Canadian Space Sector Report 2025 Shows Growth Beneath a Flat Revenue Line

Key Takeaways

• Canada’s space economy grew in GDP, jobs, and R&D despite flat revenue.
• Broadcasting decline masks gains in manufacturing, exploration, and navigation.
• Media coverage framed the report as evidence of transition, not simple expansion.

What the Canadian Space Sector Report 2025 Measures

The State of the Canadian Space Sector Report 2025 was released by the Canadian Space Agency on May 22, 2026, and reports on 2024 operating data from more than 200 organizations active in space-related work in Canada. The agency describes the publication as the 28th edition of its annual sector study, covering revenue, employment, innovation, exports, regional performance, and economic impact. The report states that the survey covered 212 organizations, including large companies, small and medium-sized enterprises, universities, research centres, and federal government organizations.

The report matters because it separates Canada’s space economy into measurable parts. It does not treat the sector as a single launch-and-satellite category. It distinguishes upstream work such as research, engineering, space systems manufacturing, and ground systems manufacturing from downstream work such as satellite operations, services, products, and applications. That structure helps explain why a sector can show flat total revenues and still report higher gross domestic product, more direct jobs, stronger research and development spending, and growth in selected subsegments.

The 2024 data show a sector with two stories running at the same time. Total revenues slipped 1.2% to $5.0 billion. The sector also contributed $3.8 billion to Canada’s gross domestic product, reached a new high in direct employment at 14,622 jobs, and recorded $962 million in business expenditures on research and development. The Canadian Space Agency release emphasized the sector’s contribution to sovereignty, climate action, emergency response, connectivity, innovation, and global competitiveness.

The report also arrives during a period when space has become more closely linked to defense and security, environmental monitoring, communications resilience, and industrial policy. Canada’s national space economy no longer sits only inside science missions or satellite communications. It now includes lunar robotics, Earth observation, navigation, satellite services, space manufacturing, academic research, and dual-use applications that can serve civil and defense users.

The table below condenses the main indicators from the report.

GDP Growth Shows Scale Without Revenue Momentum

The Canadian space sector contributed $3.8 billion to Canada’s gross domestic product in 2024. The report defines this contribution as the combined direct, indirect, and induced economic value associated with space-sector activity. Direct value comes from space organizations themselves. Indirect value comes from suppliers. Induced value comes from consumer spending by workers whose jobs are tied to the sector. The official report page states that every dollar contributed directly by the sector produced an additional $0.90 in broader GDP contribution.

That GDP result is stronger than the revenue headline. Real GDP contribution grew 6.3% from 2023 and 15.4% from 2019 to 2024. The report’s use of 2019 as a base year avoids treating the pandemic period as a normal reference point. This choice matters because the space sector, like many technology and communications markets, experienced uneven demand, supply-chain disruption, and customer shifts during the pandemic period.

The GDP data suggest that Canada’s space activity has become more embedded in the wider economy. Space organizations buy inputs from suppliers, employ skilled workers, and support activity in adjacent markets. These adjacent markets include software, electronics, communications infrastructure, geospatial analytics, advanced manufacturing, robotics, and professional services.

The report’s GDP figure also shows why flat revenue should not be read as full-sector weakness. Revenue measures sales. GDP contribution measures value added across the economy. A sector can show weak sales growth in one legacy business line and still generate higher value through manufacturing, R&D, and skilled employment.

The distinction is especially relevant for Canada because the country has long-standing strengths in satellite communications, robotics, Earth observation, and space science. Those strengths do not all produce revenue in the same way. A communications service provider, a robotics contractor, a university research team, and a manufacturer of satellite subsystems create different economic effects. The report’s methodology captures more of that structure than a simple sales ranking would show.

The Canadian Space Agency’s public release used the GDP figure as one of the report’s headline facts, stating that the industry contributed $3.8 billion to Canada’s economy in 2024. It also linked that contribution to national priorities such as sovereignty and emergency response.

Broadcasting Decline Splits the Revenue Story

Total Canadian space sector revenues reached $5.0 billion in 2024, down 1.2% from 2023. That headline could suggest stagnation, but the report’s revenue detail points to a split market. Satellite communication remained the largest sector of activity, accounting for 69% of total revenues, but broadcasting continued to decline. The State of the Canadian Space Sector states that broadcasting revenues fell 46% from 2014 to 2024, a drop of $1.2 billion.

