Lunar Station Corp is leveraging six decades of NASA data to help commercial partners plan future Moon missions. Advanced computer models map vital lunar resources like water, iron, and titanium.
Image credit: NASARaw minerals and water ice dictate where spacecraft land and extract resources. To operate safely on the surface, companies must first evaluate local environmental conditions across target lunar sites.
Image credit: NASAUsing NASA’s open-source Ames Stereo Pipeline, software processes imagery from satellites and historical records. The resulting 3D terrain models reveal vital details about surface elevation and rock placement.
Image credit: NASAIn 2009, NASA’s LCROSS mission crashed its upper stage into the Moon's South Pole. Analyzing the impacted plume proved water ice exists, providing foundational evidence for in-situ resource utilization.
Image credit: NASALunar Station’s MoonHacker platform uses proprietary algorithms to process NASA’s Planetary Data System. It helps mission planners identify prospective sites for shallow water deposits and optimal rover travel paths.
Image credit: NASAPlanning polar missions requires relay strategies when Earth isn't visible. Through Radiation Simulator digital twins, companies evaluate rover and satellite hardware against space radiation before launching.
Image credit: NASAThis initiative exemplifies NASA’s Technology Transfer program. For 50 years, agency Spinoff publications have documented how space research delivers practical commercial and technological benefits.
Image credit: NASAAccording to NASA’s Gerry Sanders, the local availability of lunar water remains largely unknown. Fusing decades of data helps commercial partners bridge this gap as they prepare future mining ventures.
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