To extract the last few percent of performance, efficiency, and power density from our electric motors, every detail matters. That's why we have invested further in our quality assurance capabilities and expanded our measurement technology. Especially in prototype development, fast decisions are critical. New components and design changes often need to be evaluated at short notice. With our new measurement system, we can inspect components within seconds and automatically c

Developing High-Performance Motor Systems with Model-Based Engineering 💡 Because of their non-linear and highly dynamic behaviour, the operation and simulation of complex motor systems poses a big challenge. External factors affecting the operation and characteristics of the motor have to be considered also. To meet these challenges, eMoSys utilises a model-based approach. A digital Model representing the motor and controller allows for a detailed analysis of the system

To provide our customers with even greater reliability and efficiency in development and certification processes, we have invested in a new Memmert CTC256 climate chamber. With this addition, we are now able to simulate and validate a wide range of temperature and climate profiles in accordance with DO-160, the key certification standard for environmental testing of airborne electronic equipment—at an early stage. This represents a crucial step toward faster and more reliable

Our next‑generation electric motors are engineered for applications requiring extreme power density, thermal robustness, and dynamic stability across a wide operating envelope. Designed for ✈️eVTOL platforms, 🚁UAV systems, 🛫eCTOL aircraft, and 🏎️motorsport powertrains, they deliver high continuous power output with minimal mass and optimized efficiency. To validate real‑world performance, each motor undergoes its initial hardware‑in‑the‑loop reality checks on our high‑perf

eMoSys is more than just a development partner – we are the driving force behind innovative electric motors. Since our founding in 2013, we have been developing custom high-performance drives for electric mobility. Our solutions are used in aerospace, the automotive industry, and other sectors that rely on cutting-edge technology and our expertise. Innovation through Passion and Expertise! Our team of technical experts, supported by a strong network of freelancers, combines e

In developing innovative electric motors, we rely on cutting-edge technologies to push the boundaries of what is possible, fully embodying our motto: Pushing Physics to the Limits. This approach extends to our in-house test benches, where we bring our electric motor prototypes to life using advanced measurement systems. We harness extraordinary power to test tomorrow's electric drive technologies in a safe test environment. Our test bench is specifically designed to test h

🤔 Because of their non-linear and highly dynamic behaviour, the operation and simulation of complex motor systems poses a big challenge. External factors affecting the operation and characteristics of the motor have to be considered also. 🥇 To meet these challenges, eMoSys utilises a model-based approach. A digital Model representing the motor and controller allows for a detailed analysis of the system behaviour. This approach enables continuous optimisation of the system