Broadcasting includes direct-to-home television and radio services delivered by satellite. That business has faced pressure from internet-based video, streaming services, changing consumer habits, and new connectivity options. Because broadcasting once represented a large share of Canadian space revenue, its decline weighs heavily on the overall sector even when other segments grow.

The non-broadcasting picture is different. The report states that total revenues excluding broadcasting rose 32% from 2014 to 2024. Non-broadcasting revenues reached $3.6 billion in 2024, the highest level recorded by the Canadian space sector. This means the apparent flatness of total revenue hides a shift from older downstream broadcasting activity toward manufacturing, exploration, navigation, Earth observation, and other space-enabled services.

SpaceQ’s specialist coverage made this split the center of its reaction. It described the sector as being in transition, with flat total sales concealing a surge in R&D spending and a shifting export market. It also emphasized the gap between legacy satellite broadcasting decline and growth in non-broadcasting activity.

The upstream segment reached $1.48 billion in revenues in 2024, equal to 29% of total sector revenues. Space systems manufacturing was the main driver, reaching $903 million after a 50% increase from 2023. The downstream segment still generated most revenues at $3.55 billion, equal to 71% of the sector, but it declined 7% due to lower satellite operations and services revenues.

This revenue pattern has policy significance. If Canada wants a larger space economy, it cannot rely on legacy broadcasting to return to earlier levels. Growth will likely depend on manufacturing, exploration systems, data services, satellite-enabled applications, communications modernization, navigation technologies, and government procurement in civil and defense markets.

Exports Point to North American Dependence

Exports accounted for 43% of Canadian space revenues in 2024, equal to $2.2 billion. Domestic revenues accounted for the other 57%, equal to $2.9 billion. Export revenues slipped only 0.4% from 2023, but the regional mix shows Canada’s export base leaning more heavily toward North America. The report states that North America accounted for 68% of Canadian space exports in 2024, with the United States making up 97% of North American export revenues.

Europe remained Canada’s second-largest export market at 18% of total exports, or $393 million. Asia accounted for 6%, equal to $139 million. Central America, South America, and the Caribbean accounted for 5%, equal to $102 million. Other regions represented much smaller shares.

Canada’s reliance on the U.S. market has advantages and risks. The United States is the world’s largest space market by government demand, commercial scale, defense procurement, and private investment. For Canadian firms, proximity to U.S. customers can support revenue growth, supply-chain integration, and access to large mission programs. It can also make the sector more exposed to U.S. procurement rules, export controls, currency shifts, trade disputes, and changes in American space policy.

The report also points to Europe as a potential counterweight. It notes Canada’s November 2025 investment of about $664 million in European Space Agency

SpaceQ also drew attention to this export pattern. Its coverage described the report as showing a shifting export market and noted growing reliance on North America. That framing adds caution to the official growth message because export concentration can create vulnerability even when total export revenue appears stable.

Workforce Growth Reveals a Talent-Heavy Sector

The Canadian space workforce reached 14,622 direct jobs in 2024, up 4.0% from 2023 and nearly 24% above 2019. The broader employment impact reached nearly 28,000 jobs when indirect and induced jobs are included. The report calculates a workforce multiplier of 1.93, meaning every direct space job supports nearly one additional job in the wider economy.

The composition of the workforce matters as much as the total. Engineers and scientists made up 41% of the direct workforce. Administration accounted for 17%, students for 14%, technicians for 10%, management for 7%, marketing and sales for 3%, and other and health professionals for 8%. The report also states that 72% of the workforce held science, technology, engineering, and mathematics roles, and 74% had at least a bachelor’s degree.

This structure places the space sector among Canada’s more education-intensive industries. It also makes the sector sensitive to talent shortages. The report states that 43% of Canadian space companies reported hiring difficulties severe enough to leave positions unfilled in 2024. The main affected professions included engineers, scientists, technicians, and marketing and sales roles.

The report identifies several causes of hiring difficulty. Companies cited applicants lacking required skills, competition from other industries, and limited relevant experience. These constraints are consistent with a sector that demands specialized engineering, software, electronics, systems integration, business development, and mission-domain knowledge.

