ZiLan Zhang

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About

ZiLan Zhang is a pioneering researcher in the field of extraterrestrial robotics and precision measurement, with a focus on hexapod locomotion systems for planetary exploration. Their most notable work, "Micro-displacement Measurement System for Hexapod Robot Drilling Process" (2024), addresses a critical challenge in lunar surface operations: the subtle, millimeter-level displacement of hexapod robots during drilling into lunar soil. By developing a high-precision measurement system, Zhang has enabled the detection of these minute movements under varying conditions—such as flat ground and slopes—ensuring that robots can maintain stability and accuracy during sample collection. This contribution is vital for advancing autonomous drilling on the Moon, directly supporting future missions to understand lunar geology. Though early in their career, with 2 citations to date, Zhang’s work has already been recognized for its innovative approach to mitigating vibration-induced errors in robotic systems. Their research bridges robotics, geotechnical engineering, and space exploration, offering practical solutions for in-situ resource utilization. Zhang’s dedication to precision in harsh environments marks them as a rising talent in space robotics, with potential to shape how robots interact with planetary surfaces.