The collaboration aligns with First Light Fusion’s updated business strategy, announced in February, which emphasizes partnerships with businesses that can utilize its proprietary technologies, research facilities, and expertise. Frazer-Nash will contribute its experience in complex systems engineering, computational modeling, and materials science to support this approach. The joint effort will focus on delivering key engineering advancements, building new technical capabilities, and fostering industry connections to strengthen the fusion energy supply chain.
In February, First Light Fusion shifted its focus to commercial collaborations, moving away from plans to build its own fusion power plant. The company now aims to work with other fusion businesses leveraging its amplifier technology and with non-fusion partners, such as NASA, for applications like simulating high-velocity space impacts. This strategy seeks to generate earlier revenue and reduce long-term funding needs by tapping into the growing inertial fusion energy market.
Mark Thomas, CEO of First Light Fusion, highlighted the partnership’s significance, stating: “At First Light Fusion, technical innovation and cooperation is integral to realising our mission to make fusion energy possible.” He added: “This collaboration with Frazer-Nash reflects our commitment to working with the best engineering minds in the industry in pursuit of this goal. The collaboration will strengthen our development pipeline and provide valuable technical insight as we advance our fusion energy programme.”
Nial Greeves, Director of Energy and Infrastructure at Frazer-Nash Consultancy, expressed enthusiasm for the partnership, saying: “First Light Fusion has an unparalleled reputation in its sector for spearheading world-leading technological advancements in the field of fusion.” He noted: “This, combined with Frazer-Nash’s own track record of solving some of the most complex engineering challenges presents an exciting opportunity to contribute to one of the most promising fields in clean energy.”
Founded in 2011 by Nick Hawker and Yiannis Ventikos as a University of Oxford spin-off, First Light Fusion pursues projectile fusion, a form of inertial confinement fusion. This method compresses a target containing fusion fuel using a high-speed projectile, amplified to create the extreme conditions needed for fusion, where two light nuclei combine to release significant energy. The partnership with Frazer-Nash aims to refine these technologies, advancing the journey toward practical fusion energy.