The next five years of hiring demand identified in the report include software development, business development, applications of artificial intelligence, and electrical engineering systems. That mix shows that the sector’s needs are not only scientific or technical in the narrow sense. Commercial growth also requires sales, customer development, program management, regulatory understanding, and procurement experience.

Gender distribution remains uneven. The report states that people identifying as men represented 70% of the 2024 workforce, people identifying as women represented 30%, and people identifying as non-binary represented 0.3%. Government organizations had the highest share of women, followed by universities. Industry had the highest share of men.

For policymakers, the workforce results point to two connected tasks. Canada needs more graduates and skilled workers in relevant technical fields, and it needs stronger pathways from education to space-sector employment. Universities and research centres already serve as an important talent source, but private-sector scaling will require larger pools of experienced workers who can move from research, engineering, and prototype work into recurring commercial production and operations.

Regional Results Show Ontario Scale and Quebec Momentum

The report shows a sector concentrated in Ontario and Quebec, with meaningful activity in the Prairies, British Columbia and the North, and Atlantic Canada. Ontario accounted for 53% of total revenues and 41% of the workforce in 2024. Quebec accounted for 29% of revenues and 35% of the workforce. The Prairies accounted for 10% of revenues and 14% of the workforce. British Columbia and the North accounted for 4% of revenues and 6% of the workforce. Atlantic Canada accounted for 4% of revenues and 5% of the workforce.

Ontario remains the largest revenue center. Its $2.67 billion in 2024 space revenues gives it unmatched scale in the Canadian market. Yet Ontario revenues fell 3% from 2023 and were 17% below 2019. The report links this weakness to the decline in broadcasting, which affects Ontario’s regional revenue profile.

Quebec showed the clearest positive revenue result. Its revenues rose 10% from 2023 to $1.47 billion. From 2019 to 2024, Quebec revenues rose 13%, with export growth playing the largest part. Quebec also has a dense cluster of space-related industry, research, and government activity around Montréal, Longueuil, and related aerospace corridors.

The Prairies generated $489 million in revenue and supported 2,001 jobs. Revenues fell 14% from 2023, but the five-year trend remained positive, with total revenues up 33% from 2019. British Columbia and the North generated $183 million in revenue and supported 914 jobs. That region’s total revenues increased 13% from 2019, driven by domestic revenue growth.

Atlantic Canada generated $215 million in space revenues and supported 692 jobs. The report states that total revenues in the region declined 50% from 2019 to 2024. The decline came from both exports and domestic revenues, indicating a deeper regional contraction rather than a single-customer effect.

Regional concentration affects procurement, workforce planning, and industrial policy. Ontario’s scale gives it a large base of customers, firms, and skills. Quebec’s momentum points to export growth and manufacturing depth. The Prairies, British Columbia, the North, and Atlantic Canada show smaller but strategically relevant roles in areas such as communications, data services, academic research, defense needs, and regional industrial development.

Innovation Spending Changes the Report’s Signal

The strongest growth indicator in the report is business research and development. Business expenditures on research and development reached $962 million in 2024, up 48% from 2023 and 156% from 2019. The report states that 105 companies engaged in R&D activities during 2024. Large firms accounted for 89% of business R&D spending, and small and medium-sized enterprises accounted for 11%.

The financing mix is another significant detail. The report states that 77% of 2024 business R&D spending came from internal company sources, equal to $742 million. External funding accounted for 23%, equal to $220 million. Internal financing suggests that companies see commercial or strategic value in continuing technical development, rather than relying only on grants or contracts.

Downstream organizations accounted for 71% of business R&D spending, and upstream organizations accounted for 29%. This result may surprise readers who associate R&D mainly with manufacturing. In practice, downstream space businesses also invest heavily in software, analytics, applications, service delivery, data processing, customer platforms, and operational systems.

Industrial R&D intensity in the space sector reached 81% in 2024. For the space manufacturing subsegment, R&D intensity reached 55%, which the report says was 17 times higher than the average for Canadian manufacturing. That ratio supports the idea that space manufacturing is a research-heavy industrial activity rather than a conventional production category.

Innovation outputs also increased. Organizations reported 413 inventions in 2024, up 21% from 2023 and 70% from 2019. Registered patents declined 16% from 2023 to 113, but they remained 71% above 2019 levels. The gap between inventions and patents can reflect timing, cost, intellectual property strategy, secrecy, or the fact that some inventions fit better as trade secrets or know-how than as patent filings.

