Hey friends, if you care about Canadian sovereignty, you need to read this…
Canada just signed a C$2.3 billion contract for a sovereign military satellite network. The deal could grow to C$2.7 billion and it’ll cover the Canadian Armed Forces with secure Arctic communications through 2028 and beyond.
Great! Right?
Ottawa is calling it a cornerstone of Canadian space sovereignty.
But, to get those satellites into orbit, Canada has to call SpaceX.
See the problem?
Telesat has more than a dozen Falcon 9 launches already under contract for this program, with the birds lifting off from Vandenberg and Cape Canaveral, American soil both times.
Telesat’s Defense Investment Agency award, announced this month, is the largest contract in the company’s six-decade history. It expands the Lightspeed low-Earth-orbit constellation from 156 to 225 satellites, all built by MDA Space at its Montreal manufacturing line, with dedicated Military Ka-band capacity layered in alongside the commercial payload.
Service is supposed to start in 2028.
Total expected investment in the full network runs close to C$7 billion.
Traditional geostationary satellites sit parked over the equator, which means from way up in Canada’s Arctic they hang low on the horizon or vanish below it entirely.
Think of it like trying to get cell signal from a tower on the far side of a mountain range. Low-Earth-orbit satellites solve that geometry problem by passing directly overhead, and Canada has an enormous amount of Arctic territory that currently has lousy beyond-line-of-sight coverage for exactly that reason.
So Lightspeed is a real operational fix for a real military gap.
But those 69 new satellites are going to space on SpaceX rockets, and that’s where the sovereignty story gets a lot more complicated.
A country capable of running independent military space operations needs to control several links in one chain: building the satellites, launching them, communicating through them, knowing where its own forces are, seeing threats on the ground and in orbit, getting missile warning, and running the ground infrastructure that ties the whole system together.
Canada does several of those things extremely well…
MDA built the Canadarm and now manufactures satellites at scale.
Telesat has run commercial birds for decades.
Canada owns and operates the RADARSAT Constellation Mission and the Sapphire space-surveillance satellite, and the RCAF runs its own Space Division with a 24/7 operations center watching the sky.
What Canada doesn’t have is the full chain, start to finish, under its own control.
Let’s take a look at the weaknesses:
Canada can’t launch a satellite
Zero orbital launches, ever, from Canadian soil.
Canada’s own Transport Minister said this spring, “Canada is the only G7 country without space-launch capability, and it relies most often on the United States to get Canadian satellites into orbit.”
RADARSAT proves the point. Three Canadian-owned RADARSAT satellites went up in June 2019. On a Falcon 9. From Vandenberg Air Force Base in California.
A satellite sitting in a clean room in Montreal isn’t a space capability yet. Somebody still has to put it a few hundred kilometers over your head, and for Canada, that somebody has always worn an American flag patch on their shoulder.
Ottawa knows this and is finally throwing money at it.
The Department of National Defense signed a ten-year, C$200 million lease for a dedicated launch pad at Maritime Launch Services’ spaceport near Canso, Nova Scotia, with initial capability targeted by the end of this year.
Behind that pad sit three homegrown rocket companies: NordSpace, Canada Rocket Company, and Reaction Dynamics, each backed with an C$8.3 million grant under the DND’s Launch the North program… all racing toward a light-lift orbital launch by 2028.
But a launch pad without a working rocket is an unusually expensive slab of concrete. Right now, that’s what Canada has.
In two years, if the schedule holds, it might not be.
But what about the near term? Well, Canada isn’t completely trapped here.
Europe now has Ariane 6, which is already launching dozens of Amazon Leo satellites at a time from French Guiana. India sells commercial launches aboard its LVM3, and Japan is developing H3 into a competitive heavy launcher.
So, Canada has friendly options.
Even China could launch the hardware from a purely technical standpoint, although handing a Canadian military communications satellite to a Chinese state-owned aerospace organization would create security problems big enough to make that option mostly academic.
The vulnerability is that Canada presently owns none of those roads itself.
