Banking Law and Launch Services Financing in Spain

1. Introduction

Launch services financing in Spain concerns the legal and financial structures used to fund activities connected with placing satellites, spacecraft, and other payloads into space. It can include financing for:

procurement of launch services;

development of launch vehicles;

satellite launch costs;

launch insurance;

launch-site and ground infrastructure;

research and development;

manufacturing and testing;

public-private space projects; and

commercial space-service companies.

Spain's legal framework does not contain a separate banking statute called a “Launch Services Financing Law.” Instead, financing is governed by a combination of Spanish banking law, commercial and contract law, public-finance and subsidy rules, EU financial regulation, State-aid rules, procurement law, insurance law, and the developing Spanish space-sector framework.

Spain's space policy has become considerably more structured following the establishment of the Spanish Space Agency (Agencia Espacial Española or AEE) under Royal Decree 158/2023. The Agency is specifically empowered to promote commercial use of space, encourage public-private cooperation, finance and co-finance space programs, and establish economic and financial support mechanisms for the Spanish space industry.

Launch financing therefore sits at the intersection of:

Banking + Project Finance + Public Funding + Space Regulation + Insurance + EU Law.

2. Spanish Space Agency and Financing

Royal Decree 158/2023 provides the institutional foundation for the Spanish Space Agency.

The Agency's objectives include promoting research, technological development and innovation in space, strengthening Spain's space industry, coordinating national space policy, and efficiently allocating public resources to relevant projects.

Particularly important for financing are the Agency's functions concerning:

commercial utilization of space;

public-private collaboration;

financing and co-financing space programs;

coordination of funding;

financial-support mechanisms for the space industry; and

development of strategic technologies, capabilities, goods and services.

Consequently, Spanish launch-service financing cannot be understood exclusively as private bank lending.

Public funding and public-private financing are also central elements.

3. What Is a Launch Service?

A launch service is broader than the rocket itself.

A financing package may cover:

Launch vehicle → payload integration → testing → transport → launch → insurance → initial orbital operations.

For a satellite operator, purchasing a launch service can represent a major component of the total project cost.

The financing agreement therefore needs to determine exactly which expenses qualify for funding.

For example, financing could cover only the price charged by a launch provider, or it could cover an entire satellite deployment package.

The distinction matters because different expenses produce different technological, contractual and credit risks.

4. Evidence from Spain's PAZ 2 Programme

A particularly useful real-world Spanish example is the PAZ 2 satellite programme.

Royal Decree 768/2025 established a direct public loan for the programme. The financed activities include design, development, manufacturing, integration, testing, launch and initial operations of the satellite system.

Importantly, the financing expressly includes both:

launch services, and

launch insurance.

The programme therefore provides direct evidence that launch costs can form part of a much larger financed space project rather than being treated as an isolated expenditure.

In November 2025, a loan of approximately €1.012 billion was awarded for PAZ 2. The programme's financing arrangements were subsequently addressed again through a 2026 ministerial order.

This provides a strong practical illustration of how Spain can combine industrial policy, public financing, national-security objectives, satellite development, launch services and insurance within one financing structure.

5. Commercial Bank Financing

Private banks can also participate in launch-related projects.

A bank considering a loan to a Spanish space company would normally examine matters such as:

borrower creditworthiness;

projected cash flows;

launch contract;

customer contracts;

technical maturity;

project timetable;

insurance;

cost overruns;

regulatory approvals;

guarantees;

collateral;

government support; and

repayment capacity.

The fact that a project belongs to a strategically important industry does not remove ordinary banking-risk requirements.

A bank must still apply applicable prudential and credit-risk standards.

6. Project Finance Structure

Large launch-service arrangements can potentially use project-finance techniques.

A simplified structure could be:

Investors

↓

Project Company

↓

Bank/Public Financing

↓

Satellite + Launch Contract + Insurance

↓

Satellite Operations

↓

Commercial/Public Revenues

↓

Debt Repayment

The lender's central concern is whether the project will generate sufficient predictable revenue to service its debt.

This is especially important in space projects because considerable expenditure normally occurs before the asset becomes operational.

7. Public Financing

Public financing is particularly significant in Spain's space sector.

Article 35 of the Spanish Space Agency's Statute permits its financing through resources including:

State-budget transfers;

income from contracts and agreements;

income from its assets;

voluntary contributions;

sponsorship;

other public or private income; and

other legally attributed resources.

