The LUMIS project consists of autonomous lunar stations designed to provide power, Wi-Fi, 5G connectivity, and computing resources for space missions. These stations rely on solar energy to support scientific equipment and vehicles on the lunar surface.
Initial demonstration units will feature a 2 kW power generation capacity, with plans to scale up to 20 kW per unit. By linking multiple stations, Astrolab aims to achieve a total power output exceeding 100 kW. Each station includes vertical solar panels, batteries, antennas, and onboard computing systems, capable of over 400 hours of autonomous operation.
Mobility is a key feature, as the stations are designed to be transported by FLEX robotic rovers. This allows for relocation to areas with better lighting or communication conditions, particularly near the lunar south pole, where moving just 50 meters can significantly improve performance. The company also plans to establish relay lines spanning over 100 km.
Astrolab intends to integrate these stations into a unified infrastructure managed by the Lunar Operating System. This approach aims to provide shared resources for various missions, reducing the need for individual expeditions to transport their own equipment. The first LUMIS unit is scheduled for launch in 2028 via a SpaceX Starship mission.
