The Canadian Armed Forces created a new occupation this summer for non-commissioned members letting them join and build a career as space professionals. Brig. Gen. Chris Horner shared the detail and other information on a recent podcast, alongside Telesat’s Mike Adamson.
Horner appeared alongside Adamson, a retired brigadier-general who held Horner’s current position — Commander of 3 Canadian Space Division and Joint Force Space Component Commander — before leaving the military. The episode, from the CGAI Podcast Network’s Defence Deconstructed on Sept. 4, centred on the Enhanced Satellite Communications Project – Polar, the roughly $2.3-billion contract the Defence Investment Agency awarded Telesat and MDA Space in August for military satellite communications in the Arctic. SpaceQ has covered ESCP-P and the underlying strategic partnership between Telesat and MDA Space since it was announced in December.
New space trade for non-commissioned members
Horner said the Canadian Armed Forces stood up the occupation this summer, letting non-commissioned members “enroll as space professionals from the very beginning and build a career in that space community,” rather than transferring in from another trade. He described it as one of the “little things that didn’t get announced” alongside the government’s public space announcements this year.
Horner had flagged this as a possibility over a year earlier. In a keynote at Space Canada’s Horizons 2025 conference on June 4, 2025, he said the Canadian Armed Forces was doing “an analysis to see whether or not we need to stand up an occupation or career field or career pathway for pure space professionals,” so recruits could “come into the Canadian Forces, and have, from day one, they become space professionals and have a career as space professionals.”
WildfireSat’s possible military use
Horner said the Department of National Defence is in conversations with the Canadian Space Agency about WildfireSat, a satellite program developed with Natural Resources Canada to detect forest fires earlier by measuring heat from orbit. He said the same kind of sensor could serve a second purpose: “I also like to find warm things in cold places,” he said, adding that he “wouldn’t mind having another sensor that could detect something that’s burning a fossil fuel in the Arctic and has a heat signature” that other sensors might miss.
How DND is splitting its space spending
Horner offered a rough breakdown of how the department is now acquiring space capability, which he called “a notional ratio across the board depending on what we’re doing”: about 80 per cent commercial data or commercial acquisition, 15 per cent capability developed with partners and allies, and five per cent on what he described as high-end, expensive, military-only capability.
Facts Only
* The Canadian Armed Forces created an occupation this summer for non-commissioned members to join and build a career as space professionals.
* Brig. Gen. Chris Horner shared details on the occupation on a podcast with Telesat’s Mike Adamson.
* The discussion centered on the Enhanced Satellite Communications Project – Polar (ESCP-P), a $2.3-billion contract awarded in August for military satellite communications in the Arctic involving Telesat and MDA Space.
* Horner flagged an analysis by the Canadian Armed Forces regarding establishing an occupation or career pathway for pure space professionals to enter the forces as space professionals from day one.
* The Department of National Defence is in conversations with the Canadian Space Agency about WildfireSat, a satellite program developed with Natural Resources Canada to detect forest fires.
* Horner suggested a sensor similar to WildfireSat could be used to detect heat signatures of fossil fuel burning in the Arctic.
* A rough breakdown of space spending acquisition involves about 80 percent commercial data or acquisition, 15 percent capability developed with partners and allies, and five percent on high-end, military-only capability.
Executive Summary
The Canadian Armed Forces recently created an occupation this summer allowing non-commissioned members to enroll as space professionals from the start, aiming to build a career in the space community rather than transferring from other trades. This initiative was discussed on a podcast with Telesat’s Mike Adamson regarding the Enhanced Satellite Communications Project – Polar (ESCP-P), a $2.3-billion contract awarded for military satellite communications in the Arctic between the Defence Investment Agency, Telesat, and MDA Space in August. A retired brigadier-general also featured in the discussion.
The Canadian Armed Forces was analyzing whether to establish a career field for pure space professionals, which involved developing an occupation or career pathway so recruits could become space professionals immediately upon joining the forces. Additionally, discussions touched on potential military applications for projects like WildfireSat, a satellite program used for detecting forest fires, and the possibility of using similar sensors to detect heat signatures from fossil fuel burning in the Arctic. The Department of National Defence is currently acquiring space capability, which involves approximately 80 percent commercial data or acquisition, 15 percent capability developed with partners and allies, and five percent dedicated to high-end, military-only capabilities.
Full Take
The narrative presents a confluence of internal professional development, strategic defense contracting in the Arctic, and potential dual-use technological applications. The emphasis on creating a direct career pathway for non-commissioned members reflects a desire to proactively shape future human capital within the military structure, moving beyond traditional recruitment models toward specialized skills acquisition. This effort contrasts with the established mechanism of military procurement, which is framed as a complex split between commercial activity, allied partnership development, and exclusive military capability.
The discussion around WildfireSat demonstrates an emerging pattern where civilian-focused environmental monitoring technology is being contemplated for specific military or strategic sensing roles. The suggestion to use thermal sensors for detecting Arctic fossil fuel burning connects the abstract concept of space technology directly to tangible, geographically sensitive security concerns. This suggests a potential structural shift where the definition and application boundaries of space assets are being actively negotiated between civilian agencies (like Natural Resources Canada) and defense bodies (like DND/CSA).
The way spending is allocated—80% commercial, 15% partnership-based development, 5% military-only—is a structural statement about prioritization. If the goal is to foster space expertise organically, one might question whether the five percent allocation for "high-end, expensive, military-only capability" adequately supports the organic career development mentioned. The implications point toward agency in defining professional pathways, but also raise questions about where true strategic focus lies when balancing commercial demands against bespoke defense needs and emerging dual-use technologies in sensitive regions.
Bridge Questions: What metrics will be used to evaluate the success of this new space professional occupation versus traditional military specialization? How will the interplay between commercial data acquisition (80%) and specialized military capability (5%) influence long-term strategic independence regarding Arctic space operations? What mechanisms exist for ensuring that emerging dual-use sensor applications are governed by clear ethical and operational boundaries in sensitive environments?
Sentinel — Human
The text appears to be a factual summary derived from an expert interview, characterized by specific named references and complex technical details, suggesting a human journalist synthesizing specialized information.