Flyvolt G 208: The Future of Electrically Powered Aircraft

Introducing the Flyvolt G 208

With its low noise levels and vibrationless engines, the Flyvolt G 208 provides a comfortable and relaxed flying experience. This makes it particularly well-suited for flying schools, as its similarity to a motor glider complements gliding itself. The instantaneous power availability of the engines ensures a smooth and efficient flight.

One of the standout features of the Flyvolt G 208 is its aerodynamic design. The low weight and small size of the motors allow for their placement on the extremities of the T-tail. This configuration ensures free and undisturbed airflow around the wings and fuselage, resulting in improved overall aerodynamic performance.

The Flyvolt G 208 is constructed using carbon fiber and utilizes FAR23 technology. This technology allows for the calculation of loads on the aircraft according to the Code of Federal Regulations, ensuring a safe and reliable design.

Technical specifications of the Flyvolt G 208 include a length of 7.80 meters, a wingspan of 18.60 meters, and a weight of 430 kilograms with two pilots on board. The design is a work in progress, with ongoing research and development taking place.

The Flyvolt G 208 has already received recognition for its exceptional design. It was awarded the Bronze A' Design Award in the Aerospace and Aircraft Design category in 2012. This prestigious award is bestowed upon designs that demonstrate outstanding creativity, technical skill, and a commitment to improving quality of life.

With its commitment to sustainability and innovation, the Flyvolt G 208 is paving the way for the future of electrically powered aircraft. Stay tuned for updates on this groundbreaking design.