rootbrowseIAC-23B4session 88. Small Spacecraft for Deep-Space ExplorationPapers1. Deep Space Network Observations During Cislunar and Deep Space CubeSats Support2. Lessons Learned from CubeSat Moon Lander OMOTENASHI3. Initial Operation Results of EQUULEUS ADCS: Wheel Unloading Strategies for a Deep Space 6U CubeSat4. Lunar Pathfinder - a commercially-driven lunar data relay satellite, 2 years until launch5. Design, Analysis and Validation of the ADCS for the LUMIO mission6. The high sensitivity self-adaptive acquisition method for small moon mission7. Frequent Deep-Space Access Strategy for Venus Aeronomic Exploration Mission using Earth-Synchronous Orbits8. Model Predictive Trajectory Generation and Control for Ballistic Lander Deployment on Small Bodies from Small-Sat Platforms: the TASTE mission case study9. Juventas CubeSat in support of Hera mission to Didymos asteroid system: Mechanical and Thermal design validation10. LICIACube: Technical Challenges of Pioneering Deep-Space Exploration with Micro-Satellites11. concept study of an asteroid landing mission with control using Neural Network algorithms12. High-technology Operation for Planetary Exploration - uRanian mOons impActoR (HOPE-ROAR) mission: an innovative in-depth study of the Uranian satellites