H. Kawabe

Papers

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About

H. Kawabe is a key figure in space exploration engineering, specializing in asteroid sample-return mission dynamics and autonomous spacecraft operations. Their most influential work centers on the touch-down dynamics and sampling sequence of the MUSES-C mission (later known as Hayabusa), a pioneering JAXA project targeting the near-Earth asteroid 1998 SF36. Kawabe’s analysis was critical for solving the challenge of landing on and collecting material from a low-gravity body, where traditional anchoring methods fail. By modeling the complex interaction between the spacecraft’s sampler horn and the asteroid’s surface, Kawabe helped design the sequence that enabled the first-ever successful return of asteroid samples to Earth. This foundational work, cited in subsequent mission planning and asteroid science studies, demonstrates Kawabe’s lasting impact on planetary defense and resource utilization. Their contributions remain essential reading for engineers and researchers developing autonomous sampling technologies for future missions like OSIRIS-REx and MMX, cementing Kawabe’s role in advancing humanity’s ability to explore and interact with small solar system bodies.