Aerospace Supply Chain Integration for Orbital Debris Observation

Astroscale Inc. and Yusen Logistics have established a cooperative framework to support the deployment of on-orbit satellite observation systems. This partnership integrates aerospace manufacturing with specialized supply chain management to execute the ISSA-J1 space debris inspection mission.

Mitigating Orbital Collision Risks
The increasing density of objects in Earth orbit necessitates the development of active debris removal architectures to mitigate collision risks between operational satellites and decommissioned hardware. Operating these on-orbit services requires advanced spacecraft engineering coupled with highly specialized global logistics to transport sensitive aerospace equipment from manufacturing facilities to international launch sites without compromising structural or electronic integrity.

Technical Responsibilities and Mission Architecture
The collaboration focuses on deploying the ISSA-J1 (In-situ Space Situational Awareness – Japan 1) mission, a spacecraft developed by Astroscale. The vehicle is engineered to approach and observe two separate, large-scale decommissioned satellites in succession. During the operation, the spacecraft will perform proximity imaging and diagnostic assessments to gather the geometric and rotational data required to engineer future mechanical capture systems.

Under this cooperation, Yusen Logistics manages the secure handling, air transport, and ground logistics of the spacecraft. This logistics framework requires the maintenance of strict environmental parameters—such as vibration dampening and climate control—during transit to prevent degradation of the satellite’s optical sensors and propulsion components.

Mission Deployment and Implementation
The ISSA-J1 mission is scheduled for deployment in 2027 from the Satish Dhawan Space Centre in eastern India. Prior to the launch, Yusen Logistics will route and execute the physical transfer of the flight hardware across international jurisdictions. This deployment model builds on a prior supply chain framework established during the 2022 ADRAS-J mission, standardizing the logistics protocols necessary for scaling commercial on-orbit services.

Expected Impact on Space Sustainability
By successfully deploying and operating the ISSA-J1 spacecraft, the operation will yield concrete baseline parameters for approaching non-cooperative objects in orbit. This data serves as the technical foundation for future debris removal missions and supports the broader commercialization of sustainable space infrastructure.

Strategic and Technical Implications
Astroscale management highlights that the ISSA-J1 operation represents the first commercial mission to execute sequential approach and observation maneuvers on multiple decommissioned satellites. This sequential targeting establishes the operational baseline required for future multi-target debris removal architectures. From a supply chain perspective, Yusen Logistics emphasizes that standardizing the secure transport of sensitive orbital hardware establishes a replicable and reliable logistics model necessary for scaling commercial space sustainability efforts.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.astroscale.com