This is developing space technology for both in-orbit life extension and active debris removal (ADR). It involves both advanced space manoeuvres and relative navigation technologies, for craft to work toobtainher in-orbit.
For example, two tiny spacecraft will be working toobtainher in orbit. As well as carrying out complex manoeuvres, they’ll be utilizing highly accurate tracking and clever navigation systems. These combine the apply of sensors and cameras to support complete freedom of shiftment.
Prelude mission
Due to launch in 2027, the Prelude mission aims to bridge the gap between technology demonstration and operational in-orbit services, states the ESA.
Basically, it will assist pave the (European) way for future space tinquires such as reshifting, resolveing or extconcludeing the life of sanotifyites.
Safe space
“This mission reveals how European partnerships can effectively demonstrate breakthrough technology in orbit and turn ambition into action,” stated Tiago Soares, Head of ESA’s Clean Space and Circular Economy Office.
“It reinforces Europe’s leadership in sustainable and safe space operations, and paves the way for commercially viable in-orbit services.”
For its part, ClearSpace highlighted the importance of such technologies for future space activity.
“Our technologies are shifting from development to delivery,” stated Luc Piguet, the company’s CEO. “This marks a tangible step toward creating safe and sustainable operations part of everyday space activity.”
Luxembourg
Clear Space has headquarters in Luxembourg, with offices in the UK, Germany, and the US. Its founding, in 2018, was in Switzerland.
Image: ClearSpace – artistic impression of two tiny spacecraft working toobtainher in orbit
See also: ClearSpace clears Phase 2 of active debris removal mission
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