What makes someone capable of surviving space? In this powerful new Space Park Perspectives article, Dr Zoe Swann Baillie argues that the future of human space exploration will depend not on perfection, but on care, connection and our ability to adapt together.
ispace, inc. and the University of Leicester have signed a Payload Service Agreement (PSA) to deliver a Raman spectrometer payload to the lunar surface on a future ispace mission.
Award-winning aerospace engineering company Barrett Aerospace, whose technology helped shape one of the world’s first all-electric passenger aircraft, has joined the innovation community at Space Park Leicester.
Invitation to explore the powerful role imagination plays in helping humanity connect with the universe at the latest Space Park Conversations talk.
The new launch date for a satellite that carries a University of Leicester-built instrument to study the ‘magnetic shield’ that protects us from our Sun’s radiation is only a week away.
Earth observation experts based at Space Park Leicester are helping bring together the UK’s leading researchers, innovators and policymakers for the UK Earth Observation Conference 2026 (UKEO 2026) this autumn.
As Europe approaches a pivotal moment in the future of space research, one Space Park Leicester alumni company is helping to lead the charge.
A significant milestone has been passed in the development of a new radioisotope power technology to support future space missions.
Imaging the Invisible: Leicester engineer at the forefront of SMILE’s mission to decode space weather
In a landmark achievement for international space exploration, Perpetual Atomics, QSA Global, Inc. and the University of Leicester have completed the first historical production of an Americium-fuelled Radioisotope Heater Unit (RHU) full scale core containing ceramic form americium-241 pellets in a metal containment structure.
