The Masterplan
The Secret Amprolabs Master Plan
The overarching purpose of Amprolabs is to become the largest developer in space. Not a launch company. Not a satellite company. A construction company — whose workers happen to be autonomous robots operating in orbit, on the Moon, and eventually on Mars.
The question is: how do you get from a startup in San Francisco to fleets of machines building mega structures beyond Earth?
The answer is the same way you build anything — bottom up.
Start with the arm.
The foundation of everything is manipulation. Before you can build anything in space, you need a robotic arm that works — a gripper, a claw, something that can grab, hold, fasten, and release with precision. This is the atomic unit of space construction.
We start here. A single arm. Low payload. High precision. Prove it works on the ground first. Then put it on a cube.
The cube becomes the platform.
Mount two arms on a compact cube body. Add sensors, compute, battery. Now you have a robot — the AMP-1 BUILDER. It can connect parts, install panels, tighten fasteners. It can do useful work autonomously.
The cube needs to maneuver in space. Cold gas thrusters — compressed nitrogen — give it six degrees of freedom: translate in any direction, rotate on any axis. Small, precise bursts for positioning work. The nitrogen is inert, non-contaminating, and simple. No complex combustion. No exhaust residue on sensitive equipment.
Battery powers the compute, sensors, and arm actuators. Compressed nitrogen powers the movement. When either runs low, the cube docks to NEXUS — the mothership recharges the battery and refills the nitrogen tanks. Then it's back to work.
But one robot isn't enough. You need a fleet.
But one robot isn't enough. You need a fleet.
A fleet, not a single machine.
Different jobs need different tools. So we build specialized units: a six-legged SPIDER that crawls on surfaces, a cargo MULE that hauls materials, a spherical EYE that inspects and maps, a GRIP that captures and repositions large objects, an ARRAY that collects and transfers energy.
They all deploy from NEXUS — the mothership. A rectangular bus with long solar wings that charges, commands, and maintains the fleet. The base station.
Self-assembling like lego blocks.
Here's the key insight: every robot is a building block. They dock together — physically and electrically — to form larger, more capable structures on demand. Two BUILDERs lock together for heavier lifts. A MULE connects to a GRIP for long-range transport. Multiple units combine into configurations that none could achieve alone.
At scale, the robots don't just build structures. They become the structure. The line between machine and infrastructure disappears.
Why space?
Space is hostile to humans. EVAs are dangerous, expensive, and time-limited. Communication delays to the Moon are 1.3 seconds. To Mars, up to 24 minutes. Remote control breaks down. You can't have a human operator for every task.
The only answer is true autonomy. Robots that assess, plan, and execute without waiting for commands. This is the hardest robotics problem in the world — which makes it the most valuable.
Space agencies, defense, telecommunications, energy — everyone needs infrastructure in orbit. The market is measured in trillions. And the robots we build for space can work anywhere on Earth too: deep ocean, nuclear facilities, disaster zones.
Bottom-up strategy.
We don't build rockets. We don't build launch pads. We leverage the rails and infrastructure already built by companies like SpaceX. We focus purely on what operates once it's up there.
We start with niche, for-hire work. Satellite servicing. Debris removal. Station maintenance. Real revenue from real customers. Not a demo — a service.
We go vertical first — own the entire stack for one use case: hardware, software, autonomy, operations. Go deep. Then expand horizontally into construction, mining, exploration.
The flywheel.
More robots build more infrastructure. More infrastructure supports more robots. Each generation builds faster, builds bigger, builds further out. From Low Earth Orbit to the Moon. From the Moon to Mars. From Mars to everywhere else.
This is not a product. It's a compounding system that scales itself.
So, in short, the master plan is:
- Build a robotic arm that works
- Put it on a cube, make it autonomous
- Build a fleet of specialized units
- Fly them, prove them in orbit
- Do for-hire work to generate revenue
- Scale to mega structure construction
- While doing above, make robots modular so they self-assemble into whatever the mission requires