Industrial activity beyond Earth is limited by the cost of lifting mass out of a gravity well, so a cis-lunar economy needs its propellant, oxygen, and structural material sourced from the Moon itself. Regolith Mining is characterising lunar deposits of helium-3, rare earth elements, water ice, and titanium, working from remote spectral survey toward autonomous extraction. It processes regolith where it lies, using molten-regolith electrolysis for oxygen, robotic excavation of polar ice, and concentrated-sunlight sintering for building material.
Where single-commodity helium-3 ventures such as Interlune aim at terrestrial fusion markets, Regolith Mining spans several resource classes and treats the Moon as its customer, supplying fuel, oxygen, and construction feedstock to operations already in orbit. The position it stakes is an established extraction operator for off-world industry rather than an Earth-facing mine, and its sintered-landing-pad method needs no binder shipped from home.
