Transformable palm-sized SORA-Q rover enables autonomous lunar exploration with two-wheeled design
By
S. Homma
Summary
This article introduces SORA-Q, a transformable palm-sized rover designed for autonomous lunar exploration. The rover can change shape from a ball (for deployment and protection during landing) to a two-wheeled rover for surface mobility. It addresses key challenges of miniature planetary rovers including limited computational power, battery capacity, and reduced locomotion performance due to small size. The two-wheeled design with a transformable mechanism enables efficient traversal of lunar terrain while maintaining a compact form factor suitable for strict spacecraft payload constraints. The research presents a cost-effective solution for planetary exploration and resource prospecting using miniature robotics.
Source
Twitter / XTransformable palm-sized SORA-Q rover enables autonomous lunar exploration with two-wheeled designscim.agKey quotes
· 3 pulledRobotic technologies are expected to drive substantial advancements in planetary exploration and resource prospecting by performing a variety of tasks in extraterrestrial environments.
Miniature robots are ideally suited for integration into spacecraft with strict payload limitations, providing a cost-effective solution.
The pursuit of autonomous exploration using these miniature robots presents challenges owing to constraints in computational power and battery capacity and reduced locomotion performance owing to their small size.
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