rootbrowseIAC-18B4session 88. Small Spacecraft for Deep-Space ExplorationPapers1. ArgoMoon: Challenges and design solutions for the development of a Deep Space Small Satellite2. Mission Design of the EQUULEUS and OMOTENASHI Cubesats3. The Lunar Polar Hydrogen Mapper Mission4. Lunar Flashlight CubeSat GNC System Development for Lunar Exploration5. System design of LUMIO: A CubeSat at Earth-Moon L2 for observing lunar meteoroid impacts6. Lunar Exploration Orbiter Program7. Future low-cost Lunar and Planetary Missions Enabled by Commercial Space Companies8. Geophysical Reconnaissance Asteroid Surface Probe9. What's inside a rubble pile asteroid? DISCUS - a tomographic twin radar CubeSat to find out.10. CubeSat 3U-Payload for In-Situ Resource Utilisation Demonstration at C-type Near Earth Asteroids11. Modeling of orbital and attitude dynamics of nanosatellites controlled via active electrostatic charging12. An autonomous optical navigation filter for a CubeSat mission to a binary asteroid system13. a composites-based solar sail system for deep space small spacecraft14. An Investigation of the System Architecture of High Power Density 3U CubeSats Capable of Supporting High Impulse Missions15. Fuel-Free Angular Momentum Unloading Using the Interplanetary Magnetic Field in Small-Sized Spacecraft16. a minimal chipsat interstellar mission: technology and mission architecture