If Washington became unavailable, Ottawa could probably buy a ride from Europe. It might eventually buy one from India or Japan. What Canada could not do today is simply decide that a strategically important satellite needs to go up next month and launch it under Canadian control.
That’s what sovereignty means in this context.
Canada’s military runs on America’s GPS
Canadian soldiers, aircraft, ships and precision weapons depend heavily on the US-owned Global Positioning System. Canada’s own defense research describes GPS as indispensable for military positioning, navigation and timing, and Canada was the first US ally to receive the latest encrypted M-code GPS receiver technology for testing.
That doesn’t mean Canada would literally be lost if GPS disappeared.
Europe’s Galileo constellation broadcasts a free global signal that any compatible Canadian receiver can use, and modern civilian equipment increasingly combines GPS, Galileo and other satellite constellations automatically.
Canada has even participated in Galileo’s development since the early 2000s.
The harder problem is military GPS.
Canadian forces don’t rely only on the same GPS signal your phone uses.
Military receivers can use encrypted M-code, designed to resist jamming, spoofing and unauthorized use. Galileo has its own hardened equivalent, the Public Regulated Service, but access for a non-EU country requires formal agreements with Europe.
Doing some research, I couldn’t find any evidence that Canada currently possesses Galileo PRS access comparable to its military access to GPS.
Moving an entire military from one protected satellite-navigation architecture to another wouldn’t require replacing every aircraft, ship or missile. It could, however, require replacing or modifying thousands of receivers, integrating different cryptographic systems, adapting anti-jam antennas and guidance software, and then testing and certifying everything from aircraft navigation systems to precision weapons.
That’s the real dependency.
Canada has another constellation overhead. What it doesn’t currently appear to have is a second fully integrated, hardened military PNT system it can substitute for American GPS on command.
And there’s an interesting policy question this raises: why hasn’t Canada already negotiated access to Galileo PRS as a contingency?
Given Ottawa’s current effort to remove single-country dependencies from launch, satellite communications and defense manufacturing, securing PRS access from Europe would seem like a relatively inexpensive way to create redundancy compared with the absurd cost of building a domestic GPS constellation.
The military communications stack is almost entirely rented from Washington
This is where the picture gets almost comically layered.
Canada’s wideband military satellite communications run through the US Wideband Global SATCOM system. Under the 2012 Mercury Global agreement, Canada put in C$340 million toward WGS-9, the largest single contribution of the five partner nations on that satellite and gained operational access to the WGS constellation in 2013.
Canadian troops use Canadian terminals talking to Canadian ground stations. But the satellites overhead belong to a US Space Force system... And Uncle Sam, via the NSA, is always listening.
Want to move Canadian troops without the US knowing about it? I hope you know how to use smoke signals.
Go up a classification level and it’s the same story.
Canada’s protected, jam-resistant military communications, (the kind built to survive the worst-case conflict scenarios), run through the US Advanced Extremely High Frequency constellation.
Canada became the first international partner nation to connect to and use AEHF back in 2013.
This is strategic command-and-control infrastructure, and Washington owns and operates every satellite in it.
Then there’s tactical narrowband.
The Canadian Armed Forces’ Tactical Narrowband Satellite Communications project runs on the US Mobile User Objective System, MUOS. Canada became the first American ally to gain access to that network, confirming it with a live test between Ottawa and Petawawa in the summer of 2024.
Let’s stack it up.
Wideband: American.
Protected: American.
Tactical narrowband: American.
And Lightspeed exists specifically to plug the one remaining hole, secure Arctic connectivity, that none of those American systems cover well.
Suddenly a C$2.3 billion satellite contract looks a lot more like the first tile Ottawa has ever laid down in a mosaic it’s been missing for decades.
America tells Canada when a missile is inbound
NORAD is truly bi-national, not just American with a Canadian coat of paint. Canadian officers sit inside the command structure, Canadians hold real leadership positions, and the commander answers to both the Canadian prime minister and the American president.
That part of the arrangement is solid.
But the space-based sensors that detect a missile launch in the first place, historically the Defense Support Program and now the newer infrared warning constellations, are fielded and operated by the US Space Force.
