Executive Summary

The global space economy is no longer the exclusive domain of governments. Advances in launch technology, satellite design, and digital infrastructure have lowered costs and opened the sector to private actors, transforming space into a distinct economic domain with its own dynamics. Valued at approximately $630 billion in 2023, the space economy is projected to reach $1.8 trillion by 2035, growing at nearly 9 percent annually — far outpacing global GDP. This growth carries significant implications for international business, trade, infrastructure, and governance.

Recent policy developments, including a U.S. executive order in August 2025 aimed at accelerating commercial space development, underscore how governments are repositioning space as a priority for economic competitiveness. However, the transition also raises critical questions about managing orbital environments, aligning public and private investment, and ensuring equitable access to space-based services. This article examines the changing contours of the space economy and the strategic choices confronting policymakers, businesses, and institutions worldwide.

Introduction

For much of the last century, space activity was defined almost entirely by governments and pursued through programs emphasizing scientific discovery, national defense, and international prestige. Over time, that landscape has shifted. Private firms now play central roles in satellite communications, Earth observation, and emerging markets such as space tourism. The objectives of space activity have broadened beyond exploration and security to include market-driven goals like expanding broadband access, improving navigation, and enhancing climate monitoring.

These changes have pushed economists and policymakers to reconsider how space is classified and governed. Space is increasingly viewed as a distinct economic sector with its own actors, institutions, and challenges. Because space-based services now underpin critical terrestrial systems — from internet access and logistics to emergency response and financial infrastructure — the sector's evolution carries global consequences.

Background & Context

The commercial space sector's growth story is rooted in falling launch costs, miniaturization of satellites, and the expansion of digital infrastructure. The emergence of reusable rockets and high-volume satellite manufacturing has reduced the cost of access to orbit, enabling constellations of small satellites to provide global connectivity. These capabilities have shifted the balance from government-led programs to a more pluralistic ecosystem where startups, established aerospace firms, and national space agencies interact and compete.

In this context, governments are reassessing their regulatory frameworks, public investments, and infrastructure needs. The August 2025 U.S. executive order on enabling competition in the commercial space industry exemplifies this trend. It streamlines environmental reviews, revises launch regulations, and creates a new FAA associate administrator for commercial space transportation. Such policy moves reflect a deliberate effort to align regulatory tools with the imperatives of a growing space economy.

Main Analysis

Economic Benefits: Direct and Spillover

The economic case for space investment rests on both direct contributions to productivity and broader spillover effects. Satellite-enabled services — communications, positioning, navigation, and Earth observation — are the primary drivers of projected growth. But the most significant benefits may be indirect, arising from the sector's capacity to spur technological innovation and infrastructure development.

Evidence from quality-adjusted price indexes shows that while aggregate gains have been concentrated in manufacturing of satellites and launch vehicles, slower-growing legacy segments like satellite television dampen overall averages. This disaggregation is crucial for policymakers targeting investments: support for frontier segments can deliver rapid returns, while legacy activities may require restructuring.

The spillover benefits extend to connectivity. Low-Earth-orbit constellations now provide high-speed internet to remote communities, enhancing digital inclusion and resilience. For instance, in New Zealand, more than 14 percent of rural broadband users rely on satellite service, and mobile operators are partnering with satellite providers to enable texting on standard phones. During natural disasters, space-based networks maintain critical communication when terrestrial infrastructure fails.

Shifting Organizational Structures and Incentives

The space economy's growth has altered incentives for both public and private actors. Governments now act as customers, regulators, and investors, while private firms assume greater risk and responsibility. Public-private partnerships have become common, yet tensions persist over the allocation of costs, benefits, and risks.

Commercial ventures increasingly target affordability and accessibility rather than purely prestige or defense objectives. This shift changes the economics of space infrastructure: projects like orbital manufacturing or space-based solar power, once considered speculative, are now evaluated for their potential to generate terrestrial returns. The consequence is a more complex interplay between state support and market discipline, requiring governance structures that can accommodate both.

Governance of Shared Orbital Environments

As activity in orbit intensifies, governance of shared resources becomes critical. Orbital slots in geostationary orbit are finite, and the proliferation of constellations in low-Earth orbit raises the risk of collisions and space debris. Coordination among nations is essential to ensure the long-term sustainability of orbit.

International frameworks, such as the Outer Space Treaty, provide baseline principles, but they are increasingly inadequate for managing commercial sprawl. Debates are emerging over licensing, liability, spectrum allocation, and traffic management. Without updated multilateral rules, competition for orbital resources could create geopolitical frictions and increase costs for all actors.

National Infrastructure and Capability Gaps

The space economy depends on terrestrial infrastructure — launch pads, tracking stations, manufacturing facilities, and skilled talent. Many countries face gaps in these capabilities, limiting their participation. Industrial policy that invests in space infrastructure can strengthen national competitiveness, but it also raises questions about which regions or partners benefit.

The U.S. executive order's focus on spaceport infrastructure reflects this recognition. Similarly, Europe, Japan, and emerging spacefaring nations are crafting strategies to develop domestic capabilities. For developing countries, the space gap threatens to widen digital and technological divides, underscoring the need for international cooperation.

