group
What campus are you from?
Daytona Beach
Authors' Class Standing
Noah Evans, Junior Daniel Ingleton, Junior
Lead Presenter's Name
Noah Evans
Faculty Mentor Name
Wairimu Mwangi
Abstract
This research presents the development and aerodynamic evaluation of finlets—a novel class of vortex-generating devices created by Mako Winglets. Unlike traditional vortex generators, Mako finlets utilize a unique, swept geometry optimized to enhance spanwise flow control and delay boundary layer separation on lifting surfaces. Computational and experimental analyses demonstrate that the finlet configuration promotes organized vortex formation, reducing induced drag and improving overall aerodynamic efficiency. The results highlight the potential of finlets as lightweight, low-cost performance enhancements for experimental and general aviation aircraft.
Did this research project receive funding support from the Office of Undergraduate Research.
No
Effectiveness of "Finlet" Vortex Generators on Aircraft Performance
This research presents the development and aerodynamic evaluation of finlets—a novel class of vortex-generating devices created by Mako Winglets. Unlike traditional vortex generators, Mako finlets utilize a unique, swept geometry optimized to enhance spanwise flow control and delay boundary layer separation on lifting surfaces. Computational and experimental analyses demonstrate that the finlet configuration promotes organized vortex formation, reducing induced drag and improving overall aerodynamic efficiency. The results highlight the potential of finlets as lightweight, low-cost performance enhancements for experimental and general aviation aircraft.