Robotic Excavation System Integration for Lunar Regolith

The contract focuses on the design and integration of robotic excavation systems tailored for autonomous lunar surface construction, specifically to build berms using lunar regolith for radiation and ejecta shielding. The work centers on interfacing these robotic systems with modular platforms such as IPEx to enable efficient, precision earthmoving operations in the harsh lunar environment, prioritizing autonomy and adaptability without direct human intervention. The systems must be engineered for reliability under extreme temperature fluctuations, low gravity, and abrasive regolith conditions while maintaining compatibility with existing lunar infrastructure and power constraints. This is a small business set-aside subcontract under NAICS code 333921, issued by NASA Shared Services Center on behalf of the National Aeronautics and Space Administration. The opportunity is open exclusively to small businesses as defined by the Small Business Administration, with responses due by May 21, 2026. Performance is expected to occur on the lunar surface, though the contract does not specify a terrestrial location for development or testing. The project represents a critical step toward sustainable lunar habitation by enabling in-situ resource utilization for protective infrastructure, and successful execution will directly support future Artemis program objectives.