EP.1 - Canadian Defence Headlines - Aug 13

Welcome to Episode 1 of News from the Forge, the story shaping Canada's defense ecosystem from the past few days that the team at Vimey Forge finds particularly interesting. This week, military satellite communications, Canada's new tanker fleet, major new defense research infrastructure, domestic industrial capacity, and security inside the defense supply chain. We'll start in space. A major Canadian military satellite deal is attracting attention in Ottawa, both for its size and for questions surrounding how the decision was made. The federal government is moving ahead with a $2.3 billion agreement involving Ottawa based Telesat. The deal will give the Canadian Armed Forces access to Telesat's light speed low-earth orbit satellite network, supporting secure military communications, including across Canada's Arctic. There is a political side of the story involving transparency around the decision and Prime Minister Mark Carney's relationship with Telesat's CEO Dan Goldberg, but for Canada's defense innovation ecosystem, there's a much bigger question here. The so what? This deal provides an interesting test case for what Canada actually means when we talk about sovereign defense capability. Telesat is Canadian-controlled and headquartered in Ottawa, but it isn't entirely Canadian-owned. One of its major shareholder groups is Canada's PSP investments, while another is affiliated with New York-based MHR Fund Management. At the same time, there doesn't appear to be another Canadian company capable of providing this particular military satellite capability at the same scale today. That makes Telesat strategically important. So the question isn't necessarily whether Canada should have selected a different Canadian company, it's what happens to the $2.3 billion that's being spent. The broader military satellite communications program is subject to Canada's ITV policy and Telesat's light speed constellation already has significant Canadian industrial involvement, including MDA space manufacturing satellites in Quebec. As this moves forward, we should be watching how much Canadian intellectual property, manufacturing, SME participation, and long-term economic value this investment actually creates. Because Canadian-controlled, Canadian-owned, Canadian-built, and Canadian economic benefit aren't necessarily all the same thing. And as Canada begins spending significantly more on defense to finding what we actually mean by sovereign Canadian capability is going to matter. Next and update on the Royal Canadian Air Force's new CC 330 Husky fleet, Canada is acquiring nine aircraft to replace the CC150 Polaris fleet, five of them being used A-330s and four newly manufactured aircraft to comprise the full nine. All five used aircraft have now been accepted, with three currently supporting strategic airlift operations. The first new build aircraft, Husky 006, is undergoing MRTT conversion at Airbus' facility in Spain, and it completed its first flight as part of that process in July. Delivery remained scheduled for 2027. And importantly, that's essentially the same timeline that was laid out when the contract was awarded in 2023. Production beginning in 2024, conversion in 2025, delivery in 2027. So far, Airbus appears to be tracking that schedule. Where the timeline has moved is at the Air Force level. The operational capability is expected in 2028-29, while final operational capability has moved to 2032-33. D&D has identified infrastructure as a significant schedule risk with upgrades required to support the new fleet potentially lagging behind delivery of the aircraft themselves. So what? There are two different timelines worth separating here. On the contractor side, Airbus appears to be delivering against the aircraft schedule Canada laid out in 2023. The challenge appears further downstream, having the infrastructure, personnel, and supporting systems ready to turn delivered aircraft into an operational Air Force capability. If the aircraft arrive when promised, but can't reach full operational capability because the supporting infrastructure isn't ready, that's not necessarily a contractor delivery problem. It's a capability integration problem. And Airbus' performance is worth watching on another front. It's ITBE commitments. We've already seen Airbus connect investments in IPR innovation products resources in Quebec and landing zones Canada directly to its STTC ITBE obligations. The more interesting question now isn't whether ITBEs are attached to the procurement, it's where those obligations are being placed, and whether they're creating strategically useful Canadian capabilities. So far, positive signs. If Airbus delivers the first new build aircraft in 2027 as planned, this could become something worth noting in Canadian defense procurement, a major contractor actually holding to the delivery schedule it's committed to. Now the pressure shifts to making sure Canada is ready to use the capability when it arrives. Next an important investment in Canada's defense innovation infrastructure, defense research and development Canada has completed a $166 million modernization of its Valkarchae Research Center in Quebec. The project includes a whopping 30,900 square meter complex with more than 80 disciplinary labs. It replaces research infrastructure that was more than 50 years old and compliments the site's existing specialized facilities and 7 square kilometer test range. So what? The significance here isn't simply that D&D has built new labs. It's what happens inside them. One of Canada's biggest defense innovation challenges is moving technology from a promising prototype into something that has actually been tested and validated against military