The Agency can also finance qualifying space research, innovation, technological and industrial projects through relevant public-budget mechanisms.

This creates several potential models:

Public financing only

or

Private bank financing

or

Public + private co-financing.

8. PERTE Aeroespacial

Spain's PERTE Aeroespacial provides another important financing mechanism.

It was designed to strengthen Spain's aerospace sector through coordinated investment in research, development and innovation.

The programme contains funding calls through which companies and research institutions can seek financial support associated with aerospace development.

The Spanish Space Agency itself was one of the institutional developments associated with the PERTE.

For launch-service companies, this broader policy framework can support technologies and capabilities that eventually contribute to commercial launch operations.

9. European Space Agency Financing

Spain's participation in the European Space Agency also matters.

Spanish companies may participate in ESA programmes subject to the applicable programme and procurement arrangements.

For example, the AEE's 2026 BASS programme documentation describes financing arrangements connected with Spain's subscription to an ESA programme, with Spanish companies able to submit qualifying proposals subject to available funds and approval procedures.

Thus, financing of Spain's space ecosystem can involve several levels:

Spanish Government

Spanish Space Agency

European Space Agency

EU programmes

Commercial banks/investors

Private space companies.

10. Launch Contract as a Bankable Asset

For a lender, the launch contract is one of the project's most important legal documents.

It should deal clearly with matters such as:

launch price;

payment milestones;

launch window;

delays;

payload requirements;

technical obligations;

cancellation;

replacement launch;

force majeure;

liability;

insurance;

termination; and

dispute resolution.

A bank financing the project needs to understand what happens if the launch does not occur on schedule.

For example:

If the launch is delayed by twelve months, when does the borrower begin generating revenue?

This becomes both a contractual and credit-risk issue.

11. Launch Insurance

Space launches involve unusually concentrated risks.

Spain's PAZ 2 financing framework expressly recognizes launch insurance as a project expense.

Insurance can therefore form a central component of bankability.

A financing agreement may require suitable insurance against defined launch-related losses.

The lender may also require contractual protection concerning insurance proceeds.

This creates an important relationship:

Launch risk → Insurance → Financial protection → Loan repayment protection.

Insurance does not eliminate project risk, but it can redistribute some of the financial consequences.

12. Security Package

A bank financing a space project may seek security over assets or contractual rights where legally available.

Depending upon the transaction, a financing package could involve rights connected with:

project bank accounts;

receivables;

insurance proceeds;

shares in the project company;

material contracts;

guarantees; and

other eligible assets or rights.

The effectiveness of each security interest depends upon the applicable Spanish law, formalities and the nature of the relevant asset.

Space projects can create additional complications because physical and intangible assets may exist or operate across different jurisdictions.

13. Intellectual Property

Launch businesses depend heavily upon intellectual property.

Important assets can include:

propulsion technology;

software;

guidance systems;

engineering designs;

manufacturing processes;

patents;

know-how; and

testing data.

A lender therefore needs to understand who owns essential technology.

If the borrower merely licenses critical technology from another company, termination of that licence could threaten the entire project.

IP due diligence consequently forms part of credit-risk analysis.

14. Regulatory Risk

Launch-service financing also involves regulatory risk.

A project may depend on:

governmental permissions;

environmental requirements;

export-control requirements;

spectrum arrangements;

launch-site permissions;

safety requirements;

national-security restrictions; and

international obligations.

A bank should therefore avoid treating regulatory approval as merely an engineering matter.

If an essential authorization is unavailable, the project may be unable to generate the revenue expected to repay the financing.

15. Public Procurement

Government demand can be particularly important for space services.

Where a Spanish public authority purchases launch, satellite or related services, public-procurement rules can affect:

tendering;

competition;

qualification requirements;

contract award;

transparency;

contract modification; and

remedies.

From the lender's perspective, winning a government contract can substantially improve expected revenue.

However, the bank must also consider the possibility of procurement challenges, delays or contractual termination.

16. State Aid

Government support for commercial space companies can raise EU State-aid questions.

Public financing may take forms such as:

grants;

subsidized loans;

guarantees;

equity;

preferential financing; or

other economic advantages.

The legal analysis must determine whether the measure constitutes State aid and, where it does, whether an exemption, approved framework or other legal basis permits it.

