Powering The Final Frontier
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Our Mission
1 Billion Humans
in Space
Our vision is simple. To become a multi-planetary species, humanity needs compact, long-duration, off-grid power.
Nanoscale atomic energy is the solution. No other form of power can endure the 354-hour lunar night, generate rocket fuel on the Martian surface, or power mining in the asteroid belt – far beyond the range of solar or batteries.
While we look to the stars, our plan starts on Earth. Our flagship commercial system STARFALL, a terrestrial reactor, is designed to demonstrate that atomic energy can be generated in a form factor small enough to deploy anywhere.
STARFALL will be one small step for man towards the energy system of the future. Join us.
STARFALL 1, our first reactor, is being designed to produce radioisotopes, addressing a critical and growing market while validating key steps along the technical roadmap to our deployable power system.
Energy for Any Environment
Years of Power
Years of continuous operation without refueling; at the end of life, modules are returned for recycling or secure disposal.
40+ kWe
High-density, scalable output to support critical systems, vehicles, and infrastructure.
Deployable Form Factor
Our ultra-compact design makes it possible to deliver resilient power to the world’s most remote and hardest-to-reach sites.
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Remote Industrial and Scientific
For frontier research and exploration STARFALL provides reliable energy independence. Its compact form provides a power backbone for work in deserts, arctic zones, and remote locations far beyond the grid. Companies can maintain operations and safety systems with confidence, achieving energy independence in locations where traditional infrastructure or renewables alone cannot suffice.
Frequently Asked Questions
What technology enables STARFALL?
How long can STARFALL operate?
What power output does STARFALL deliver?