Joly Says Canada Must Diversify Space Partnerships Beyond NASA as U.S. Trade War Tests Cross-Border Cooperation

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Canada’s decades-long space partnership with the United States is being tested at an unusually complicated moment. As Canadian astronaut Joshua Kutryk prepares to launch to the International Space Station aboard NASA’s SpaceX Crew-13 mission, Industry Minister Mélanie Joly says Ottawa also needs to widen its network of international space relationships.

Joly’s message is not that Canada intends to walk away from NASA. Instead, she is connecting space policy to a broader push for economic and strategic resilience as a Canada-U.S. trade war strains relations in other sectors. Europe, Japan and other middle-power partners are increasingly part of that calculation, alongside investments designed to give Canada more control over satellites, launch capacity and advanced space technologies.

Diversification Does Not Mean Canada Is Walking Away From NASA

Joly made the distinction while in Florida ahead of Kutryk’s launch. She described the International Space Station as evidence that countries can continue cooperating in space even while governments clash over trade and geopolitics. She was also scheduled to meet NASA Administrator Jared Isaacman during the visit. At the same time, Joly said Canada has to recognize that NASA’s operating model is changing and broaden its relationships with European, Japanese and other international partners.

That makes diversification different from disengagement. Canada remains deeply embedded in U.S.-led human-spaceflight programs, and NASA continues to provide access, infrastructure and opportunities that would be extremely difficult for Canada to reproduce independently. The Canadian Space Agency’s own 2026–27 planning documents say international partnerships allow Canada to participate in missions that would otherwise be financially or technically out of reach. Those same documents, however, explicitly warn that rising protectionism among traditional partners strengthens the case for expanding markets and relationships.

Crew-13 Shows How Closely the Two Space Programs Remain Connected

The timing of Joly’s comments makes the contrast unusually visible. Kutryk is scheduled to lift off at 11:10 a.m. ET on October 1 aboard a SpaceX Falcon 9 and Crew Dragon as part of NASA’s Crew-13 mission. He will spend roughly six months aboard the International Space Station alongside NASA astronauts Jessica Watkins and Luke Delaney and Roscosmos cosmonaut Sergey Teteryatnikov. It will be Kutryk’s first flight into space.

The mission also marks the first time a Canadian Space Agency astronaut has flown through NASA’s Commercial Crew Program. Kutryk is set to conduct scientific research and test technologies during the long-duration deployment, becoming the fourth CSA astronaut assigned to a long-duration ISS mission. That degree of operational integration is why Joly’s diversification comments should not be interpreted as an immediate break with Washington. Even during a trade dispute, Canadian astronauts, scientists and engineers continue working inside a U.S.-led transportation and mission system.

NASA’s Artemis Reset Helps Explain Joly’s Caution

Canada is also responding to significant changes inside the American lunar program itself. NASA revised its Artemis architecture in 2026, adding a 2027 demonstration mission and shifting its near-term approach toward more frequent lunar missions and commercially provided systems. In March, NASA said it intended to pause Gateway in its existing form and concentrate more heavily on infrastructure supporting sustained operations on the lunar surface.

That mattered to Canada because Canadarm3 had been designed as a flagship Canadian contribution to Gateway. In August, the Canadian Space Agency announced that work and technology developed for Canadarm3 would instead be adapted for a wider range of lunar operations and potentially for emerging commercial stations in low-Earth orbit. The episode illustrates the risk Joly was describing: even an extremely close partner can change mission architecture, timelines or procurement models. Canada therefore has an incentive to ensure technologies developed for one program can find customers and missions elsewhere.

Europe Has Already Become a Major Part of the Diversification Strategy

Europe is not merely a future possibility. Ottawa dramatically expanded its relationship with the European Space Agency in 2025. Joly initially announced a $528.5-million increase in Canadian investment in ESA programs, describing it as roughly ten times the level of previous contributions. At ESA’s ministerial meeting later that month, Canada confirmed total commitments of about €407.71 million, then equivalent to approximately C$664.6 million, across selected programs.

Canada occupies an unusual position as a non-European cooperating state with ESA. Participation gives Canadian companies opportunities to compete for ESA-funded contracts and work alongside European aerospace companies and research organizations. The Canadian government says the arrangement has historically produced significant follow-on commercial opportunities for participating businesses. For Ottawa, the attraction is both scientific and economic: Europe gives Canadian firms another large market for robotics, satellites, Earth observation, communications and dual-use technologies instead of concentrating international opportunities overwhelmingly in the United States.

Japan Is Another Established Partner Canada Can Build On

Joly specifically identified Japan when discussing deeper relationships outside NASA, and Canada does not have to start that partnership from scratch. The Canadian Space Agency and the Japan Aerospace Exploration Agency have worked together for decades, including through the International Space Station, Earth-observation programs and disaster-response initiatives. The two agencies have also explored complementary technologies for future lunar exploration.

