Canada Has Been in Space Since 1962. What Comes Next?

At 11:10 a.m. Thursday, a Falcon 9 lifted Joshua Kutryk and three crewmates from Florida, sending the Canadian astronaut toward roughly six months aboard the International Space Station. It was a milestone, but also a reminder of how Canada has usually worked in space: bring something useful, earn a place in a larger program, and make that access do work back home.

Canada was in space before it had a space agency

Canada’s modern space story starts in 1962 with Alouette I, a Canadian-designed scientific satellite built to study the ionosphere. Its launch made Canada the first country after the Soviet Union and United States to design and build its own artificial Earth satellite. It was supposed to work for about a year. It kept transmitting useful data for more than a decade.

Ten years later, Anik A1 put another practical Canadian problem into orbit. Canada became the first country with a domestic communications satellite in geostationary orbit, helping extend television and long-distance telephone service into remote and northern communities.

The Canadian Space Agency itself did not arrive until 1989. By then Canada had already spent decades using space to solve problems created by geography, distance and the need to see or communicate across a very large country.

Build something useful, earn access

Canadarm became the clearest expression of the Canadian model.

Canada supplied the first Shuttle Remote Manipulator System to NASA as its contribution to the Space Shuttle program. NASA later bought four more. The robotic arm deployed and recovered satellites, supported spacewalks, helped service Hubble and eventually helped assemble the International Space Station.

Canada also got something valuable in return. The CSA says the contribution helped secure the opportunity that put Marc Garneau aboard Challenger in 1984, making him the first Canadian in space.

The bargain continued on the ISS. Canadarm2 and Dextre became part of the station’s operating infrastructure, while Canada gained access to astronaut flights, research and technology work that would have been far more difficult to support alone. The CSA’s current 2026–27 departmental plan still describes Canadian robotics and ISS participation as part of that exchange.

Kutryk is flying inside that arrangement. He reached orbit in an American commercial spacecraft, on an American rocket, heading to an international laboratory where Canadian robotics remain part of the machinery that keeps the place working.

Canada is not independent of its partners here. It is not empty-handed either.

A lot of Canadian space points back at Canada

Astronauts get the launch-day attention. Much of Canada’s most useful space capability looks back toward Earth.

RADARSAT turned Canadian expertise in synthetic-aperture radar into a tool for sea-ice monitoring, maritime surveillance, flood response, environmental observation and Arctic security. Ottawa reinforced that capability in June with a C$688-million contract for a RADARSAT Constellation Mission replenishment satellite, targeted for the early 2030s.

The scale of the demand is easy to miss. The CSA expects roughly 300,000 Government of Canada requests for RADARSAT synthetic-aperture-radar imagery in 2026–27. That is space infrastructure doing very terrestrial work.

The CSA is also developing WildFireSat, HAWC and an Arctic Observation Mission concept for wildfire monitoring, severe-weather and atmospheric research, and more persistent coverage of the North.

There is an industry beneath those programs. The CSA’s latest State of the Canadian Space Sector puts 2024 industry revenue at about C$5 billion and direct employment at 14,622 people. About 43 per cent of revenue came from exports, with most export revenue still going to North America. Canada has customers abroad, but the export map remains heavily tilted toward its nearest one.

Kutryk is going to work

Kutryk’s flight is a national milestone. His next six months will be much less ceremonial.

Canadian researchers are using the mission to study subjects including muscle and exercise health, spatial orientation, eye health, anemia, cardiovascular function and blood-clot risk. One Canadian experiment, ACTIS, is designed to measure D-dimer in near real time so astronauts can assess clot risk without waiting for samples to return to Earth. The Crew-13 Canadian science program is part of the longer effort to understand what extended time in microgravity does to the human body.

Some of that work may eventually help people on Earth. Some of it may not. That is how research works.

Kutryk’s mission also marks a shift in how Canadians get to orbit. He is the first CSA astronaut to fly under NASA’s Commercial Crew Program, with SpaceX providing the transportation system. The mission relationship remains governmental, but the ride is increasingly commercial — a distinction that will matter after the ISS.

The partnership model is changing

In April, Jeremy Hansen returned from Artemis II after becoming the first Canadian — and the first non-American — to fly on a lunar mission. The CSA tied his seat to decades of Canadian contributions and investments in space robotics.

The bargain is changing.

For years, Canadarm3 was framed primarily as Canada’s contribution to the lunar Gateway. In August, the CSA said it intended to repurpose technologies and investments developed through Canadarm3 toward a wider range of Artemis operations, including lunar-surface logistics and possible commercial low-Earth-orbit applications.

The ISS is expected to retire around 2030, and the CSA is studying how Canadians might continue flying, conducting research and testing technology as commercial successor stations emerge.

Canada is also widening its partnership base. It has worked formally with the European Space Agency since 1979 and remains ESA’s only non-European cooperating state. Canada committed another €407.71 million — about C$664.6 million — to ESA programs in late 2025, giving Canadian companies access to missions and procurement beyond the North American market.

Industry Minister Mélanie Joly told The Canadian Press ahead of Kutryk’s launch that Canada intends to deepen ties with Europe, Japan and other partners as NASA’s operating model changes. She also said a new Canadian space strategy is expected in the coming months.

What does Canada need to control?

Canada’s existing model is built around selective domestic capabilities inside much larger international programs, not around reproducing the full launch, exploration and institutional systems of its partners.

That makes the policy question more specific: which dependencies does Canada accept, and which capabilities does it want to control directly?

Earth-observation data used for Arctic surveillance or emergency response is different from buying a seat for an astronaut. Canadian robotics that earn access to international missions create a different kind of leverage than relying entirely on foreign launch providers. European partnerships can diversify markets without requiring Canada to recreate ESA at home.

Launch is one conspicuous gap. Canada has designed satellites, built space robotics and developed sophisticated Earth-observation systems for decades, but it still depends on foreign launch providers to reach orbit. Ottawa introduced the Canadian Space Launch Act in April to create a dedicated framework for launches and re-entry from Canadian territory.

That is an important piece of infrastructure. It is not, by itself, a rocket, a launch licence or a functioning domestic launch industry.

The new strategy is expected to put those choices into policy.

Alouette proved Canada could build a satellite. Canadarm turned specialized engineering into mission access. RADARSAT turned space technology toward watching and protecting the country. Artemis II and Crew-13 have carried Canadians into two different parts of the next era.

The forthcoming strategy will show how Ottawa answers the question: which capabilities it intends to own, which it is prepared to share, and what it expects those partnerships to deliver.