A new space satellite laboratory, designed to advance the development and testing of satellite engines, has officially opened at the Harwell Campus in Oxfordshire. The facility was £3.8 million to create. Its aim is to stimulate innovation and collaboration across the UK’s burgeoning space sector.
The laboratory receives partial funding from the UK Space Agency. Its primary objective is to create cutting-edge, electric propulsion systems for next-generation satellites. This latest investment makes an invaluable contribution to the UK’s aerospace capabilities. It’s slated to serve a far-ranging user base including small technology start-ups, larger commercial aerospace companies, and university and other research personnel.
Magnus Magdrive, a global leader in electric propulsion technology, is one of the first companies to take advantage of the laboratory’s specialized testing facilities. Magdrive co-founder and chief executive Mark Stokes said he was excited about the opportunities the new lab offers for research and innovation.
“The DEEP Lab will create new opportunities for collaboration and discovery,” – Mark Stokes
In addition to providing a home for technology development, the laboratory will help boost the UK’s reputation in the global space sector. Dr. Paul Bate, chief executive of the UK Space Agency, stressed the importance of this investment on a massive scale such as this.
“This is a fantastic example of how targeted investment can deliver real impact,” – Dr Paul Bate
Space Minster Liz Lloyd was on hand for the opening ceremony. She stressed the importance of electric propulsion systems to future space operations. She welcomed these kinds of innovation, which help ensure that UK innovators are able to steer the course in an increasingly competitive space landscape.
“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,” – Liz Lloyd
The opening of this laboratory is a significant advance for the UK’s space sector. It demonstrates a positive dedication to furthering innovation in technology and promotes communication and cooperation from all parties across the industry.
Industry-academic collaboration
The laboratory’s primary work is in electric propulsion systems.
Fellowship Programme
The Fellowship Programme is designed to address emerging challenges in satellite operations and enhance the UK’s research and exploration capabilities in space.