Geological Mapping and Sampling Quadruped Robot

The Intelligent Geological Mapping and Geochemical Sampling Quadrupedal Robots system consists of three specialized units, Alpha, Beta, and Gamma, each designed for distinct field operations including deep soil drilling, automated sample collection, and full cycle rock sampling. Working collaboratively in complex mining environments, the system integrates mineral identification with continuous workflows from sampling to storage, enabling a more consistent and controlled approach to geological data acquisition.
Equipped with intelligent recognition and geological mapping capabilities, the robots can automatically identify rock minerals and alteration patterns while performing precise drilling and batch sampling tasks. Each operation can collect 30 to 50 samples in a single run. Engineered for real world mining conditions, the system demonstrates strong resistance to dust, impact, and harsh environments, improving operational efficiency and data consistency while significantly reducing manual labor intensity and safety risks.
Amid rising demand driven by energy transition and AI infrastructure, the mining industry faces persistent challenges in exploration efficiency and risk. This solution introduces embodied intelligence combined with large scale models to replace labor intensive processes, transforming traditional exploration into a standardized equipment driven workflow. It effectively shortens exploration cycles by approximately half, reduces ecological disruption, and provides a safer and more sustainable approach to resource discovery.