NORAD then feeds integrated warning to both governments.
Canada contributes serious ground-based detection and is spending billions modernizing its northern sensor coverage. What Canada doesn’t have is a national constellation of missile-warning satellites that could perform the mission alone if it had to.
I want to be careful with this one, because it’s easy to make it sound sinister and it’s not.
NORAD’s bi-national structure means Washington can’t just quietly sit on a launch detection and leave Ottawa in the dark. The dependency here is architectural, not conspiratorial.
But it’s still true that one of the most consequential functions of Canadian national defense, knowing a strategic missile has left its silo, runs through sensors Canada doesn’t own and can’t independently replace.
I don’t want this to read like Canada showed up to space empty-handed, because that’s not the story either.
RADARSAT is a real sovereign capability. The Canadian-owned Constellation Mission provides synthetic-aperture radar for Arctic surveillance, maritime tracking, and ice monitoring, and unlike an optical satellite, radar sees straight through clouds and darkness.
Ottawa has committed just over a billion dollars to a fifteen-year RADARSAT+ initiative that funds both a replenishment satellite and early work on a next-generation successor system.
Sapphire deserves a mention too. Launched in 2013, it was Canada’s first dedicated military satellite, and it still tracks objects out to roughly 40,000 kilometers, feeding data into the US Space Surveillance Network in exchange for access to a catalogue far larger than Canada could ever build alone.
Ottawa is now expanding that picture with Surveillance of Space 2, a set of three ground-based optical observatories going up in Alberta, Manitoba, and New Brunswick by 2028.
What this does is give Canada options it hasn’t historically had. That’s the actual definition of sovereignty here.
It was never about doing everything alone.
Sovereignty is about cooperation with the United States becoming a choice instead of the only available door.
What changed
None of this vulnerability is new. Royal Canadian Air Force analysis after the first Gulf War described Canada’s experience as something close to outright dependency on American space support.
That was over three decades ago.
Missile warning, navigation, communications, weather, and surveillance were the categories flagged back then, and they’re remarkably recognizable as the categories still driving procurement decisions today.
What’s different in 2026 is that Ottawa has stopped treating American access as background scenery it doesn’t need to plan around.
A defense relationship that could once be assumed as a permanent feature of the environment now carries enough political uncertainty that resilience planning makes sense on its own terms, with or without a specific crisis attached to it.
That’s not a radical position.
It’s the same logic that has any competent organization avoid a single point of failure, applied to a country that happens to share a continent, an alliance, and a very long undefended border with its supplier.
Sometime around 2027 or 2028, if Telesat’s schedule holds, a Falcon 9 will lift off from American soil carrying Canadian satellites built to reduce Canada’s dependence on American space infrastructure. There’s something almost too on the nose about that image, and I don’t think Ottawa missed the irony either.
Canada already knows how to build the hardware.
Canadarm proved that decades ago, and MDA’s Montreal production line proves it again every month. What Canada has never built is the whole chain, launch pad to orbit to ground station, under its own flag from end to end.
Lightspeed won’t finish that job, but it’s not supposed to.
Its job is to prove Canada can start choosing where the American relationship is necessary and where it’s just habit.
If Ottawa’s newest gamble on Nova Scotia concrete and three unproven rocket companies actually pays off, the next Canadian military satellite might not need to ask SpaceX for a ride at all.
That’s one small step… toward Canadian sovereignty. One giant leap toward giving Trump the Maple finger.
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Hi Wes - Another Great read. Did you know about Alouette 1, a former Canadian research satellite? Alouette 1 studied the ionosphere and was launched in 1962; it was the first satellite constructed by a country other than the Soviet Union or the United States. The name "Alouette" came from the French for "skylark" and the French-Canadian folk song of the same name. A key device on Alouette was the radio antenna, consisting of thin strips of beryllium copper bent into a slight U-shape and then rolled into small disks, similar to a measuring tape. More can be found in Wikipedia.
Is it possible that Canada could partner with the EU of Japanese space establishments to accelerate their timeline?