
The funding accelerates Canada’s capability to produce cost‑effective, high‑performance launch vehicles, strengthening the domestic aerospace supply chain and competitiveness globally.
Additive manufacturing is reshaping aerospace production, offering lighter structures and faster iteration cycles. NordSpace’s latest NRC IRAP grant places the Canadian firm at the forefront of this shift, leveraging a partnership with Germany’s Fraunhofer Institute for Laser Technology and SWMS. By combining high‑speed laser material deposition with AI‑optimized toolpaths, the company aims to streamline engine component fabrication, reduce waste, and improve part consistency—critical factors for reliable rocket propulsion.
The technical collaboration brings together Fraunhofer’s expertise in Extreme High‑speed Laser Material Deposition (EHLA) and SWMS’s precision engineering capabilities. Integrating AI‑driven path planning promises to automate complex geometries, shortening design‑to‑production timelines and lowering labor intensity. For NordSpace, these advances are not merely incremental; they are foundational to scaling its launch vehicle lineup from light payloads to the ambitious “Titan” class, targeting over 5,000 kilograms to orbit by the early 2030s.
Beyond the engineering gains, the initiative signals a broader strategic push for Canada’s space sector. By investing in disruptive manufacturing, NordSpace can keep domestic production costs competitive against overseas rivals, fostering a more resilient supply chain. The upcoming presentation at the Canadian Space Launch Conference will showcase validation results, potentially attracting further investment and partnerships. As the global demand for responsive, medium‑lift launch services grows, NordSpace’s progress could position Canada as a key player in the next generation of commercial spaceflight.
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