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🇰🇬 Kyrgyzstan /Energy & Infrastructure

China to Deploy 'Robo-Dogs' for Lunar Base Construction

From 24.kg · () Russian

Translated from Russian, summarized and contextualized by DistantNews.

At a glance

News Documents & data Context piece
  • China plans to deploy four-legged robots, or 'robo-dogs,' to assist astronauts in building and maintaining a lunar base.
  • These robots will navigate challenging lunar terrain and perform tasks like exploration, resource prospecting, and base security.
  • The initiative aims to enhance operational efficiency and provide psychological support to astronauts during long-term missions.

China is advancing its lunar ambitions by proposing the use of autonomous four-legged robots, dubbed 'robo-dogs,' to aid in the construction and maintenance of its International Lunar Research Station (ILRS). This innovative concept, detailed in the journal Chinese Space Science and Technology, highlights a significant step in China's extraterrestrial exploration efforts.

Robo-dogs, according to China's plans, could appear on the Moon by 2025.

— Chinese Academy of Space Technology (CAST)Indicating the timeline for the deployment of robotic units on the Moon.

The robo-dogs are envisioned as key partners for taikonauts, assisting in the development of the ILRS, with its main infrastructure planned for the lunar South Pole by 2035. Unlike traditional wheeled rovers, these quadrupedal robots are designed with articulated limbs to overcome the moon's rugged surface, including steep slopes, boulders, and loose regolith.

Their responsibilities will be diverse, encompassing reconnaissance of hazardous areas, geological surveys for water ice in shadowed craters, mineral resource extraction, and perimeter security for the base. Furthermore, engineers plan to equip these robots with AI-powered communication systems to offer psychological support to astronauts enduring prolonged isolation.

The use of four-legged platforms with articulated limbs instead of traditional wheeled rovers is due to the special relief of the lunar surface.

— Chinese Space Science and TechnologyExplaining the design choice for the lunar robots.

The operational model emphasizes human decision-making with autonomous robotic execution. In a typical mission scenario, a three-taikonaut crew would work alongside several robo-dogs. While two astronauts conduct extravehicular activities accompanied by robots, a third operator would coordinate their actions from within a pressurized lunar rover. This approach aims to maximize efficiency and safety in the challenging lunar environment.

Human decision-making with autonomous execution by robots.

— CAST and Beijing Institute of Spacecraft Systems EngineeringDescribing the core principle of human-robot collaboration for the lunar base mission.
DistantNews Editorial

Originally published by 24.kg in Russian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.

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