New Zealand is stepping firmly into the global space race with a bold push into superconducting magnet technology for space. A new alliance between leading research and innovation institutions is aiming to make the country a global leader in superconducting systems—a foundational technology for the next generation of in-orbit infrastructure.
The partnership brings together Zenno Astronautics, Wellington UniVentures, and the Paihau-Robinson Research Institute to drive forward a shared mission: applying high-performance superconductivity to real-world space challenges.
Building Scalable, In-Orbit Infrastructure
At the core of this initiative is Zenno’s groundbreaking work in space-grade superconducting magnets. In 2023, the company made history by launching the first superconducting magnet into space—a key milestone in moving away from conventional systems that rely on onboard fuel and heavy radiation shielding.
Their conduction-cooled magnet tech, backed by global patents, is being developed to enable more sustainable, efficient, and modular space systems.
From SpaceAutonomy.ai: “This isn’t just about boosting spacecraft performance. It’s about reshaping how we think about energy, propulsion, and shielding in orbit.”
A Deep-Tech Collaboration With Global Potential
The Robinson Research Institute, renowned for its expertise in high-temperature superconductivity and applied electromagnetics, brings world-class research power to the table. Wellington UniVentures complements the alliance with its proven ability to bridge the gap between advanced research and commercial application.
Together, this triad forms a powerful engine for space-tech innovation, not just in New Zealand, but globally.
A Strategic Leap for National Capability
This initiative aligns directly with New Zealand’s broader ambitions to build a sovereign, high-tech space sector capable of making both commercial and scientific impact. Superconductors could play a central role in reducing the dependence on Earth-bound resources, creating autonomous, self-sustaining platforms in orbit.
The collaboration is a clear signal: New Zealand isn’t just participating in space innovation—it’s aiming to lead in a critical vertical.
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