NordSpace awarded $3.2M NGen funding for $8M project to industrialize 3D-printed Hadfield Mk III engine

NordSpace Corp., a Canadian aerospace startup, has secured CAD $3.2 million in funding from Next Generation Manufacturing Canada (NGen) as part of an CAD $8 million consortium project to industrialize production of its 3D-printed Hadfield Mk III rocket engine. The consortium includes Miltera Machining Research Corp., Pegmatis Inc., Prime Powders Inc., and Indigenous-owned Bear Paw Manufacturing. The project will establish an AI-powered hybrid additive-subtractive manufacturing line at NordSpace's Advanced Manufacturing for Aerospace Lab (AMA Lab) in Markham, Ontario, targeting sovereign production of high-performance turbopumps for space launch. The initiative directly supports Canada's Defence Industrial Strategy, released in February 2026, which prioritizes domestic supply chains and Canadian ownership of critical IP.

This project fits the pattern of defense-driven AM acceleration, where sovereign capability concerns are pulling additive manufacturing into production roles that would otherwise take years longer to mature. NordSpace is threading together large-format metal AM, AI-driven in-situ quality control, and precision 5-axis machining into a single production cell — a value-chain integration play that mirrors what Relativity Space attempted at larger scale but with a Canadian SME consortium model. The focus on turbopumps is strategically smart: these rotating assemblies are among the highest-value, most qualification-intensive components in liquid rocket engines, and AM's ability to consolidate parts and reduce weld joints offers a clear economic case. The project also addresses a materials qualification discipline gap by anchoring superalloy powder supply through Prime Powders, reducing reliance on non-domestic sources.

For NordSpace, the real execution challenge is turning this funded project into a repeatable production line, not just a demonstration cell. The consortium structure spreads risk but also introduces coordination complexity across AI software, machining, and powder supply. The Hadfield Mk III engine has been in development since 2023; this funding buys the industrialization step, but the company still needs to demonstrate cadence and cost targets before it becomes a credible supplier to Canada's defense and civil space programs. The $8 million project value is modest by aerospace standards, which is appropriate for an SME-led effort at this stage.