Next-Generation Asteroid Mining
SpaceFracking deploys autonomous extraction rigs to near-Earth asteroids, unlocking trillions in rare minerals to fuel humanity's next chapter.
What We Do
From prospecting to delivery, our vertically integrated platform turns space rocks into refined resources — autonomously.
AI-driven spectral analysis identifies high-value asteroid targets from our proprietary database of 14,000+ mapped bodies.
Zero-gravity hydraulic fracturing breaks down asteroid regolith with surgical precision, maximizing yield while minimizing debris.
Refined materials are packaged into re-entry capsules and delivered to orbital depots or direct-to-surface facilities.
Our Technology
Three breakthrough technologies work in sequence to turn raw asteroid material into mission-ready resources.
Multi-band spectrometers map mineral composition at sub-meter resolution, building a 3D extraction blueprint before a single drill bit touches the surface.
Proprietary pressurized micro-charges fracture regolith along natural fault lines. No atmosphere means no wasted energy — every joule goes into extraction.
On-rig refineries smelt and separate materials in microgravity, producing mission-grade alloys and rare-earth concentrates ready for transport.
Why Space
Terrestrial mining is hitting geological, environmental, and political limits. A single metallic asteroid can contain more platinum-group metals than have ever been mined on Earth. We go where the resources are.
The asteroid belt alone holds an estimated $700 quintillion in mineral wealth — enough to sustain civilization for millennia.
No deforestation, no groundwater contamination, no displaced communities. Extraction happens millions of miles from any ecosystem.
Bypass geopolitical supply chain bottlenecks. Space-sourced materials are available to any nation willing to reach for them.
Whether you're a government agency, a private enterprise, or an investor — we'd love to talk.