JavaScript Required

Jumpseat Aerospace News requires JavaScript to function. Please enable JavaScript in your browser settings to continue.

GKN, Nottingham Partner On Cryogenic Electric Propulsion

July 10, 2026

1 min read

Key Takeaways

GKN Aerospace and University of Nottingham form HPDrive venture.
HPDrive aims to develop high-efficiency cryogenic electric machines.
Target applications include aircraft propulsion and high-power uses.
Venture builds on UK government-supported technologies.

Silver membership required Upgrade to Silver to access Key Takeaways.

Upgrade

Strategic Implications

This partnership may signal a significant step towards more efficient electric propulsion systems, which could indicate a shift in the aerospace industry's focus on sustainability and reducing emissions. The collaboration suggests a potential breakthrough in cryogenic technology, which may have far-reaching implications for the development of future aircraft propulsion systems.

Silver membership required Upgrade to Silver to access Strategic Implications.

Upgrade

What Happened

Advancing High-Efficiency Propulsion Systems For Aircraft

GKN Aerospace and the University of Nottingham have established a joint venture, HPDrive, to develop high-efficiency cryogenic electric machines for aircraft propulsion and other high-power applications. The venture aims to build on technologies developed under a UK government-supported program led by GKN. This development may have significant implications for the aerospace industry’s efforts to reduce emissions and improve sustainability. The partnership was reported by Aviation Week.

Source | Originally Published: July 9, 2026

Companies Mentioned