Sustainable resource extraction for the cis-lunar economy.
View ProspectusWe are looking up.
Earth is finite. The Moon is the gateway to the solar system. Regolith Mining Corp is dedicated to the exploration, categorization, and eventual extraction of Helium-3 and rare earth metals from the lunar surface.
We believe that heavy industry belongs in orbit, preserving Earth as a garden while we harvest the dead rocks of the moon to power our future.
The path was paved 50 years ago.
Aldrin Salutes the Flag
Earthrise
Lunar Roving Vehicle
One Small Step
The Last Walk
In 1969, humanity took a small step. Today, we are preparing for the giant leap of industrialization. We honor the Apollo program not just as history, but as the initial survey mission for our operations.
The footprint remains untouched. We intend to build the road that leads back to it.
Remote spectral analysis of the South Pole-Aitken basin.
Deployment of autonomous rovers for regolith sifting samples.
In-situ resource utilization (ISRU) tests and oxygen generation.
Low-gravity conveyor systems designed to process regolith dust without atmosphere.
Utilizing eternal light peaks for solar power generation.
Electromagnetic acceleration for non-rocket payload delivery to orbit.
Estimated total market value of extractable lunar minerals and elements.
| Resource | 2025 | 2035 | 2045 | 2055 | 2065 | 2075 |
|---|---|---|---|---|---|---|
| Helium-3 | $2.2T | $4.8T | $10.5T | $22.9T | $50.1T | $109.5T |
| Rare Earth Elements | $840B | $1.9T | $4.2T | $9.5T | $21.3T | $47.9T |
| Titanium | $620B | $1.2T | $2.4T | $4.7T | $9.2T | $18.0T |
| Water Ice | $450B | $890B | $1.8T | $3.5T | $6.9T | $13.6T |
| Total Estimated Value | $4.1T | $8.8T | $18.9T | $40.6T | $87.5T | $189.0T |
Projections based on terrestrial scarcity trends, increased industrial demand, and development of fusion energy technologies. Values represent total extractable reserves, not annual production.
Space mining is a capital-intensive, century-long play. We are accepting inquiries from accredited institutional partners.
Request DeckInsights from the frontier of lunar industrialization.
The Apollo program wasn't just explorationâit was reconnaissance. Every sample collected, every footprint made, every photograph taken provided critical data for future industrial operations. Today, we're converting that legacy into actionable mining infrastructure.
Rare earth elements critical for modern technology are becoming scarce on Earth. The Moon contains vast reserves of Helium-3, titanium, and other materials. The economics are simple: high upfront cost, unlimited return horizon, zero environmental impact on Earth.
Before humans return, robots pave the way. Autonomous rovers will map mineral deposits, test extraction methods, and establish power generation. Our robotic fleet operates 24/7 in the harsh lunar environment, preparing infrastructure for sustained operations.
Space mining isn't just economically viableâit's environmentally imperative. By moving heavy industry off Earth, we preserve our planet as a garden while accessing unlimited resources. Solar power, vacuum processing, and closed-loop systems make lunar mining truly sustainable.
Standing on the shoulders of giants.
Decades of lunar exploration data, mission architecture, and materials science research form the foundation of modern space industrialization. The Apollo program's legacy continues to guide commercial lunar operations.
Reusable launch systems and point-to-point space transport have dramatically reduced the cost of payload delivery. This infrastructure makes lunar mining economically feasible and enables sustained off-world operations.
Inquiries from institutional partners, researchers, and press.