UAVHE stands at the forefront of hybrid propulsion technology for commercial unmanned aerial vehicles (UAVs). Our mission is to create sustainable aviation solutions that not only reduce fuel expenses but also enhance operational efficiency, allowing drones to cover greater distances and accomplish more tasks in a single flight.
Our robust and high-performance hybrid drone engines are designed in-house and undergo extensive testing in our advanced climate simulation and testing facilities, which are unparalleled in Europe.
Benefits of Hybrid Drone Engines
The hybrid UAV engines from UAVHE merge the strengths of electric and combustion technologies, utilizing the high energy density of gasoline alongside the agility of electric motors.
Our hybrid electric propulsion systems provide extended flight durations for the same takeoff weight compared to fully electric models, while consuming less fuel than traditional combustion aircraft. Drones powered by our engines are user-pleasant, catering to pilots of varying skill levels.
Each engine is meticulously crafted from aerospace-grade materials and features a two-stage fuel injection system, along with an electric starter and booster. With a resilient,low-vibration design,they are built to withstand collisions and harsh weather conditions.Additional features include:
- Advanced autotuning capabilities
- CANbus control system
- Comprehensive telemetry and self-diagnostic functions
- Electronic torque management and in-cycle torque compensation
Discover more: Hybrid engines for drones >
Custom Drone Design Integration Support
UAVHE offers specialized design and integration assistance for developers working on innovative concepts and prototypes for commercial, industrial, and public safety UAVs.
we can guide you in selecting the optimal hybrid propulsion system for your new platform and customize our existing products to meet specific needs, ensuring they can endure challenging environments such as moisture, dust, and extreme temperatures.
Learn more: Custom hybrid propulsion systems for drones >
Hybrid Propulsion Systems for UAS
We currently provide five models of hybrid electric propulsion engines for UAS:
GT1-124
- lightweight 2-stroke single-cylinder engine
- Integrated 22 kW generator
- Perfect for prolonged operations at steady speeds
- Designed for helicopter UAVs
PT2-124
- Twin-engine propulsion unit with built-in transmission
- Dual 124cc 29hp two-stroke engines, each equipped with cooling and ignition systems
- integrated 11 kW generator/starter/booster
- Electronically synchronized coaxial rotors
PT1-124
- Compact 2-stroke single-cylinder engine
- Integrated 11 kW generator/booster
- Ideal for sustained operations at constant speeds
- Designed for VTOL uavs
RW1-300C
- Wankel rotary engine with low-vibration operation
- 11 kW generator and reversible electric booster/starter
- Electric supercharger for improved performance at high altitudes
- Integrated transmission and variable pitch propeller hub
RW1-79
- Air-cooled Wankel-based auxiliary power unit
- Integrated 11 kW generator
- Provides 16 groupable output channels at 48V each
- Designed for fixed-wing and VTOL UAVs
Learn more: Hybrid UAS propulsion systems >
