Storable Payloads & Platforms
The storage and reactivation of integrated satellites becomes necessary if the launch of a satellite cannot occur directly aft integration. Small satellites that are not launched on a dedicated launcher but are lofted into orbit with other payloads (so called ride share, sometimes referred to as piggy back) have a higher chance to be stored awaiting a launch opportunity. In principle, however, the storage of fully integrated satellites is typically avoided.
In the context of Responsive Space, the storage of satellites and components can be a sensible approach and should be researched further. Storage in preparation for a Responsive Launch makes it possible to deploy a satellite directly in a contigency situation without having to resort to the procurement of components and the integration of the system.
The RSC³ is researching different concepts for the storage of entire satellites and payloads. It analyses and evaluates the extent to which the storage of a launch-ready system has advantages over the storage of system components and their rapid final integration. In addition to technical aspects such as qualification, maintenance and reactivation of stored space systems, an economic analysis will be carried out.
This complex of topics overlaps with the RS-specific AIT processes.