Build with metals from orbit
Stamper Drilling Galactic sends robotics to the asteroid belt, parks the haul at L4 and L5, and processes it into usable elements.
Can metals from space build the next century?
We build robots that capture metal-rich asteroids, park them in orbit, and process them into usable elements.
Analyze and select
Our robots survey the asteroid belt and identify the most metal-rich targets worth the trip.
Capture and retrieve
We guide asteroids into stable orbits at Earth's L4 and L5 points, close enough to work with.
Process in orbit
Specialized systems break down captured asteroids into usable elements for delivery or sale.
The people steering the capture
A small crew with deep roots in robotics and orbital mechanics. We keep the process direct, measured, and built for the long haul.
Founder & Lead Engineer
illie J
illie sets the technical direction, overseeing each stage from robotic survey to capture. The work stays focused, iterative, and grounded in proven systems.
Robotics Systems Specialist
Nadia Okafor
Nadia programs the asteroid analysis and retrieval robots, tuning every maneuver so capture runs clean under real orbital conditions. She keeps our hardware responsive and our data precise.
Orbital Operations Lead
Marcus Reid
Marcus coordinates the transfer and parking of each asteroid at L4 or L5, tracking every burn and trajectory. He makes sure the haul arrives on station with no surprises.
Program Coordinator
Tessa Nguyen
Tessa keeps client timelines and delivery schedules in order, translating complex milestones into clear updates. She is the point of contact for straightforward answers and next steps.
Partners on the L4 line
Early partners working on the L4 staging point share how Stamper Drilling Galactic's robotic capture and processing systems fit their plans.
Stamper's team helped us map out what a steady supply of nickel-iron from L4 could mean for our station design. The conversation was direct and grounded in real engineering.
Alex Morgan
Station Design Lead, Orbital Assembly
We were early in our planning, and Stamper didn't talk down to us. They walked through their robotic capture and processing workflow as a real option, not a brochure.
Priya Patel
Director of Infrastructure, Helios Foundry
Their focus on L4 and L5 staging aligns with our own logistics model. It's rare to find a supplier that thinks in orbits and timelines the same way we do.
James Walker
Operations Manager, Cislunar Transit
2 asteroid orbits
We stage captured asteroids at Earth's L4 or L5 points, where processing happens close to home.
2
Asteroid orbits
We park captured asteroids at Earth's L4 or L5 points for processing.
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Usable elements
Captured asteroids are broken down into metals and materials you can use.
1D
Robot fleet
Advanced robots analyze, select, and retrieve metal-rich asteroids from the belt.
We didn't start with a mine. We started with a robot.
Most resource companies begin with a claim. Stamper Drilling Galactic began with a robotics problem: how to capture a metal-rich asteroid and bring it, intact, to Earth's orbit.