The report also estimates return on investment for Canadian Space Agency space development programs. It states that each dollar invested returned $3.30 in follow-on revenues five years after project completion. The report calls the estimate conservative because projects without successive-year responses are counted as having zero follow-on revenue.

Media Coverage Frames the Report as Transition Rather Than Celebration

Credible media reaction to the report centered on two frames. The first came from official and press-release coverage, which emphasized growth, jobs, innovation, and national benefit. Skies Magazine carried the Canadian Space Agency release and presented the report as evidence that Canada’s space economy is charting growth, with quick facts on GDP, revenue, and jobs.

The second frame came from SpaceQ, which treated the report as a more complex signal. Its headline focused on R&D spending surging as broadcasting continued to decline. That framing is useful because it captures the main tension in the data: the Canadian space sector is not simply expanding across every measure, nor is it weakening across every measure. It is changing shape.

SpaceQ also placed weight on the Space Canada Horizons context, where the Canadian Space Agency’s chief economist presented findings before release. Its coverage stressed that the report shows flat sales, a large R&D increase, and a shifting export market. This interpretation is closer to an industry analyst reading than a standard announcement. It treats the report as a sector health check rather than a publicity event.

That media contrast matters because the report can support more than one valid reading. A government release can accurately emphasize GDP, jobs, and national capability. Specialist coverage can also accurately emphasize revenue pressure, export concentration, and broadcasting decline. The useful interpretation combines both. Canada’s space sector has stronger capability indicators than its total revenue line suggests, but it still faces structural pressure in legacy satellite broadcasting and market concentration.

The media reaction also shows that Canada’s space economy has a limited but specialized public discussion. Space policy and space business coverage in Canada often depends on specialist outlets, government releases, trade publications, and industry events. That makes primary documents like the Canadian Space Agency report especially influential because they supply the baseline numbers used by journalists, companies, policymakers, and analysts.

Space Economy Implications for Canada

The report points to a Canadian space economy moving away from a communications-broadcasting center of gravity and toward a broader mix of manufacturing, applications, R&D, exploration systems, and dual-use capability. Satellite communication still dominates revenue, but its internal composition is changing. Broadcasting decline is a drag, but non-broadcasting services and manufacturing offer growth paths.

Government procurement remains a central part of that story even though non-government customers generated most revenues. The report states that 16% of 2024 space revenues came from government customers, including 12.5% from domestic government sources and 3.3% from foreign government sources. Non-government customers accounted for 84%. This ratio shows that Canada’s space sector is commercially exposed, yet government demand still shapes technology development, missions, standards, and defense-related capability.

Defense and security deserve special attention. The report’s executive discussion refers to demand for dual-use space-based solutions serving civil and defense needs. That language reflects a market where Earth observation, communications, navigation, timing, space domain awareness, and resilient infrastructure have civil value and security value. Canada’s geography strengthens that link because Arctic monitoring, maritime awareness, disaster response, and remote connectivity all benefit from space-enabled systems.

The report’s data also imply a scaling problem. Large companies dominate revenues, exports, workforce, and R&D spending. Small and medium-sized enterprises contribute less to revenue but account for 55% of inventions. That split creates both an advantage and a risk. Smaller firms can generate ideas and specialized technologies, but the sector needs paths that convert invention into contracts, production, exports, and long-term service revenue.

The report also suggests that Canada needs more resilience in its export base. North American demand is valuable, and the U.S. market will remain central. Even so, a healthier export mix would include more European, Asia-Pacific, and global commercial demand. ESA participation may help, but firms will need to win work in competitive procurement environments.

Summary

The Canadian Space Sector Report 2025 shows a sector with stronger economic fundamentals than its total revenue line suggests. GDP contribution rose, direct employment reached a new high, business R&D spending surged, and non-broadcasting revenues reached a record level. Those gains show that Canada’s space economy is developing deeper industrial and technical capacity.

The main weakness is structural rather than cyclical. Broadcasting decline continues to pull down total revenue performance, and export concentration leaves the sector heavily exposed to North American demand, especially U.S. customers. These pressures do not erase the report’s positive data, but they change how the report should be read.

