At a mountain resort in Banff, a Canadian astronaut who once watched Earth vanish behind the moon turned to face a room of business leaders with a different kind of mission: convincing his country to claim its place in the emerging space economy. Jeremy Hansen, fresh from the first crewed lunar voyage in decades, argued that Canada's northern geography, technical heritage, and energy potential position it not as a spectator but as a genuine architect of what comes next beyond Earth.
Canadian astronaut Hansen pitches space ambitions at Banff forum
Little tiny Earth, and 40 minutes later watching it come out the other side.
Mark
So Hansen is saying Canada should become a launch hub. What makes that actually viable? There are only a handful of launch sites on Earth that work.
Mimi
The northern latitude is real physics. You need less delta-v to reach orbit from higher latitudes because you're already moving faster with Earth's rotation. It's measurable, not theoretical.
Luke
But viable for whom? The source doesn't say whether any companies are actually building launch infrastructure in Canada right now, or if this is aspirational.
Mark
Fair point. So he's pitching the idea, not announcing something concrete.
Mimi
Right. He's making the case to business leaders that the conditions exist. Whether they act on it is separate.
Luke
The robotics and food tech angles—those feel more plausible because they're not location-dependent. You can develop those anywhere.
Mimi
Exactly. And they're downstream opportunities. Once lunar operations scale up, you need those systems. Canada has robotics expertise already.
Mark
What about the nuclear energy piece? That seems like it came out of nowhere.
Luke
It's connected if you think about power systems for deep space missions. But the source also frames it as a domestic energy priority amid a global crisis. Those are two different arguments.
Mimi
He's saying it serves both purposes. Nuclear helps Canada's own grid and also enables space missions. Whether that's realistic or just good rhetoric—that's the gap.
Mark
So the story is really about Hansen positioning Canada as a space economy player, not about any specific new program.
Mimi
Exactly. He's making the case. The actual investment and infrastructure decisions haven't happened yet.
El Pulso
- The global space economy is shifting from government programs to commercial competition, and nations that hesitate risk being left behind as early movers capture the value.
- Hansen brought rare authority to the room — a man who watched Earth disappear behind the lunar surface now urging Canadian executives to see that same perspective as a business imperative.
- Canada's proximity to the North Pole is not a geographic footnote but a physics advantage: rockets launched from northern latitudes burn less fuel reaching orbit, translating directly into cost and competitive edge.
- Beyond launches, Hansen identified deep space robotics, long-duration health and food systems, and nuclear energy as the three sectors where Canadian expertise could anchor real economic leadership.
- Nuclear power emerged as the session's unexpected centrepiece — Hansen framing it as simultaneously critical for spacecraft venturing to Mars and for Canada's own domestic energy future amid global pressure.
- Having traded his flight suit for a business suit, Hansen is no longer pitching to mission controllers — he is asking whether Canadian industry and government have the will to act before the window closes.
At a mountain resort in Banff, a Canadian astronaut who once watched Earth vanish behind the moon turned to face a room of business leaders with a different kind of mission: convincing his country to claim its place in the emerging space economy. Jeremy Hansen, fresh from the first crewed lunar voyage in decades, argued that Canada's northern geography, technical heritage, and energy potential position it not as a spectator but as a genuine architect of what comes next beyond Earth.
Jeremy Hansen arrived at the Global Business Forum in Banff this week not as a returning hero but as a pragmatist with a pitch. The Canadian astronaut, recently retired from the Canadian Space Agency, argued that Canada holds a genuine and underutilized position in the emerging space economy — and that the moment to act is now.
Hansen's credibility was hard-won. Earlier this year he flew on NASA's Artemis II mission, becoming the first Canadian to travel around the moon. He described watching Earth disappear behind the lunar surface and waiting forty minutes for it to reappear — a perspective, he told the Banff audience, that fundamentally reframes how you understand your country's place in the larger story.
But the presentation was less about awe than about opportunity. Hansen outlined three areas where Canada could build competitive advantage. The first is deep space robotics: as lunar operations grow more permanent and missions push toward Mars, robotic systems will manage the logistics of off-world life, and Canada already has meaningful expertise here. The second is health and food technology — the unglamorous but essential science of keeping humans alive and nourished on missions months from any resupply.
The third area caught some in the room off guard: nuclear energy. Hansen argued that nuclear power is experiencing a genuine global resurgence, and that Canadian investment in the technology serves both domestic energy needs and the demands of deep space missions, where solar panels lose their utility far from the sun.
Hansen has since moved into the private sector, swapping his flight suit for business attire — a deliberate signal that the space economy no longer belongs exclusively to government agencies. His core argument was simple: Canada has the geography, the talent, and the technical foundation. The remaining question is whether its leaders will choose to use them.
Jeremy Hansen stood before a room of business leaders at the Global Business Forum in Banff this week with a straightforward pitch: Canada has the geography and the expertise to become a serious player in the emerging space economy. The Canadian astronaut, who recently retired from the Canadian Space Agency, argued that the country's position near the North Pole gives it a distinct advantage—launches from northern latitudes require less fuel to reach orbit, a physics advantage that translates directly into cost savings and efficiency.
Hansen's credibility in the room came from lived experience. Earlier this year, he flew aboard NASA's Artemis II mission alongside American astronauts Reid Wiseman, Victor Glover, and Christina Koch. The four of them made history by traveling around the moon—the first crewed lunar mission in decades. Hansen became the first Canadian to fly on such a mission, and the experience left him with vivid memories he shared with the Banff audience. He described watching Earth disappear behind the lunar surface through the spacecraft window, then waiting forty minutes to see it emerge on the other side—a perspective that, he suggested, reshapes how you think about your country's place in the cosmos.
But Hansen's presentation was less about wonder and more about business opportunity. He outlined three concrete areas where Canada could build competitive advantage. The first centers on deep space robotics. As lunar operations become more permanent and missions eventually push toward Mars, robotic systems will handle the logistics—moving cargo, preparing habitats, managing supplies. Canada has existing expertise in this field, and Hansen framed it as essential infrastructure for the next phase of space exploration.
The second opportunity involves technologies that seem earthbound but become critical in space: health systems and food production. Long-duration missions require solutions to problems that don't exist on Earth—how to keep humans healthy in microgravity, how to grow or preserve food for crews months away from resupply. Canadian companies and researchers could develop these capabilities.
The third area surprised some in the room: nuclear energy. Hansen argued that nuclear power is experiencing a genuine resurgence as countries grapple with energy demands and climate constraints. For Canada, he said, investing in nuclear technology serves both domestic needs and space applications. Spacecraft heading to the moon or Mars will need reliable power sources, and nuclear systems offer advantages over solar panels in deep space. More broadly, Hansen framed nuclear investment as strategically important for Canada's own energy future.
Hansen, who remains a reservist in the Royal Canadian Air Force, has moved into the private sector to pursue these opportunities. He traded his blue flight suit for business attire to make his case at Banff—a symbolic shift from astronaut to entrepreneur. His argument rests on a simple observation: the space economy is no longer the exclusive domain of government agencies. Companies are building rockets, launching satellites, and planning commercial missions. Countries that position themselves early in this transition stand to capture economic value. Canada, Hansen suggested, has the geography, the talent, and the technical foundation to be one of them. The question now is whether business and government leaders will act on that positioning.
Citas Notables
Canada is very well positioned to become a hub for future rocket launches— Jeremy Hansen, at the Global Business Forum in Banff
Nuclear energy is a huge opportunity for Canada right now. We need it for our country. It's the right investment for many domestic reasons.— Jeremy Hansen
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