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Durable, Efficient Hybrid Drone Engines & Propulsion Systems for Commercial UAVs Spain
Durable, Efficient Hybrid Drone Engines & Propulsion Systems for Commercial UAVs
UAVHE is a leading developer of hybrid propulsion systems for commercial UAVs (unmanned aerial vehicles). We are committed to developing more environmentally-friendly unmanned aviation solutions that deliver significant savings to our clients not only in fuel costs but also in time, enabling drones to fly further and get more done in a single flight.
Our highly durable and efficient hybrid drone engines are developed in-house, and rigorously put through their paces in our state-of-the-art testing and climate simulation facilities, which are unique within Europe.
The advantages of hybrid engines for drones
UAVHE hybrid UAV engines combine the advantages of both electric and combustion technologies, leveraging the energy density of gasoline and the manoeuvrability of motors.
Our hybrid electric propulsion solutions deliver longer flight times for the same takeoff weight compared to purely electric systems, and consume less fuel than combustion-only aircraft. UAVs equipped with our engines are easy to control, making them accessible to pilots with a wide range of skill levels and experience.
All our engines are precision-machined from aerospace-grade materials, and have been engineered with a two-stage fuel injection system and an electric starter and booster. With a durable, low-vibration design, they are highly resistant to collisions and extremes of weather. Other key features include:
Advanced autotuning
CANbus control
Extensive telemetry and self-diagnosis capabilities
Electronic torque control and in-cycle torque compensation
UAVHE provides expert design and integration support for drone developers creating new concepts and prototypes for commercial, industrial and public safety UAS.
We can help you select the best hybrid propulsion solution for your new platform, and can customise our existing products to suit specific requirements and withstand harsh conditions such as moisture, dust, and extremes of temperature.
UAVHE's engines combine the advantages of both electric and combustion technologies, leveraging the energy density of gasoline and the manoeuvrability of motors
By utilizing SAF and optimizing engine design, UAVHE SL's modified RW1-300 Hybrid Engine offers enhanced performance and allows customers to embrace a more sustainable and environmentally conscious approach to aviation
UAVHE’s BADUGA features a gyroscopic stabilizer that maintains the center of gravity in the same position, even with varying barrel inclination angles, aerodynamic resistance, and magazine capacity
UAVHE SL new UAVHE P1-124 engine boasts an integrated 11kW alternator and cutting-edge technologies including EFI, liquid cooling, twin spark plug ignition, an internal gearbox, and an idle clutch
UAVHE’s latest hybrid wankel engine the RW1-300C has been designed with aeronautical systems engineers in mind to assist with easy integration into unmanned systems
Advancing Unmanned Systems Through Strategic Collaboration
UST works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive unmanned systems capabilities forward.