Source metals from space
We build the robotics to analyze, capture, and process metal-rich asteroids for in-space and terrestrial use.
The best asteroid is one you never capture.
We analyze before we act, so you only commit to targets worth the trip from the belt. No wasted launches, no wasted years.
Metal-rich targeting
Spectral surveys and composition models pick the asteroids worth a second look, so you skip the rock.
Trajectory mapping
We chart the cheapest fuel path from the belt to L4 or L5, keeping capture costs low from day one.
Yield projections
Before capture, we estimate recoverable metals per element, so you know what you're buying.
Risk screening
Rotation, structure, and surface stability are checked before we commit a robot to the chase.
Asteroid capture, delivered
Our partners rely on Stamper Drilling Galactic for analyzed, captured, and processed metals delivered to L4 and L5.
Stamper's team identified two high-purity nickel asteroids in our target zone and delivered their composition profiles ahead of schedule.
Marisol Vega
Orbital Assemblies Lead, Helios Station
We sourced feedstock from their L4 stockpile for our first in-space foundry run. The processing specs were exact.
Dmitri Kane
Foundry Systems Manager, Arcadia Forge
Their capture and retrieval plan for the C-type we flagged was methodical and precise. Projected yields met every estimate.
Leilani Akana
Resource Strategy Analyst, Pacific Orbital
From asteroid belt to Earth orbit
We capture metal-rich asteroids and park them in stable orbit, ready for processing into usable elements for Earth and space.
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Orbit points
Asteroids are staged at L4 or L5, where processing systems reside.
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Focused team
A lean team applies advanced robotics to every capture mission.
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Pipeline stage
From analysis to delivery, our workflow is fully built out.
Plan your asteroid capture with Stamper Drilling Galactic
Tell us about your infrastructure needs. We'll help you secure metal-rich asteroids from L4 and L5 orbit for processing.
What happens after an asteroid is captured?
Once parked at L4 or L5, our processing systems break the asteroid down into usable elements for delivery to Earth or sale to space infrastructure builders.
Two-stage capture in under 200 days
Common questions, straight answers. Or just ask us directly.
Which asteroids does Stamper Drilling Galactic target?
We target metal-rich asteroids in the belt, prioritizing M-type bodies with high iron, nickel, and cobalt content. Our robots analyze composition first, then flag the most valuable candidates for capture.
How does the capture process work?
Robots analyze the target's orbit and surface, then match velocity to guide it into a new trajectory. The asteroid is then placed in a captive orbit at Earth's L4 or L5 point, where your processing systems already wait.
Where are captured asteroids stored?
At Earth's L4 or L5 Lagrange points, where gravitational forces keep the asteroid stable. These positions are ideal staging points for both Earth delivery and direct sale to space-based infrastructure builders.
What happens after an asteroid reaches L4 or L5?
Processing systems at the staging point refine the asteroid into usable elements. From there, you receive either refined material delivered to Earth or feedstock sold directly to customers building new space infrastructure.
Can the elements be used for terrestrial applications?
Yes. Delivered material is suited for both terrestrial use and space infrastructure. We can tailor delivery and processing based on your end use, and we're happy to discuss specifications on a project basis.
What are the typical lead times?
Lead time depends on target distance and orbital alignment. We can give you a timeline under your specific mission parameters, so reach out with your infrastructure needs and we'll scope it from there.
Still have questions?
Send a message and we'll get back to you with practical answers, not jargon.