Video: DLR Design Challenge 2024 design by TU Braunschweig – VoltAirs-95
The VoltAirs-95 concept was submitted by a team from TU Braunschweig and offers space for 95 passengers. It has a flight range of almost 900 kilometres and is powered by ten distributed electric propellers. An additional rear engine, powered by sustainable aviation fuel (SAF), is available for reserve power or can be switched on for longer flights to more distant destinations. The batteries are housed in the aircraft's fuselage and wings. While the aircraft design is conventional, it features a V-tail. The windowless fuselage is equipped with OLED displays in the cabin to provide passenger comfort while reducing structural weight.
Video: DLR Design Challenge 2024 design by TU Braunschweig – VoltAirs-95
Video: DLR Design Challenge 2024 design by TU Braunschweig – VoltAirs-95
The VoltAirs-95 concept was submitted by a team from TU Braunschweig and offers space for 95 passengers. It has a flight range of almost 900 kilometres and is powered by ten distributed electric propellers. An additional rear engine, powered by sustainable aviation fuel (SAF), is available for reserve power or can be switched on for longer flights to more distant destinations. The batteries are housed in the aircraft's fuselage and wings. While the aircraft design is conventional, it features a V-tail. The windowless fuselage is equipped with OLED displays in the cabin to provide passenger comfort while reducing structural weight.
Credit:
TU Braunschweig/VoltAirs-95