Firm Power. Container-Scale.
A compact fusion reactor designed for rapid deployment—not distant breakthroughs.
Zero-Carbon Output
Produces firm, dispatchable electricity without emissions. Think: nuclear-level reliability, without the uranium or waste streams. 1,000× lower neutron radiation than conventional fusion means simpler licensing and faster deployment.
Shipping Container Size
Forget massive facilities. Our reactor fits in a standard shipping container: 8 meters long, 1.5 meters diameter. Deploy to remote sites, military bases, or grid edge locations—anywhere firm power is needed fast.
Rapid Build Cycle
Simple cylindrical geometry means we can rebuild, iterate, or modify critical systems in weeks—not years. No complex blanket assemblies or tritium breeding infrastructure required.
Think of it like this: If tokamaks are mainframe computers—massive, centralized, complex—we're building the microchip. Smaller, simpler, modular.
| Parameter | Value |
|---|---|
| LENGTH | 4-8 |
| DIAMETER | 1.5 |
| OUTPUT | 1-10 |
| FIELD | 6 |
| TEMP | 100 |
Explore our reactor in an immersive 3D visualization built with Three.js and WebGL.
Two Phases. Clear Gates. No Ambiguity.
Our program is designed for decisive outcomes. Each phase has explicit success criteria and a hard go/no-go decision point. If assumptions fail, we stop—preserving capital and clarity.
Design Closure
Prototype Build
Deliverable: Build-ready reactor design or justified termination.
Deliverable: Data-backed scale-up decision or controlled shutdown.
Program terminates if confinement fails bounds | control systems prove intractable | manufacturing cycles exceed practical limits. Both success and failure create value.
Falsifiability Criteria
This program is designed to produce a decisive outcome. If any of the following conditions are met, the program terminates with clarity—preserving capital, institutional knowledge, and all software and modeling assets. Both success and failure create value.
FRC Fusion SMR
Explore our Field-Reversed Configuration Small Modular Reactor in an immersive, scroll-driven 3D experience. Built with Three.js and WebGL.