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NordSpace's Hadfield, Garneau and Bondar series of engines are painstakingly designed to be among the most efficient, light weight, and versatile engines ever built. Uniquely designed to support multiple fuels (kerosene JetA/RP1 standard), including sustainable aviation fuel as an option (SAF).
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Designed for reusability, and eventual propulsive landing of Tundra’s first stage, our engines are 3D printed in-house using powder bed fusion to produce a single piece. A combination of cutting edge aerospace-grade super alloys and proprietary printing techniques produce each of our engines.
NordSpace conducts propulsion research at its new privately owned and operated 50 acre test range. Named the Canadian Space Research Range, the facility is dedicated to conducting everything from full-scale fully-integrated vertical static fires to hop tests.
Multi-Fuel Multi-Purpose Storable Hypersonic Liquid Rocket Engine (M2S-HyRock) is an ultra low-cost, mass produced, tactical ready-to-fly defence variant of our traditional engines. Vehicles powered by M2S-HyRock are expected to perform hypersonic intercept, reconnaissance, and threat neutralization missions.
