The Future of Electric Aviation ✈️

Why are millions of electric cars already driving on our roads today, while electric aircraft are still in the early stages of development?

This fascinating question was explored by Dr. Thomas Scherer, former Airbus manager and energy systems expert, during his presentation at eMoSys.

The answer lies primarily in physics.

While an electric car only needs to move its weight along the ground, an aircraft must carry every additional kilogram into the air. This is where batteries currently reach their limits: their energy density is still significantly lower than that of conventional jet fuel. As a result, range, payload, and economic viability remain some of the key challenges facing electric aviation.

The good news is that electric flight is already possible today.

For short-haul routes of approximately 300 to 400 kilometers, battery-electric aircraft offer great potential. Particularly on regional connections, electric propulsion systems can help significantly reduce both CO₂ emissions and noise pollution. For longer distances, hybrid concepts, sustainable aviation fuels, and hydrogen-based solutions are expected to play an important role.

The presentation clearly demonstrated that the future of aviation will not be defined by a single technology, but rather by the intelligent combination of multiple approaches.

A sincere thank you to Dr. Thomas Scherer for the valuable insights and inspiring discussions about the future of flight.