The LuMA team is a consortium comprising the University of Luxembourg, Aalborg University, and Maana Electric, dedicated to developing an advanced lunar excavation and beneficiation system, by integrating expertise in planetary robotics, AI-driven autonomy, and space resource processing.

The University of Luxembourg’s SpaceR SnT group, led by Prof. Miguel Olivares-Méndez, specializes in robotic guidance, navigation, and control (GNC) and multirobot collaboration for planetary exploration. Their expertise in robotic manipulation and advanced teleoperation is essential for developing an adaptive excavation system capable of handling challenging lunar terrain. To support this, their LunaLab facility will serve as a testbed for validating robotic excavation and manipulation technologies under lunar-like conditions.

Aalborg University contributes expertise in perception, robotic control, and multi-agent coordination, enabling seamless integration of robotic systems for efficient regolith excavation and transport.

Maana Electric provides the beneficiation unit, refining excavated regolith into usable materials while addressing challenges like particle segregation, material clogging, and dust mitigation. LuMA aims to create a robust and scalable solution for future lunar missions by integrating an optimized beneficiation unit with the robotic excavation system. The outcome will provide ESA with a well-founded pathway toward implementing efficient regolith excavation and processing technologies for sustained lunar habitation and resource utilization.

The team also brings together a diverse group of experienced scientists, PhD candidates, engineers, and students, each contributing unique expertise to tackle the challenges of lunar regolith excavation and beneficiation. This interdisciplinary collaboration fosters a dynamic environment where cutting-edge research meets practical application, ensuring our approach is both scientifically rigorous and technically robust.