Space-sector strategic importance does not automatically disapply EU competition rules.

However, particular national-security situations may involve special Treaty provisions.

The PAZ 2 programme, for example, relied on Article 346(1)(b) TFEU because the Spanish authorities considered the financed activities necessary for essential national defence and security interests.

17. National Security

Some space projects are purely commercial.

Others have:

military;

intelligence;

border-monitoring;

strategic communications; or

national-security applications.

This distinction can materially change the financing structure.

PAZ 2 illustrates the point. The programme is connected with radar Earth-observation capabilities principally for the Ministry of Defence and potentially other governmental users.

A bank financing a dual-use project therefore needs to consider both ordinary commercial law and the special regulatory restrictions arising from security-sensitive activities.

18. Public-Private Partnership

Spain's space framework expressly promotes public-private collaboration.

A possible structure could involve:

Government/AEE: financial support or anchor demand.

Space company: develops launch capability.

Commercial bank: supplies debt.

Private investors: provide equity.

Insurer: covers specified launch risks.

Customer: purchases launch services.

This distributes financial risk among several parties instead of placing the entire burden on one institution.

19. Financing Future Launch Services

The Spanish Space Agency is already examining integrated commercial launch-service models.

In May 2026, the AEE launched a Request for Information concerning a future integrated service for the launch, operation and exploitation of the Spanish component of the Atlantic Constellation. The request specifically sought technical, operational, organizational and economic-financial information from the market.

This illustrates the increasingly commercial nature of Spain's space ecosystem.

Financing is therefore moving beyond traditional government procurement toward structures involving commercial operators, competitive markets and integrated service contracts.

20. Banking Due Diligence

Before financing a launch-services project, a bank would ordinarily need detailed due diligence.

Technical due diligence

Can the technology actually perform as represented?

Legal due diligence

Does the borrower possess the necessary contracts, intellectual property and regulatory rights?

Financial due diligence

Are revenue projections credible?

Insurance due diligence

Are the main risks appropriately insured?

Regulatory due diligence

Can the project lawfully operate?

Contractual due diligence

Are customer and launch agreements sufficiently reliable?

Security due diligence

Can the lender obtain effective security over relevant assets and rights?

This makes space finance substantially more complex than an ordinary corporate loan.

21. Case Law — Important Qualification

There are not six major Spanish banking judgments specifically establishing a distinct legal doctrine of “launch services financing.”

Inventing such cases would be misleading.

Launch-service financing is a specialized combination of banking, project-finance, public-finance, procurement, competition, insurance and space law.

Accordingly, the following cases are Spanish and EU judicial authorities illustrating legal principles relevant to financing, public support, procurement, banking regulation and major infrastructure projects.

22. Case 1 — Banco Santander SA v European Commission, Joined Cases C-53/14 P and C-65/14 P

This litigation concerned Spanish tax measures and EU State-aid law.

The Court of Justice examined whether the relevant Spanish tax advantage satisfied the selectivity requirement of Article 107(1) TFEU.

Relevance to Launch Financing

Government measures supporting Spanish launch-service companies can potentially raise State-aid issues.

The broader lesson is that the legal characterization of a public financial advantage depends on EU State-aid principles rather than simply on Spain describing the measure as industrial policy.

23. Case 2 — World Duty Free Group SA v European Commission, Joined Cases C-20/15 P and C-21/15 P

This is another important EU State-aid judgment arising from Spanish measures.

The Court addressed selectivity in the context of tax advantages relating to foreign shareholdings.

Relevance

Space companies may receive support through tax measures as well as direct grants or loans.

A financing incentive can therefore require State-aid analysis even where no direct cash subsidy is paid.

24. Case 3 — Commission v Spain, Case C-70/06

This EU litigation involved Spain's compliance with obligations under EU law.

Relevance

The broader principle is important for space finance: Spanish public policy operates within the EU legal order.

National industrial objectives cannot automatically override applicable EU obligations.

Launch financing may consequently require simultaneous compliance with:

Spanish law + EU law.

25. Case 4 — Altmark Trans GmbH, Case C-280/00

Although this was not a Spanish case, it is one of the most important EU authorities concerning public compensation.

The Court established conditions under which compensation for public-service obligations does not constitute State aid.

Relevance

If a space operator is paid to provide a clearly defined public service, the financing structure may require consideration of the Altmark principles.

