Challenges in Guidance, Navigation, and Control of Interplanetary CubeSats

Francesco Topputo（フランチェスコ トップート）
Politecnico di Milano

Deep-space CubeSats offer the possibility of augmenting and diversifying the Solar System exploration at a lower cost compared to traditional missions, thus providing high science-to-investment ratios. However, these systems having skeletal budgets and less control authority than classic, monolithic spacecraft, new challenges arise in governing their flight. Moreover, in order to scale down the operation costs, interplanetary CubeSats require augmented autonomy, so resulting in high-risk/high-gain space assets.

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