NEXT-GENERATION DISTRIBUTED POWER
Combustion
Power.
Reimagined.
More power. Less fuel. Fuel-flexible by design.
We're developing compact engine-generators for global infrastructure needing reliable electricity--even when the grid cannot deliver. The Rotodyne platform brings new architecture, advanced materials, and manufacturing innovation together for step change performacne.
~30%
LESS FUEL
Target reduction at comparable electrical output.
~3X
MORE POWER
Target increase in electrical output per unit of engine volume.
~1/3
THE PARTS
Target part count relative to a comparable conventional generators.
Multi-fuel
BY DESIGN
Same platform for today's diesel and natural gas and tomorrow's hydrogen and blends.
THE ENGINE ARCHITECTURE
A different path from combustion to power.
Six double-ended piston units surround a central shaft. Opposed ignition events drive axial motion, while an angled thrust plate converts that movement into rotation.
Rotodyne brings force transmission, thermal management, and magnetic interfaces into one architecture designed to reduce losses and mechanical complexity.
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Opposed combustion events
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Company axial-barrel architecture
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2 stroke operation
Our solution represents the next-generation of performance-maxed, distributed power generation.
NEXT-GENERATION MATERIAL SCIENCE
Engineered dissimiar material gradients.
The right properties in the right places.
H.A.L.O. is our patent-pending additive manufacturing technology under development for creating engineered materials with ceramics for thermal management, graphene for structural integrity, and ferrous materials for magnetic properties.
INTENDED APPLICATIONS
Power where reliability matters
Telcom Networks
Compact 50kW back power for distributed sites for fuel-efficient and reliable operation.
Data Centers
Scaleable power concepts for edge facilities and critical computing infrastruture.
Deployable Power
Compact, fuel-efficient power generation for mission-critical environments.
Military Apps
Backpack-carried, field-deploybale 50kW mobile power.