The European Space Agency-Rutherford Appleton Laboratory (ESA-RAL) Advanced Manufacturing Laboratory at Harwell campus in the UK is marking a decade of operations. Inaugurated in 2016 and supported by ESA and the UK's Science and Technology Facilities Council (STFC), part of UK Research and Innovation, the facility characterises high-performance materials for future space missions and forms part of a wider network of ESA laboratories across Europe.

A joint ESA and STFC anniversary event was held on 14 October 2026. ESA said the laboratory has expanded to more than 25 materials testing systems, completed more than 150 projects, hosted 40 industrial collaborators and supported more than 15 scientific publications, while a dozen trainees, interns, research fellows, PhD students and graduates have gained hands-on experience there. Cited work includes supporting lightweight propulsion tanks for the M-Argo CubeSat mission to inspect asteroids, testing electronics for ESA's Quantum telecommunications programme, and characterising stainless-steel specimens 3D printed aboard the International Space Station.

As it enters its second decade, the laboratory plans to focus on characterising materials and space components made by next-generation 3D printing methods, including smart manufacturing, advanced electronics and in-space fabrication technologies. Martina Meisnar, a Materials and Processes Engineer at ESA, described the laboratory as an important centre of expertise supporting European space missions. Joe Bennett, manager of STFC-UKRI's Innovations Technology Access Centre, said he was proud of the collaboration, particularly in pre-screening new materials and processes for space applications.