A new laboratory dedicated to the development and testing of space satellite engines has officially opened at Harwell Campus in Oxfordshire. This world-class facility, built at a cost of £3.8 million that was partly funded by the UK Space Agency, looks to make the United Kingdom a leader in electric propulsion systems, a key technology for modern satellites.
The laboratory, known as the DEEP Lab, will serve various stakeholders in the aerospace industry, including start-ups, established firms, and academic researchers. The ultimate goal is to develop cutting edge electric propulsion systems. These systems drive today’s satellites that are essential for communication, navigation and earth observation from space.
Dr Paul Bate, chief executive of the UK Space Agency, stressed the importance of the laboratory. He stated that it is a “fantastic example of how targeted investment can deliver real impact.” This sentiment reflects the agency’s commitment to fostering innovation within the UK’s growing space sector.
Mark Stokes, co-founder and CEO of Magdrive, is excited by the collaborative opportunities that the new laboratory poses. He finds thrilling avenues for creativity and collaboration via its plants. He noted that the DEEP Lab will “create new opportunities for collaboration and discovery,” allowing companies and researchers to work together effectively in advancing propulsion technology.
DEEP Lab is outfitted with a six-ton metal cylinder meant to house serious testing and development work. It is focused on giving UK companies access to state-of-the-art testing facilities with the goal of boosting their expertise in electric propulsion systems. This investment will go a long way to securing UK innovators as leaders in this critical technological space.
Liz Lloyd, Space Minister highlighted the key role electric propulsion will play in futureing space operations. She emphasized that by opening its doors to the wider space community, the DEEP Lab will “accelerate the pace of discovery and help cement the UK’s reputation as a global leader in space technology.”
At the core of the DEEP Lab are electric propulsion systems, putting the UK on a strategic path. It deepens our technological know-how and serves as a breeding ground for collaboration among industry titans and top-tier academia. The creation of this facility is a huge step forward for the UK. It improves the nation’s competitiveness in the emerging and rapidly growing global space economy.