The Evolving Role of Startups and State-Level Ecosystems

Startups have become agents of innovation in the space sector, driving down costs and introducing new business models. They are often nurtured by regional ecosystems that combine academic research, venture capital, and regulatory support. Subnational entities — states, provinces, and cities — are emerging as important catalysts for space enterprise, offering incentives and infrastructure to attract investment.

This trend decentralizes space policy, creating a patchwork of regulatory environments. While this fosters experimentation, it also complicates national and international coordination. Policymakers must balance support for grassroots innovation with the need for coherent standards.

International Impact

The expansion of the space economy carries profound international implications.

Global Economy: The projected growth to $1.8 trillion by 2035 will affect supply chains, labor markets, and capital flows. Semiconductors, advanced materials, and data services will see increased demand, creating opportunities and dependencies across borders.

Trade and Investment: Cross-border investment in space ventures is rising, but security concerns are prompting new restrictions. Technology transfers and satellite exports are increasingly scrutinized, reshaping global trade patterns.

Public Policy: Governments are adopting industrial policies to secure strategic positions in space. The challenge lies in designing interventions that promote innovation without distorting markets or provoking retaliatory measures.

International Cooperation: Space inherently requires collaboration. Satellite operations affect frequencies and orbital paths globally; climate monitoring and disaster response benefit from open data sharing. Strengthening multilateral governance is essential to avoid fragmentation.

Economic Development: Space services can leapfrog terrestrial infrastructure limitations, improving connectivity and logistics in developing regions. However, without deliberate capacity building, the benefits may accrue mainly to advanced economies.

Strategic Perspectives

From a strategic standpoint, the space economy is a competitive arena where first-mover advantages can be decisive. Businesses that establish orbital assets early may capture durable market positions in connectivity and observation. Investors are increasingly treating space as a mainstream asset class, though valuations remain sensitive to regulatory shifts.

For governments, the interplay between economic and security goals is delicate. Space technologies are dual-use; satellites serve both civilian and military purposes. This dual-use nature justifies some state involvement but also raises the risk of politicization. Successful strategies will separate commercial opportunity from security imperatives while protecting both.

Institutional evolution is another key perspective. Traditional space agencies are adapting from operators to enablers, while new agencies and offices, such as the FAA's commercial space role, are emerging. This institutional churn is healthy but demands coordination to prevent regulatory overlap or gaps.

Future Outlook

Looking ahead over the next three to ten years, several trends will shape the space economy.

Artificial Intelligence: AI will play a growing role in satellite operations, data analysis, and autonomous orbital servicing. Companies that integrate AI into space systems will gain efficiency and new capabilities.

Satellite Broadband: As constellations mature, satellite internet will move from niche to mainstream, particularly in rural and maritime areas. This will intensify competition with terrestrial providers and may alter global internet governance.

Space Debris: The risk of collisions will increase, making debris mitigation and removal a profitable niche and a regulatory necessity by the early 2030s.

Governance Reforms: International frameworks for orbital traffic management and spectrum allocation will likely be negotiated, though progress may be uneven. Regional blocs may develop parallel standards before a global consensus emerges.

Energy and Climate: Space-based solar power and advanced Earth observation for climate monitoring could become commercially viable, linking the space economy to the energy transition.

Democratization of Access: More countries and companies will gain independent launch capability, diversifying the set of players and potentially easing supply-chain bottlenecks.

These developments suggest that the space economy will remain a strategic priority for governments and a dynamic investment frontier. The industrial policies adopted in the coming years will determine who reaps the benefits and how shared risks are managed.

Conclusion

The emerging space economy represents a frontier of modern industrial policy. As commercial activity expands, governments are called upon to provide governance, infrastructure, and strategic direction without stifling innovation. The balance struck will have lasting effects on global competitiveness, technological progress, and international cooperation.

The shift from exploration to exploitation demands new frameworks — for orbital property rights, sustainability, investment, and security. By learning from terrestrial industrial policy successes and failures, nations can craft approaches that unlock the space economy's promise while ensuring it serves broader societal and global interests.

Key Takeaways

• The global space economy is expected to grow from $630 billion in 2023 to $1.8 trillion by 2035, driven by satellite services and broader adoption of space-enabled technologies.
• Industrial policy for space is emerging, with the U.S. executive order of August 2025 signaling a more active government role in facilitating commercial expansion.
• Space infrastructure — including launch capacity, satellite manufacturing, and terrestrial support networks — is critical for national competitiveness and requires sustained investment.
• Governance of orbital environments, particularly debris and spectrum allocation, will become a major international policy challenge over the next decade.
• The space economy's spillover benefits in areas like connectivity and climate monitoring can accelerate global development, but without inclusive policies, the digital divide may widen.
• Strategic approaches to space should separate commercial opportunity from security concerns to maximize economic gains while safeguarding national interests.

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Sources

• Brookings Institution: Industrial policy for the final frontier: Governing growth in the emerging space economy
• World Economic Forum: Space: The $1.8 Trillion Opportunity for Global Economic Growth
• Weinzierl, M. (2023). Space as an Instrument of Macroeconomic Policy. PNAS. doi:10.1073/pnas.2221347120
• Highfill, T. & Weinzierl, M. (2024). A quality-adjusted price index for the space economy. Acta Astronautica. doi:10.1016/j.actaastro.2024.03.020
• White House Fact Sheet: President Donald J. Trump Enables Competition in the Commercial Space Industry