This can become relevant where satellite or launch infrastructure serves strategic governmental objectives.

26. Case 5 — PreussenElektra AG v Schleswag AG, Case C-379/98

The Court examined whether a statutory economic-support mechanism involved State resources for State-aid purposes.

Relevance

Launch-industry support can be structured in different ways.

The case demonstrates that the legal characterization of a support mechanism depends upon how the financial advantage is created and funded, not merely on its economic benefit.

27. Case 6 — Banco Privado Português SA v Commission, Case T-487/11

This case concerned State support for a financial institution and the application of EU State-aid rules.

Relevance

Although involving banking rather than space activities, it demonstrates that public loans and guarantees must be examined carefully under State-aid principles.

The same concern can arise where public authorities provide preferential financing or guarantees to launch-service businesses.

28. Case 7 — Eventech Ltd v Parking Adjudicator, Case C-518/13

The Court considered whether access to a publicly controlled advantage could constitute State aid.

Relevance

The case illustrates that State-aid analysis is not confined to direct government grants.

Preferential access to public infrastructure or economically valuable public resources can also require examination.

For launch services, this could become relevant to arrangements involving publicly controlled launch infrastructure or facilities.

29. Case 8 — Telaustria Verlags GmbH, Case C-324/98

This leading EU procurement case emphasized transparency obligations associated with certain public contracts.

Relevance

If a public authority awards commercially valuable launch or satellite-service arrangements, transparency and procurement principles can become significant.

A lender financing the successful operator must therefore consider whether the underlying public contract has been validly awarded.

30. Why Procurement Litigation Matters to Banks

Suppose a space company wins a €500 million public launch-services contract.

A bank lends €200 million on the assumption that contract revenues will repay the debt.

A competitor successfully challenges the procurement process.

The project company could lose or experience delays in its expected revenue.

Therefore:

Procurement risk → Revenue risk → Credit risk.

This explains why banking due diligence must extend beyond the borrower's balance sheet.

31. Financing Failure Scenarios

Banks also need to model what happens if a project fails.

Scenario A — Launch delayed

Revenue begins later than expected.

Scenario B — Launch failure

Satellite deployment does not occur successfully.

Scenario C — Customer terminates

Projected revenue disappears.

Scenario D — Regulatory approval fails

Commercial operations cannot begin.

Scenario E — Cost overrun

Additional capital becomes necessary.

Scenario F — Insurance dispute

Expected insurance proceeds are delayed or unavailable.

Financing agreements therefore commonly allocate these risks through covenants, conditions precedent, reserves, guarantees, insurance requirements and default provisions.

32. Conditions Precedent

A lender may refuse to release funds until specified conditions have been satisfied.

Typical conditions in a launch-services financing could include:

valid launch contract;

required permits;

insurance policies;

equity contribution;

technical certification;

security documentation;

material customer contracts; and

legal opinions.

This prevents the bank from becoming fully exposed before the project has reached an acceptable level of legal and commercial readiness.

33. Milestone Financing

Space projects can also use milestone-based disbursement.

For example:

Milestone 1: design completed.

Milestone 2: prototype successfully tested.

Milestone 3: launch vehicle integration completed.

Milestone 4: launch readiness confirmed.

Milestone 5: launch.

Instead of advancing the entire loan immediately, the lender releases financing progressively.

This can reduce the lender's exposure to early-stage technical failure.

34. Launch Insurance and Lender Protection

A lender may require the borrower to maintain insurance throughout specified project stages.

The financing documents can address:

required coverage;

insurer quality;

policy cancellation;

notification requirements;

loss-payee arrangements; and

use of insurance proceeds.

For example, if an insured launch failure occurs, the agreement may determine whether proceeds are used to:

repay debt

or

fund a replacement launch.

That decision can have major consequences for both lenders and investors.

35. Cross-Border Financing

Launch services are inherently international.

A Spanish satellite may be:

financed in Spain;

manufactured using components from several countries;

insured internationally;

launched from another jurisdiction; and

operated for customers worldwide.

Consequently, financing documents may involve multiple legal systems.

Banks must consider:

governing law;

jurisdiction;

arbitration;

recognition of security;

insolvency;

sanctions;

export controls; and

enforceability of foreign judgments.

Cross-border legal due diligence is therefore particularly important.

