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The growing need to reduce emissions and find sustainable alternatives to fossil fuels has brought electric driven aircraft into the spotlight. Whether battery electric or fuel cell powered, electric motors in aircraft have the potential to make aviation significantly greener. eMoSys is one of the companies dedicated to advancing and optimizing electric propulsion technologies to lead aviation into a sustainable future.
Electric Drive Aircraft:
The Future of Aviation Propulsion
Current Engine Types and
Challenges in Aviation
Traditional turbine and internal combustion engines continue to dominate aviation. While these technologies provide the range and performance needed, they are significant contributors to global warming. The key challenge in aviation is to implement electrical systems that optimize aircraft weight and range.
eMoSys develops propulsion systems for electric aircrafts and drones that are optimized for aviation due to their high-power density, lightweight design, and multiphase technology. This includes eVTOL (electric vertical take-off and landing) aircraft. We use multiphase motors that not only enable higher efficiency, but also provide additional redundancy, which is important for safety-critical applications in aviation.
eMoSys: Your Partner for Innovation in Electric-Powered Aviation
With extensive expertise, eMoSys offers customized and future-oriented solutions for electric propulsion and motors in aviation. Our propulsion systems are highly specialized to meet the demands of modern aviation and set new standards in redundancy, efficiency, sustainability and performance.
Interested in learning more about our advanced electric aircraft propulsion solutions? Contact our team of experts for a no-obligation consultation!
Our Goal: Reducing CO₂ Emissions and Noise with High-Power Density
Innovative electric motors are one of the most important alternative propulsion technologies in aviation. Not only are they an environmentally friendly alternative to conventional engines, they also offer significant noise reduction benefits. Electric motors make it possible to significantly reduce CO₂ emissions and optimize energy consumption. Especially in short-haul aviation, electric propulsion is already showing promising results.
Our focus is on developing lighter and more efficient electric motors. Another key area is the aircraft powertrain, where new materials and technologies are improving efficiency and reducing weight. The main goal here is to optimize the power-to-weight ratio to increase both the efficiency and the range of electric driven aircraft.
