. Commission, Case 27/76 (1978)

United Brands is a foundational European competition case concerning dominance and abuse.

It illustrates the importance of examining:

market definition;

market power;

dependence;

exclusionary conduct.

Lunar relevance

A company controlling a large proportion of a future lunar resource market could potentially become dominant.

But:

Dominance itself is not unlawful.

The relevant question would be whether the dominant position is abused in a manner contrary to competition law.

16. Case Law 6 — Hoffmann-La Roche v. Commission, Case 85/76 (1979)

Hoffmann-La Roche is a leading EU authority on exclusionary practices by dominant firms.

The case concerned loyalty arrangements that could restrict competitors' ability to compete for customers.

Lunar relevance

A lunar-resource company might potentially attempt to lock customers into long-term exclusive purchasing agreements.

For example:

A dominant lunar-water producer requires every major lunar settlement to purchase all of its water and oxygen requirements exclusively from that producer for 20 years.

Such arrangements could potentially raise foreclosure concerns, depending on market power, coverage, duration and applicable law.

17. Case Law 7 — Intel Corp. v. Commission, Case C-413/14 P (2017)

Intel involved rebates offered by Intel to major computer manufacturers and a retailer.

The Court of Justice emphasized the importance of assessing relevant economic circumstances when determining whether a dominant firm's rebate system is capable of producing exclusionary effects.

Lunar relevance

Imagine a dominant lunar supplier offering:

5% discount for ordinary purchases.

but:

50% discount if the customer buys 95% of its lunar resources from that supplier.

If the arrangement covers most demand, competitors may struggle to obtain sufficient business to operate efficiently.

Intel provides a useful analytical framework for examining such loyalty mechanisms.

18. Case Law 8 — Lockheed Martin / Martin Marietta, FTC (1995)

This is particularly useful because it is directly related to the space sector, although not lunar-resource mining.

The FTC challenged aspects of the Lockheed-Martin/Martin Marietta merger because it would reduce competition in markets involving military aircraft, military satellites and satellite launch vehicles. The settlement included measures concerning exclusive teaming arrangements and competitively sensitive information. (Federal Trade Commission)

Lunar relevance

It demonstrates that competition law can apply to space-related industrial markets.

A future lunar merger could similarly raise questions where the parties are major competitors in:

lunar transportation;

spacecraft;

mining systems;

communications;

resource processing.

19. Case Law 9 — Boeing/Rockwell, FTC (1997)

The FTC reviewed Boeing's acquisition of Rockwell's aerospace and defense business and identified competition concerns involving, among other things, space launch vehicles.

The settlement included information-firewall protections and measures intended to preserve competitive opportunities. (Federal Trade Commission)

Lunar relevance

This is important for understanding future lunar supply chains.

A company might simultaneously be:

a lunar transportation provider;

a spacecraft manufacturer;

a mining-equipment supplier;

a customer of competing mining companies.

Vertical integration could create opportunities for foreclosure if competitively sensitive information is improperly used.

20. Case Law 10 — Lockheed Martin / Boeing / United Launch Alliance, FTC (2007)

The FTC intervened in the formation of United Launch Alliance and alleged that the proposed joint venture could reduce competition in U.S. government medium-to-heavy launch services and space vehicles.

The settlement included nondiscrimination and firewall measures. (Federal Trade Commission)

Lunar relevance

This provides a particularly useful analogy for future lunar infrastructure joint ventures.

If two major lunar transportation companies combine their capabilities, authorities might examine whether the transaction:

eliminates competition;

restricts access;

increases prices;

reduces innovation;

creates discriminatory treatment of rival lunar-resource companies.

21. Vertical Integration in the Lunar Economy

A future company could potentially control:

Launch

↓

Lunar landing

↓

Mining

↓

Processing

↓

Transportation

↓

Refueling

↓

Sale

Such vertical integration could create efficiencies.

For example:

lower costs;

better coordination;

improved safety;

reduced duplication.

