A comprehensive solution that addresses every challenge with proven technology and intelligent design
Understanding the fundamental limitations of current battery and fuel cell technologies in aviation
Wh/kg
Wh/kg
(current)
Wh/kg
(projected 2035)
Wh/kg
(system level)
Batteries are 48x heavier than gasoline for the same energy, severely limiting range and payload
Even with optimistic 2035 projections (400 Wh/kg), batteries remain 30x heavier than fuel
Requires significant time and infrastructure investment for recharging between flights
Only 50% efficient with extreme waste heat generation, making thermal management critical
Performance degrades significantly at altitude due to reduced oxygen availability
Hydrogen storage, transport, and refueling infrastructure is virtually nonexistent in general aviation
250 Wh/kg batteries
~300 Wh/kg projected
400 Wh/kg (still 30x heavier)
Our hybrid-electric engine combines the best of piston and electric propulsion
Electric motor integrates directly into certified piston engine via crankshaft coupling, ensuring seamless power delivery, tighter footprint, lower vibration and higher transmission efficiency.
Uses widely available, lead-free, low-cost automotive fuel as well as existing avgas, eliminating dependence on hazardous leaded fuel.
Achieves 40% fuel savings using current energy storage technology and 50% longer time between overhauls (TBOs), dramatically reducing operating costs.
Built-in electric motor redundancy enhances flight safety during combustion failure, providing critical backup power.
Use of type certified components and designed for the STC certification pathway, reducing cost and time to market by half.
Our proprietary AI control system continuously optimizes engine performance across all flight phases, learning from operational data to maximize efficiency and extend engine lifespan.
Real-time management of throttle, fuel mixture, and electric assist adapts to changing flight phases including climb, cruise, and descent.
Learns from operational data to predict engine wear, extend lifespan, and support preventive maintenance scheduling.
Seamlessly integrates with cockpit systems to support pilot decisions and provide comprehensive diagnostics in real-time.
Pioneering sustainable aviation with hybrid-electric engines for a greener, safer flying experience.
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