Speaker
Description
With an increasing number of CubeSats in LEO, the need for sustainable practices for these spacecraft becomes increasingly critical. This presentation outlines part of our roadmap for transitioning CubeSats to zero debris by 2030, aligning with global space sustainability goals and minimizing disruptions to the CubeSat development mindset. A key focus will be a trade-off analysis performed to support the implementation of the five-year re-entry rule, balancing customer requirements with end-of-life regulations. We will also discuss the latest advancements in collision avoidance through differential drag, highlighting their potential to enhance orbital safety. Additionally, the presentation will address the challenges associated with the reliability of CubeSat passivation and the complexities of space traffic management, particularly in the period immediately following rideshare orbit injection. These topics emphasize the need for innovative solutions to ensure the long-term sustainability of CubeSat missions and the broader space environment.