But it could also create foreclosure risks.

22. Vertical Foreclosure

Suppose Company A controls lunar transportation.

It also owns a lunar mining company.

If Company A gives its mining subsidiary preferential transportation access while making access expensive or unavailable to rival miners, competition concerns could arise.

The analytical question would be whether the conduct:

forecloses competitors;

is capable of harming competition;

has legitimate efficiency justifications;

involves substantial market power.

23. Horizontal Concentration

Horizontal concentration could also occur.

Suppose only four companies initially extract lunar water:

A — 35%

B — 30%

C — 20%

D — 15%

If A acquires B, the transaction could significantly alter the competitive structure.

Authorities would need to examine:

market definition;

potential entrants;

technological substitutes;

infrastructure access;

innovation competition;

future demand.

24. Joint Ventures

Lunar exploration will probably require enormous investment.

Companies may therefore form joint ventures.

Joint ventures can:

share risks;

combine technology;

finance infrastructure;

accelerate development.

But they can also reduce independent competition.

A competition authority may ask:

Is the joint venture genuinely necessary for the project, or does it function as a mechanism for eliminating competition?

25. Cartels in Lunar Markets

Traditional cartel rules would remain highly relevant if competing lunar-resource companies agree to:

fix prices;

divide territories;

allocate customers;

restrict output;

coordinate bids.

For example:

Company A agrees to extract water in the lunar south pole while Company B agrees not to enter that area in exchange for control over another market.

Such agreements could potentially resemble market allocation.

The fact that the market is extraterrestrial would not automatically transform coordinated commercial conduct into legitimate competition.

The exact jurisdiction and applicable law, however, would need to be established.

26. Bid Rigging for Lunar Contracts

Governments may award contracts for:

lunar transportation;

mining;

communications;

infrastructure;

scientific services.

Companies could potentially compete through tenders.

Antitrust rules can become relevant if competitors coordinate:

bid prices;

winning bidders;

technical proposals;

territories;

contract allocation.

Competitive procurement may therefore become an important mechanism for preserving competition in early lunar markets.

27. Competition "For" the Lunar Market

Some lunar markets may initially resemble natural monopolies.

For example:

Building three separate lunar landing networks might be inefficient.

In such situations, competition may occur for the market rather than within the market.

Government or international institutions could potentially award a concession through competitive bidding.

The winning operator could then operate the infrastructure under regulated conditions.

28. Regulated Monopoly Model

A possible governance structure could be:

Competitive tender

↓

Limited-duration concession

↓

Non-discriminatory access

↓

Price regulation where appropriate

↓

Performance standards

↓

Re-tendering

This could provide investment incentives while preventing permanent monopoly control.

29. Resource Allocation and Antitrust

Lunar resources create a difficult allocation problem.

Traditional property markets depend on clearly defined ownership.

Lunar governance must operate within international space law, particularly the prohibition on national appropriation of celestial bodies.

Therefore, policymakers may need to develop systems for:

registration;

licensing;

operational priority;

safety coordination;

dispute resolution;

resource-use authorization.

Recent legal scholarship has identified gaps concerning operational exclusivity, safety zones and dispute resolution for commercial lunar-resource activities. (SSRN)

30. Avoiding Private Territorial Monopolies

One of the most important future governance questions is:

Can operational control over a lunar site become equivalent in practice to territorial ownership?

Suppose a company says:

"We do not own the Moon, but nobody else can operate within 50 km of our mine."

If the exclusion is genuinely necessary for safety, it may serve a legitimate purpose.

If the exclusion is much broader than necessary and permanently prevents competitors from accessing valuable resources, competition and international-law concerns could intersect.

31. Essential Infrastructure Governance

Potentially important shared infrastructure could include:

landing pads;

navigation systems;

communication networks;

power stations;

fuel depots;

transportation routes;

processing facilities.

Future governance could establish:

Open-access principles

Qualified operators receive access on transparent conditions.

