CubeSats enable the development of a new Space economy towards a Space that is now open and accessible to all kinds of activities, industries and even end-users. However, the failure rate of these satellites is high enough to significantly contribute to the Low-Earth Orbit congestion. This issue can be addressed with a gradual decrease of the formation rate of new debris, while removing the existing one, to prevent future collisions. To ensure a long-term sustainability in Space, a Design for Reliability approach on the new generation of CubeSats could enable a safe and effective maintenance in LEO. Reliability procedures applied from the beginning of the design process can significantly improve the mission success rates.
CUBESATS: PAVING THE WAY TOWARDS AN EFFECTIVE RELIABILITY – ORIENTED APPROACH
Giovanna Mura;Gabriele Fois
2021-01-01
Abstract
CubeSats enable the development of a new Space economy towards a Space that is now open and accessible to all kinds of activities, industries and even end-users. However, the failure rate of these satellites is high enough to significantly contribute to the Low-Earth Orbit congestion. This issue can be addressed with a gradual decrease of the formation rate of new debris, while removing the existing one, to prevent future collisions. To ensure a long-term sustainability in Space, a Design for Reliability approach on the new generation of CubeSats could enable a safe and effective maintenance in LEO. Reliability procedures applied from the beginning of the design process can significantly improve the mission success rates.File | Dimensione | Formato | |
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