행성 탐사 로버와 3D 프린팅 기술을 융합한 ISRU 건설 시스템 연구

A Study on the ISRU Construction System Combining Planetary Exploration Rover and 3D Printing Technology

초록

This study aims to propose an automated construction system using planetary exploration rovers and 3D printing technology. Since the Apollo exploration, unmanned exploration and lunar exploration centered on scientific missions have been the main focus. After unmanned mission, on the Artemis Accords, the importance of manned exploration and the construction of bases for them has increased. Planetary construction requires an economical and efficient approach through in-situ resource utilization (ISRU) and an automated construction system. 3D printing is attracting attention as a technology that can directly manufacture structures using planetary regolith as construction materials and minimize manpower input. The rover can gradually construct structures through transporting construction materials, coordinating 3D printing work, and a cooperative system. This study is suggested the direction of an efficient construction system base on analyzing the current status of rovers and 3D printing technology, the applicability of ISRU technology, etc. through a review of literature.

키워드

우주 탐사 융합기술; 행성 탐사로버; 3D 프린팅; 현지 자원활용; 자동화 건설; Space Exploration Convergence Technology; Planetary Exploration Rover; 3D Printing; In-Situ Resource Utilization; Autonomous Construction
제목
행성 탐사 로버와 3D 프린팅 기술을 융합한 ISRU 건설 시스템 연구
제목 (타언어)
A Study on the ISRU Construction System Combining Planetary Exploration Rover and 3D Printing Technology
저자
조남석; 서태원
DOI
10.17548/ksaf.2025.03.30.421
발행일
2025-03
저널명
Korean Society of Science & Art
권
43
호
2
페이지
421 ~ 432