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About

Lilly Ware is a pioneering aerospace engineer whose work centers on in-situ resource utilization (ISRU) for planetary exploration, with a primary focus on extracting water from Martian ice deposits. Her major contribution is the development of the RedWater system, a technology designed to drill into Mars’ subsurface and melt ice to produce water—a critical resource for future human missions. Ware led the design, construction, and testing of this system to Technology Readiness Level (TRL) 4/5, proving its viability in simulated Martian conditions. Her research directly addresses one of NASA’s key challenges: sustainable life support and fuel production on Mars. Though her papers have garnered a modest 3 citations each, their impact lies in their practical engineering solutions, bridging terrestrial drilling technologies with extraterrestrial applications. Ware’s work has been presented at prominent conferences, including the AIAA ASCEND event, highlighting her role in advancing space resource extraction. By targeting sites identified by the Shallow Radar (SHARAD), she ensures her system is grounded in real planetary data, making RedWater a cornerstone for future Mars colonization efforts.