Non-discrimination

The infrastructure owner cannot arbitrarily favor its own affiliates.

Capacity allocation

Scarce capacity is allocated through transparent rules.

Safety priority

Safety requirements take priority over ordinary commercial access.

32. Lunar Data and Competition

Data could become one of the most valuable lunar assets.

Examples:

geological maps;

water-location data;

terrain data;

resource concentration information;

navigation data.

A company investing heavily in data collection should ordinarily be able to obtain legitimate commercial benefits.

But if one entity becomes the exclusive gatekeeper of information essential to competition, questions may arise concerning:

access;

licensing;

interoperability;

discriminatory pricing.

33. Patents and Lunar Technology

Competition law will also interact with intellectual-property law.

Important technologies may include:

robotic mining;

drilling;

autonomous navigation;

resource processing;

energy storage;

propulsion.

Patents can encourage innovation.

However, competition concerns may arise if patent rights are used in an exclusionary manner beyond legitimate IP protection.

34. Standard-Essential Lunar Technologies

Future lunar infrastructure may require common technical standards.

Examples could include:

docking systems;

communications protocols;

fuel interfaces;

navigation;

robotic interoperability.

If one company controls an essential technical standard, it may acquire significant market power.

Competition policy may therefore need to address:

licensing;

interoperability;

standard-setting;

discriminatory access.

35. Consumer and Downstream Effects

Although lunar mining initially appears distant from consumers, competition effects could eventually reach Earth.

Lunar resources could potentially support:

space transportation;

satellite services;

energy-related technologies;

manufacturing;

scientific services.

If one firm controls a critical lunar input, downstream industries could become dependent upon it.

This creates a possible chain:

Lunar monopoly

↓

Higher resource prices

↓

Higher space-service costs

↓

Reduced downstream competition

36. Innovation Competition

Lunar markets are likely to depend heavily upon innovation.

Competition may occur over:

cheaper extraction;

more efficient robotics;

better processing;

improved transportation;

autonomous systems;

safer operations.

A monopoly could potentially reduce incentives to innovate.

Therefore, competition policy should examine not only today's prices but also:

Who will develop the next generation of lunar-resource technology?

37. Long-Term Governance Principles

A sustainable lunar competition framework could include:

1. Transparent licensing

Clear and publicly understandable rules.

2. Limited exclusivity

Exclusivity only where justified by investment or safety.

3. Competitive procurement

Competitive tendering for scarce concessions.

4. Access regulation

Reasonable access to genuinely critical infrastructure.

5. Non-discrimination

Equal treatment of similarly situated operators.

6. Merger review

Examination of consolidation in critical lunar markets.

7. Cartel enforcement

Prevention of price fixing and market allocation.

8. Interoperability

Technical compatibility where economically and safely appropriate.

9. Information safeguards

Protection against misuse of competitors' confidential information.

10. International coordination

Competition rules should operate consistently with international space law.

38. The Role of Competition Authorities

A future competition authority dealing with lunar markets could monitor:

market concentration;

exclusive contracts;

joint ventures;

mergers;

infrastructure access;

pricing;

capacity allocation;

technology licensing;

data access;

discriminatory practices.

It might also cooperate with:

space agencies;

telecommunications regulators;

international institutions;

environmental authorities;

national competition agencies.

39. Challenges in Applying Antitrust to the Moon

Several unusual problems may arise.

Jurisdiction

Which country's antitrust law applies?

Extraterritoriality

Can terrestrial competition laws govern conduct occurring on the Moon?

International responsibility

States may bear international responsibility for national activities in outer space, including activities of non-governmental entities under the Outer Space Treaty framework.

Property rights

How should extracted resources be legally characterized?

Safety

How should competition rules interact with operational safety?

Scarcity

How should scarce lunar locations be allocated?

Enforcement

How can an antitrust judgment be enforced against a lunar operator?

These questions demonstrate that lunar competition law will require cooperation between antitrust law and space law.

