The companies will also aim to develop technologies and solutions for the maintenance, repair and enhancement of satellites while in orbit.
Airbus Defence and Space Limited (Airbus) and Astroscale Limited, the UK arm of Astroscale Holdings Inc., have signed a Memorandum of Understanding (MoU) to explore joint initiatives in in-orbit servicing and space debris removal. This partnership seeks to combine the expertise of both companies to tackle the increasing challenges of space sustainability and satellite longevity, with a particular focus on advancing the UKs role in the in-orbit servicing and manufacturing industry, and fostering a circular economy in space.
The collaboration is centred on key areas such as space debris removal, in-orbit servicing, rendezvous and proximity operations, in-orbit space assembly and manufacturing and satellite refuelling and life extension. These efforts aim to develop innovative methods for identifying, capturing and removing space debris, maintaining and repairing satellites in orbit, enhancing satellite manoeuvring capabilities, and exploring in-space construction. Additionally, the partnership will focus on extending the lifespan of satellites through in-orbit refuelling, reducing the need for new launches and promoting a more sustainable space industry.
This strategic alliance highlights the commitment of both Airbus and Astroscale to lead innovation and sustainability in space operations, combining Airbuss extensive experience in satellite manufacturing with Astroscales pioneering in-orbit servicing technologies to set new benchmarks for space safety and efficiency.
Nick Shave, Managing Director of Astroscale UK, said: “By partnering with Airbus, we are taking a major step forward in advancing the UKs leadership in the in-orbit servicing and manufacturing industry. Our combined efforts will not only enhance the longevity and efficiency of space assets but also contribute to building a circular economy in space, where resources are reused and repurposed. This collaboration is crucial for addressing the challenges of space debris and ensuring a sustainable space environment for future generations.”
