Research and Development of a spiroid winglet for the EDA40 aircraft

physics
The primary focus of this project is to reinvent the idea of a Spiroid winglet. To achieve this, we analysed the wings of bearded vultures with the help of a birds-of-prey rescue centre. Collaborating with bird experts allowed us to gain a deeper understanding of the science behind the long evolution of birds. We successfully recreated and further developed the aerodynamic properties of bearded vultures in a series of models. This led to a new winglet design that significantly reduces induced drag and increases the lift-to-drag ratio. Our latest Spiroid model was adapted for short-distance and training aircraft, specifically the eDA40. Compared to the original eDA40 winglet, our latest Spiroid winglet could significantly cut carbon dioxide emissions each year.
Austria
Luca Brandstätter
Luca Brandstätter
Age: 19
Bernhard Gupper
Bernhard Gupper
Age: 19
Daniel Hutterer
Daniel Hutterer
Age: 19