Canada earns $5B a year from space. What's changing: a factory producing satellites at scale, live relay technology in orbit, and a $305M bet on domestic launch.

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Canada built a space industry by mistake — and is now trying to own it

Canada put Alouette 1 into orbit in 1962, the third country to do it. Then it spent six decades building brilliant hardware for everyone else's missions and stopped trying to launch its own.

The numbers show what that choice cost. Canada's space sector earned $5.0 billion in 2024, shrinking at roughly 1.7% annually since 2019. RBC notes that even the Netherlands devotes a larger share of GDP to space than Canada.

But the revenue line obscures what's happening underneath. Satellite broadcasting — a dying business — accounts for the decline. Strip that out and the sector grew 4% in 2024. Space systems manufacturing is up 172% since 2019. Business R&D spending jumped 48% in a single year, to $962 million. Canada isn't losing momentum in space. It's swapping one business for a harder, more strategic one.

Three things make this moment different from five years ago. A factory is running at production scale. Technology that shouldn't work in orbit is working. And the government finally wrote the cheque.

Satellites now move through a factory in Montreal

MDA Space's Quebec facility manufactures low-Earth-orbit satellites at a speed almost no other factory on Earth can match. The facility is built to produce up to 400 software-defined satellites a year, with production ramps scheduled for 2027 for both the Telesat Lightspeed constellation (198 satellites) and an order from Apple-backed Globalstar (50-plus direct-to-device satellites).

Here's why that matters: global demand for low-orbit satellites over the next five years runs into the tens of thousands. The constraint isn't customers. Until six months ago, it was manufacturing capacity. Fewer than a handful of factories on Earth operate at this scale. In August 2026, MDA received a $474 million contract expansion from Telesat — MDA doesn't bid for projects this size unless the factory can deliver. The company spent 50 years proving it could build the most capable robotics hardware in space (Canadarm, Canadarm2, Canadarm3 for the International Space Station). The sovereign stack relies on the same engineers proving they can build at manufacturing speed instead of one-off marvels.

Kepler solved a problem most constellations still have

Toronto's Kepler Communications operates 33 satellites in orbit as of August 2026, all built in Canada, launched in January on a SpaceX Falcon 9. What makes them matter isn't the constellation size. It's what they do.

Most satellite systems collect data and wait — sometimes hours — until passing over a ground station to offload it. Over the Arctic, where ground stations are scarce, that wait kills responsiveness. Kepler solved it by linking satellites to each other with lasers. Data relays across the network in real time, station-free.

In January 2026, Kepler launched its first ten operational relay satellites. On 24 August 2026, the network entered commercial service worldwide, now supporting data rates up to 100 Gbps. It operates serving government and commercial customers across Earth observation, defense, and real-time operations. This is the world's first commercial optical relay constellation in low Earth orbit. It's Canadian. It's live now. Almost nobody in Canada knows it exists.

The gap: Canada cannot launch from Canadian ground

Until November 2025, Canada could not put a payload into orbit from its own soil. The attempts tell you where the sector is. A Barracuda rocket from Spaceport Nova Scotia lost stability ten seconds into flight. NordSpace's Taiga sat on a pad in Newfoundland; the safety software flagged an abundance of caution, and the team went home. The launch license expired that evening.

Early-stage launch companies stumble. SpaceX's first three orbital attempts all failed. Rocket Lab missed orbit on its first try. The question was never whether Canada's three launch companies—Reaction Dynamics, NordSpace, Canada Rocket Company—would stumble. The question was whether capital would show up.

In March 2026, it did. National Defence announced Launch the North: a $305 million commitment. The breakdown: $200 million to lease Spaceport Nova Scotia, plus first-phase funding split among the three rocket companies. Budget 2025 had already allocated $182.6 million toward domestic orbital launch. The target is a Canadian launch capability by 2028 that can put a 200-kilogram payload to orbit within 96 hours — linked to NATO's push for allied launch redundancy across member states.

Why this stack matters: Canada doesn't have to stay a passenger

Your traffic, your bank transfer, the plane overhead — increasingly all of it routes through orbit. Satellites may transmit up to half their traffic unencrypted. Canada still leases some of its satellite communications from the United States, and that partnership has become less reliable than it once was.

In March 2024, a 63-hour GPS interference event disrupted at least 1,614 aircraft around the Baltic, later traced to electronic-warfare sites near Kaliningrad. No border was crossed. A capability was turned on and left running. Now apply that to the Arctic. Canada controls the world's longest Arctic coastline. The Northwest Passage gets more navigable every year as ice thins. Russia has spent 15 years expanding military infrastructure across its north. China calls itself a "near-Arctic state" despite not touching the Arctic and is building icebreakers.

Canada's space sector in 2025 looked like fragments: excellent observation satellites, brilliant communication companies, world-class manufacturing, and no launch. Each piece operated independently. RBC projects that if the money arrives, Canada's space economy could grow roughly four-fold to about $21 billion annually by 2035. But that requires approximately $12 billion in new public and private capital beyond what's already committed. Launch the North is $305 million. Budget 2025 adds $182.6 million. The gap remains.

What could stop this

Concentration is real. MDA Space sits at the center of three of the four layers: observation (Kepler's laser terminals run on MDA partnerships), communication (the satellites Telesat launches are MDA-built), and manufacturing (the facility itself). If the Quebec plant hit a systemic problem mid-Lightspeed production, Canada has no domestic reroute. MDA's track record across five decades argues against that risk — the company delivered on Canadarm, on the International Space Station robotics programs, and on every major government contract for 50 years. But concentration in one company, even a capable one, is a structural vulnerability until a second manufacturer reaches comparable scale.

The launch timeline is aggressive. The three companies racing to first orbital launch have until 2028 to clear that bar, on a schedule that assumes no major delays. Rocket development rarely follows schedule. If all three slip two years, Canada's sovereign launch capability becomes a 2030 story instead of a 2028 one.

Sources

• SpaceQ — CSA releases 2025 State of the Space Sector Report
• Canadian Space Agency — State of the Canadian Space Sector Report 2025
• RBC Thought Leadership — Looking Up: Canada's space economy is a $21-billion opportunity
• SpaceQ — Launch the North: Canada bets $305M on domestic rockets and a Nova Scotia spaceport
• GlobeNewswire — Kepler delivers optical infrastructure for real-time space operations
• Kratos Space — MDA Space factory for up to 400 software-defined satellites per year
• MDA Space — $474 million contract expansion for Telesat Lightspeed