The new Diamond Light Source laboratory has officially opened on the UK’s Harwell Campus in Oxfordshire. It originally specialized in making and testing chemical rocket engines for space satellites. The new facility, which cost £3.8 million, was funded in part by the UK Space Agency. Its aim is to increase the UK’s share of the global space economy.
The laboratory serves a dual purpose for start-up and incumbent aerospace companies. It invites academic researchers, providing them access to unique testing facilities for novel electric propulsion systems. These systems underpin the modern satellites we rely on. This world class laboratory is a critical addition to the UK’s aerospace infrastructure.
Dr Paul Bate, chief executive of the UK Space Agency, is looking forward to what the new laboratory will enable. He predicts it will make waves across the industry. He stated,
“This is a fantastic example of how targeted investment can deliver real impact.”
The new transit center will accommodate a diverse range of users. One of these innovators is Magdrive, a world leader in advanced zero-emissions propulsion technologies. Magdrive co-founder and CEO Mark Stokes put a focus on the collaborative opportunities that the laboratory offers, saying,
“This will create new opportunities for collaboration and discovery.”
Space Minister Liz Lloyd said electric propulsion is a key element of existing and future space operations. She remarked that this technology is
“shaping the future of how we operate in space.”
Lloyd placed particular focus on how investments in this laboratory ramp up the capabilities of UK innovators. This support allows them to lead the charge in the growing aerospace industry. This facility is one piece of a much broader strategy. The policy provides a comprehensive plan to further position the UK as a global leader in space technology and innovation.
On its launch, the laboratory is distinctively positioned to be a crucial advancement asset for UK businesses. It really assists them in advancing their research and development related to electric propulsion systems. It brings to bear critical resources and expertise to help accelerate growth of established companies. Simultaneously, it opens the door for new entrants into an increasingly competitive aerospace market.
