Duration: 6 months
This proposal outlines the LOOP mission, led by Growbotics, Thales Alenia Space, and 3Keel to develop a comprehensive strategy for refurbishing satellites in Geostationary Earth Orbit (GEO) and advancing circular economy principles in a commercially viable way. The team's vision focuses on establishing the necessary infrastructure to support a circular on-orbit economy, with a particular emphasis on refurbishable GEO satellite platforms. By leveraging their collective expertise, the team will conduct a mission study to develop engineering concepts tailored to meet the commercial and circularization requirements of satellites in GEO. This study will encompass the design of satellites optimized for refurbishment, identification of valuable servicing processes, conceptualization of new satellite architectures, and development of circular design principles for space. Key components of the proposed mission include the design of satellite subsystems that allow for seamless upgrades, such as robotic tools, standardized interfaces, and modular architectures. Additionally, the team will envision the infrastructure requirements for implementing refurbishment services in GEO, including considerations for servicing frequency, transportation, and supply chain management. Through this initiative, the team aims to demonstrate the commercial viability of refurbishment on satellites specifically designed for circular economy principles. By establishing a framework for circular design and refurbishment in space, this mission represents a crucial first step towards realizing a circular in-orbit economy and unlocking the full commercial potential of GEO infrastructure.