requirements. That requires facilities. It requires scientists and engineers. It requires access to testing environments. And most critically, it requires interaction between innovators and the defense organizations that understand and are actively building the operational problem. Modernizing Valkarchae strengthens Canada's ability to do that domestically. For Canadian innovators, particularly companies developing technologies that require sophisticated testing or validation, infrastructure like this can help form the bridge between technology readiness and mission readiness. But there's an important question still to answer. How accessible will this infrastructure actually be to Canadian industry, particularly SMEs? If there are clear pathways for Canadian companies to engage, test and validate technologies alongside DRDC, this investment could have an impact far beyond the walls of the new labs. The federal government was also at the aerospace defense and security expo in Abbotsford, British Columbia last week, talking about Canada's domestic industrial capacity. The message focused on stronger Canadian supply chains, increased opportunities for Canadian businesses, innovation and deeper cooperation with trusted allies. All things we've heard consistently over the last year. One of those themes are particularly surprising, but they continue to reinforce the direction of travel in Canadian defense policy. So what? The important shift is that industrial capacity is increasingly being treated as defense capability itself. It isn't enough to identify what equipment Canada needs. Government increasingly has to consider where that equipment comes from, who controls the underlying technology, whether the supply chain is resilient and whether Canada can maintain or replace that capability during a crisis. That creates an opportunity for all of the Canadian SMEs. But being Canadian alone won't be enough. Companies still need to demonstrate that their technology addresses a real requirement, can be produced reliably, can integrate into larger systems and can scale when demand arrives. And that connects directly back to the tele-sat story. If Canada wants to build sovereign capability, we need to look beyond the address of the prime contractor. We need Canadian companies throughout the supply chain that can actually deliver the technology components, software, and services required to sustain those capabilities. For Canadian innovators, the opportunity is growing. So is the expectation. Finally, a story that isn't about a new technology or procurement, but could become increasingly important and relevant to companies trying to enter Canada's defense ecosystem. Charges involving a former NATO intern have renewed discussion about security screening inside the federal government. Experts have raised different perspectives on what the case tells us about Canada's existing personnel security processes. The specific allegations will work their way through the appropriate processes, but the broader issue is still worth watching. So what? As Canada expands its industrial base, more companies are going to encounter something businesses operating outside defense may rarely have to think about. Trust is a part of the supply chain. Working on sensitive defense programs can require personnel clearances, secure facilities, controlled information, cybersecurity standards, and increasingly sophisticated supply chain security. Nothing new for those who have been in the defense world for a long time. For SMEs, those requirements can become a significant barrier to entering the market though. And that creates a challenge for government. Canada wants to bring more innovative, more traditional companies into defense. At the same time, those companies are entering an environment where protecting sensitive information, technology, and infrastructure is fundamental. The system has to accomplish both. It needs to protect Canada's defense ecosystem while remaining navigable enough that innovative Canadian companies can actually participate. So what connects these five stories? Canada is putting significantly more money and attention into defense, but spending alone doesn't create capability. The more important question is, what we're building with that investment and whether Canada is becoming more capable, more resilient, and more self-reliant as a result. That's visible in different ways across this week's stories. LSAT raises questions about what we really mean by Canadian sovereign capability. The CC330 program shows that delivering equipment is only part of the equation if the infrastructure needed to operate it isn't ready, and the investment of Valkyrie could help Canadian technologies move from promising ideas toward something that can actually be tested and used by the military. At the same time, Ottawa continues to signal that it wants more Canadian companies participating in defense. That's an enormous opportunity, but getting into the market will require more than simply having good technology. Companies will need to understand the requirements, operate inside an increasingly secure supply chain, and demonstrate that they can deliver and scale when the opportunity arrives. Ultimately, that will be continuing to watch whether this new era of defense investment actually translates into stronger Canadian companies and real capability for the Canadian Armed Forces. If you're building technology that could contribute to Canada's defense and security requirements, you need to be on Canada's defense innovation map. Fill out the expression of interest that we have live on Vimy Forge's website, vimyforge.ca, to make sure that you're a part of the ecosystem. I'm Kyle Holder, that's it for this edition of News From The Forge.