T. Kaneko

Papers

Total Citations

H-Index

About

T. Kaneko is a pioneering figure in small satellite engineering and space tethered systems, with a focused legacy in regional space development. His key research areas include autonomous robotic satellites, tethered spacecraft dynamics, and the democratization of space technology through university-led missions. Kaneko’s most significant contribution is the conception and development of the Space Tethered Autonomous Robotic Satellite (STARS), the first satellite ever built in the Shikoku region of Japan. This project, launched aboard an H-IIA rocket in collaboration with JAXA, demonstrated that regional universities could successfully execute complex space missions. The STARS satellite, featuring a unique "mother-daughter" tethered configuration, advanced the understanding of orbital tether mechanics and autonomous formation flying. While his most cited work (2 citations) reflects the niche but foundational nature of this early engineering report, Kaneko’s true impact lies in his role as a catalyst for regional space innovation, inspiring subsequent small satellite programs and proving that non-traditional space actors can contribute meaningfully to orbital technology. His work remains a landmark for university-led space projects in Japan.