40. Possible Future Lunar Antitrust Violations

Potential examples could include:

Scenario 1 — Price fixing

Three lunar-water companies agree on the price of oxygen.

Potential issue: cartel.

Scenario 2 — Market allocation

Two mining companies divide the lunar south pole between themselves.

Potential issue: territorial/customer allocation.

Scenario 3 — Infrastructure foreclosure

A dominant landing operator refuses access to competing miners without legitimate justification.

Potential issue: exclusionary access conduct.

Scenario 4 — Exclusive supply

A dominant lunar-water company requires all major lunar settlements to buy exclusively from it.

Potential issue: loyalty/exclusive dealing.

Scenario 5 — Anticompetitive merger

Two of the only significant lunar transportation providers merge.

Potential issue: substantial reduction of competition.

Scenario 6 — Vertical foreclosure

A lunar transport company gives its affiliated mining operation preferential access while disadvantaging rivals.

Potential issue: discriminatory vertical foreclosure.

41. Competition "For" Versus "In" Lunar Markets

This distinction could become particularly important.

Competition in the market

Several companies simultaneously provide lunar services.

Competition for the market

Companies compete to receive a concession or operating authorization.

Where infrastructure is naturally monopolistic, competitive tendering may provide competition for access to the market even when multiple competing infrastructures would be inefficient.

42. Remedies

Potential remedies could include:

Structural remedies

divestiture;

separation of infrastructure and operating businesses.

Behavioural remedies

non-discrimination;

interoperability;

access obligations;

transparent pricing.

Contractual remedies

limits on exclusivity;

shorter contract durations;

termination rights.

Merger remedies

divestiture of competing assets;

licensing;

firewalls;

independent access.

Regulatory remedies

concession limits;

competitive tendering;

capacity allocation rules;

periodic review.

43. Balancing Investment and Competition

This is perhaps the most important principle.

Lunar infrastructure may require enormous investment.

If companies cannot obtain reasonable commercial returns, they may not invest.

But if exclusivity is granted indefinitely, competition may disappear.

Therefore, a possible policy balance is:

Sufficient exclusivity to recover investment + sufficient competition to prevent permanent foreclosure.

For example, a concession could be:

Long enough to recover investment

but

limited enough to permit future competitive entry.

44. Key Case-Law Lessons

45. Quick Revision Notes

Lunar resource market

A future market involving extraction, processing, transportation and sale/use of lunar resources.

Main competition risks

Monopoly over scarce lunar locations.

Infrastructure foreclosure.

Exclusive resource contracts.

Anticompetitive mergers.

Joint-venture coordination.

Vertical foreclosure.

Cartels.

Data monopolization.

Technology/IP exclusion.

Anti-competitive safety zones.

Main legal challenge

The central challenge is balancing:

Investment incentives

with

open and contestable lunar markets.

46. Conclusion

Lunar resource market governance and antitrust represents an emerging intersection of competition law, international space law, infrastructure regulation and economic policy.

There is presently no established body of reported cases specifically deciding antitrust disputes over commercial lunar-resource extraction. Consequently, terrestrial antitrust decisions and existing space-sector enforcement actions provide the principal analogies.

The most important lessons from cases such as Terminal Railroad, Aspen Skiing, Trinko, Microsoft, United Brands, Hoffmann-La Roche and Intel, together with space-sector matters involving Lockheed Martin, Martin Marietta, Boeing, Rockwell and United Launch Alliance, are that future lunar markets will need to address both market power and access to critical infrastructure.

The long-term objective should be a lunar economy in which firms have sufficient incentives to invest billions in difficult space infrastructure while preventing those investments from becoming permanent mechanisms for exclusion, cartelization or foreclosure of future competitors.

In simple terms:

The Moon may be physically distant from Earth, but if a commercial lunar economy develops, familiar antitrust questions—monopoly, exclusion, access, mergers, cartels, vertical foreclosure and innovation—will become highly relevant to how that economy is governed.