36. Insolvency Risk

A launch company can fail financially before completing the project.

Spanish insolvency law then becomes relevant to:

secured creditors;

contractual termination;

restructuring;

enforcement;

ranking of claims; and

treatment of project assets.

Banks therefore analyze insolvency consequences before making the loan rather than waiting for financial distress to arise.

A security package has limited value if it cannot operate effectively in insolvency.

37. Emerging Commercial Launch Market

Spain's space framework increasingly recognizes commercial space transportation as an important strategic challenge.

The statute establishing the Spanish Space Agency expressly identifies commercial space transportation among the major challenges facing public administration and places commercial use of space and public-private collaboration within the Agency's responsibilities.

This indicates that financing requirements are likely to evolve from traditional government-funded satellite programmes toward more diversified commercial financing.

38. Practical Financing Example

Consider a Spanish company developing a commercial launch service requiring €150 million.

The financing could be structured as:

Private equity: €40 million

Commercial bank debt: €50 million

Public innovation financing: €30 million

Strategic investor: €20 million

Other eligible support: €10 million

Before lending €50 million, the bank would examine:

launch technology;

testing history;

regulatory permissions;

intellectual-property ownership;

launch-site arrangements;

insurance;

customer contracts;

projected revenues;

public-financing conditions; and

security.

The bank could then disburse its financing progressively according to technical milestones.

This illustrates how banking law becomes integrated with the entire launch project's regulatory and contractual structure.

39. Summary of Relevant Case-Law Principles

The relevant comparative and EU authorities demonstrate several important principles:

Banco Santander v Commission — public financial advantages can require EU State-aid scrutiny.

World Duty Free v Commission — tax-based financing advantages can also constitute State aid.

Altmark — properly structured public-service compensation may fall outside State-aid classification if strict conditions are satisfied.

PreussenElektra — the source and structure of economic support matter when determining State aid.

Banco Privado Português v Commission — public financial assistance, loans and guarantees can trigger State-aid controls.

Eventech — economically valuable public advantages can require State-aid analysis even outside straightforward cash subsidies.

Telaustria — transparency principles can affect public contracting.

These cases do not create a special Spanish law of rocket financing. Instead, they provide legal principles applicable to different components of a launch-services financing transaction.

40. Overall Legal Framework

Launch-services financing in Spain can therefore involve several layers:

Banking law

Controls lending, prudential risk and financial institutions.

Contract law

Determines rights under loan, launch and customer agreements.

Security law

Protects lenders through collateral and contractual rights.

Public-finance law

Regulates grants, public loans and other government funding.

EU State-aid law

Controls selective public economic advantages.

Procurement law

Regulates government acquisition of launch and satellite services.

Insurance law

Allocates launch and other project risks.

Insolvency law

Determines creditor rights if the project company fails.

Space regulation

Controls the underlying activity and national space policy.

EU and international law

Adds additional obligations to inherently cross-border space operations.

Conclusion

Banking law and launch-services financing in Spain is an emerging field at the intersection of bank finance, project finance, public investment and space law.

Spain's institutional framework has become substantially stronger following the establishment of the Spanish Space Agency. Royal Decree 158/2023 expressly empowers the Agency to promote commercial use of space, encourage public-private cooperation, coordinate financing and co-financing, and establish economic-financial support mechanisms for the Spanish space industry.

The PAZ 2 programme provides an especially clear example of the financing model. Its public loan expressly encompasses satellite development, testing, launch services and launch insurance, demonstrating that launch expenditure can form part of a large integrated financing package.

For commercial banks, however, government support does not eliminate credit risk. A lender must still examine technology, launch contracts, regulatory permissions, intellectual property, insurance, customer revenues, security, procurement risk, insolvency consequences and the borrower's repayment capacity.

The most important principle is therefore:

Launch financing is not simply financing a rocket launch. It is financing an interconnected technical, contractual and regulatory project whose repayment depends upon successful development, lawful operation, risk allocation and commercially sustainable revenues.

Case-Law Qualification

There is no readily identifiable body of six Spanish banking judgments specifically establishing a doctrine called “launch services financing.” The authorities discussed above are Spanish-related and EU cases addressing the component legal issues—particularly State aid, public financial support and procurement.

They should therefore be used for the principles they actually establish rather than described as Spanish judicial precedents specifically deciding launch-financing disputes.