Fusion Power.
At Sea.
We’re building a first of a kind fusion reactor for marine and off grid applications
The most proven approach to fusion
Building off decades of tokamak research, HTS magnets represent the final step enabling breakeven fusion energy.
Where market needs meet tech readiness
By targeting lower power applications, unsolved material science
challenges are alleviated.
Bringing fusion to off-grid markets
Fusion accelerates market adoption with fewer regulatory hurdles and without long-lived radioactive waste or risk of nuclear meltdown.
Who we’re building for
Record demand for decarbonized large vessels and mobile marine based power
Origin Story
Progress toward breakeven
Fusion has moved from academia and government labs to private ventures as technologies like high-temperature superconductors clear the path to breakeven (Q>1).
The problem going straight to the grid
Competing on an LCOE basis with alternative grid energy sources (solar, wind, fission, etc.) is nearly impossible for a FOAK fusion reactor.
10x lower power
At grid-scale, first wall heat flux, nuclear activation, and exhaust remain unsolved. Our target markets need 10× less power, tolerate lower capacity factors, and cost no more than alternative fuels—without emissions.
Targeted deployment strategy
The marine market currently has no economically viable path to decarbonize and accounts for 3% of global emissions. Defense and remote energy installations have a need for safe, robust power where the grid can't reach.
Be part
of the mission
Join a fast-moving team solving real problems and building real fusion hardware. We're quite literally building a star on Earth.
Join as an early adopter and lead the shift to a zero-emission future.
Back the team planning an economically viable rollout of fusion power.