The report shows that Canada’s space sector is shifting from legacy satellite communications revenue toward a broader industrial and applications base. That shift supports manufacturing, exploration systems, data services, dual-use technologies, and advanced R&D. The sector’s next test is whether high R&D spending, skilled employment, and invention activity can convert into recurring commercial revenue, export growth, and sovereign capability.

Appendix: Top Questions Answered in This Article

What Is the Canadian Space Sector Report 2025?

The Canadian Space Sector Report 2025 is the Canadian Space Agency’s annual statistical review of Canada’s space economy. It reports on 2024 data gathered from companies, universities, research centres, not-for-profit organizations, and federal government organizations involved in space activities.

Why Did Revenues Decline If the Sector Grew?

Total revenues declined mainly because satellite broadcasting continued to fall. Growth in manufacturing, exploration, navigation, Earth observation, and non-broadcasting services helped offset that decline, but not enough to raise total sector revenue in 2024.

How Much Did the Sector Contribute to Canada’s Economy?

The sector contributed $3.8 billion to Canada’s gross domestic product in 2024. That figure includes direct activity by space organizations, indirect supplier impacts, and induced activity from worker spending tied to the sector.

How Many People Work in Canada’s Space Sector?

The report counted 14,622 direct space-sector jobs in 2024. When indirect and induced employment are included, the sector supported nearly 28,000 jobs in Canada.

Which Region Leads Canada’s Space Economy?

Ontario led by revenue and workforce share in 2024. Quebec ranked second but showed stronger revenue growth from 2023, supported by export performance and a deep aerospace and space industry base.

What Was the Strongest Growth Signal in the Report?

Business R&D spending was the strongest growth signal. It reached $962 million in 2024, up 48% from 2023 and 156% from 2019.

Why Does Broadcasting Matter So Much?

Broadcasting historically made up a large share of Canadian space revenues. Its 46% decline from 2014 to 2024 has weighed on total sector revenue even as other space activities have grown.

How Important Are Exports to the Sector?

Exports generated 43% of Canadian space revenues in 2024. North America accounted for 68% of exports, with the United States making up nearly all North American export revenue.

What Did Media Coverage Emphasize?

Official and press-release coverage emphasized growth, jobs, and national benefits. SpaceQ’s specialist coverage emphasized transition, especially the contrast between flat total sales, R&D growth, and broadcasting decline.

What Is the Main Policy Message?

The report points to a need for stronger scale-up pathways. Canada has skilled workers, R&D activity, and technical output, but long-term growth depends on converting those assets into contracts, production, exports, and resilient sovereign capabilities.

Appendix: Glossary of Key Terms

Business Expenditures On Research And Development

Business expenditures on research and development refer to company spending on activities intended to create or improve products, services, technologies, or processes. In the report, this measure applies to companies and serves as a major indicator of innovation effort.

Downstream Segment

The downstream segment includes space-enabled services, satellite operations, products, and applications. It covers activity closer to end users, such as communications services, data products, navigation applications, and services built from satellite capabilities.

Exports

Exports are revenues earned from customers outside Canada. In the Canadian space sector, exports include sales to foreign governments, companies, organizations, and consumers that purchase Canadian space products or services.

Gross Domestic Product

Gross domestic product measures value added in the economy. In the report, space-sector GDP contribution includes direct activity by space organizations, indirect supplier activity, and induced economic activity tied to employee spending.

Highly Qualified Personnel

Highly qualified personnel are employees with at least a bachelor’s degree. The report uses this measure to show the education intensity of the Canadian space workforce.

Induced Impact

Induced impact refers to economic activity supported by consumer spending from workers whose jobs are linked to the space sector. It is separate from direct space-sector work and indirect supplier activity.

Research And Development Intensity

Research and development intensity measures R&D spending relative to economic output. A high intensity level indicates that a sector invests heavily in creating, improving, or adapting technology.

Satellite Broadcasting

Satellite broadcasting refers to television and radio services delivered by satellite directly or indirectly to customers. Its decline has reduced total Canadian space revenues despite growth in other space activities.

Space Systems Manufacturing

Space systems manufacturing includes the production of spacecraft, satellite components, payloads, robotics, and related space hardware. In 2024, this subsegment drove much of the upstream revenue increase.

Upstream Segment

The upstream segment includes research, engineering, consulting, space systems manufacturing, and ground systems manufacturing. It covers activities linked to designing, building, and supporting space infrastructure before end-user services are delivered.