In 2025, CSA President Lisa Campbell travelled to Japan and met JAXA President Hiroshi Yamakawa to discuss additional cooperation and stronger links between their domestic space industries. One small but telling example of how closely the two systems already overlap is astronaut training: eight JAXA astronauts had trained at the CSA’s robotics centre to operate Canadarm2, according to the Canadian government. Canadarm2’s first capture of a free-flying cargo spacecraft in 2009 was also performed on a Japanese HTV vehicle. Those relationships provide an existing technical foundation for the deeper Canadian-Japanese industrial cooperation Joly is now describing.

Canada’s Robotics Expertise Remains Its Most Recognizable Bargaining Chip

Canada has rarely tried to match larger countries across every part of human spaceflight. Instead, it built highly specialized capabilities that larger international missions needed. Canadarm2, installed on the International Space Station in 2001, is a 17-metre robotic arm used for station maintenance, moving equipment and supporting visiting spacecraft. Dextre performs more delicate external maintenance, reducing the need for astronauts to perform some tasks during spacewalks.

That specialization has helped Canada secure something more valuable than simple visibility: access. Canadian robotics contributions have historically been tied to astronaut opportunities, research participation and an influential place inside multinational programs. The approach is now being extended beyond the original architecture planned for Canadarm3. Canada said in August that the technology and expertise developed through the project could support cargo handling, infrastructure deployment, inspections, astronaut assistance and other lunar operations. A technology that can function across several international programs is inherently less dependent on the future of any one mission.

Ottawa Is Also Trying to Reduce Dependence on Foreign Launch Sites

Partnership diversification addresses who Canada works with. Sovereign launch capability addresses another problem: how Canadian spacecraft actually get into orbit. Transport Canada said in April that Canada remained the only G7 country without domestic space-launch capability and relied on foreign countries, most frequently the United States, for access to orbit. The federal government subsequently introduced the Canadian Space Launch Act to establish a permanent regulatory framework for launches and spacecraft re-entry from Canadian territory.

The government has also committed $200 million through a 10-year agreement for a dedicated launch pad at a multi-user spaceport near Canso, Nova Scotia. Defence officials are targeting an initial Canadian light-lift capability by 2028 and have funded Canadian rocket developers through the Launch the North program. Even if Canada continues buying American launch services, having domestic alternatives would reduce the consequences of scheduling disruptions, foreign policy changes or limited overseas launch capacity.

RADARSAT Shows Why Space Sovereignty Goes Beyond Rockets

Independent access to orbit is only one piece of the sovereignty argument. Satellites themselves have become important national infrastructure. In June, Joly announced a $688-million contract with MDA Space to build, test and launch a replacement satellite for Canada’s RADARSAT Constellation Mission. The project is part of a previously announced $1.012-billion, 15-year federal commitment to maintaining and developing Canadian Earth-observation capabilities.

RADARSAT data is used by more than 10 federal departments and supports tasks ranging from observing Arctic sea ice and shipping routes to tracking floods, oil spills and environmental change. It also has security applications, including monitoring remote northern territory and supporting intelligence, surveillance and reconnaissance. That explains why Ottawa increasingly describes space infrastructure in the language once reserved for ports, telecommunications networks or energy systems. A country dependent on satellites for emergency management, Arctic awareness and defence has an interest in controlling more of the technology, data and supply chain behind those services.

The Commercial Stakes Are Bigger Than Canada’s Astronaut Program

The debate also involves a growing domestic industry. The Canadian Space Agency’s latest sector report found that space activities contributed approximately $3.8 billion to Canadian GDP in 2024 and generated about $5 billion in revenue. The sector had 14,622 direct jobs, with engineers and scientists its largest occupational group. Including indirect and induced employment, the CSA estimated that space supported more than 28,000 Canadian jobs.

Foreign markets are especially important. About 43 per cent of Canadian space-sector revenue came from exports in 2024, and 68 per cent of those exports went to North America, primarily the United States. Europe accounted for another 18 per cent and Asia roughly six per cent. Those figures help explain the economic logic behind Joly’s push. Diversification is not solely about which agency carries the next Canadian astronaut. It also involves giving Canadian manufacturers, satellite firms and technology companies a broader customer base when their largest foreign market is experiencing greater political and trade uncertainty.

The Trade War Has Turned Space Diversification Into a Wider Resilience Question

The backdrop is an unusually strained Canada-U.S. economic relationship. After the United States imposed 50 per cent tariffs on C$27.6 billion worth of Canadian goods in August, Canada introduced matching countermeasures effective September 8, with rates ranging from 15 to 50 per cent depending on the product. The dispute has affected sectors including metals, machinery, electronics and other parts of the integrated North American economy. Joly explicitly referenced the trade war and geopolitical tensions while discussing Kutryk’s mission in Florida.

There is no evidence that Ottawa intends to reproduce that confrontation in civil space cooperation. In fact, Joly pointed to the ISS as an example of countries preserving practical collaboration despite wider disagreements. But Canada’s own 2026–27 space planning documents already state that increasing protectionism among traditional partners makes market diversification more important. Joly says a new Canadian space strategy is expected in the coming months, alongside new leadership at the CSA. The direction emerging so far is one in which NASA remains a crucial partner, but no longer the only relationship around which Canadian space ambitions are organized.

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