Suggested Searches

1 min read

U.S. University Design Challenge: All-Electric General Aviation Vehicle, 2015

1st Place Graduate Winner

Georgia Institute of Technology, Atlanta, GA

Vapor – Abstract

Man in a suit with a city in the background holding a model plane.
Tom Neuman, Master’s of aerospace engineering student.
Vapor is the conceptual design of Graduate student, Tom Neuman, Georgia Institute of Technology.

1st Place Undergraduate Winners

UC Davis, Davis, CA

Bladessa – Abstract

Group photo of the 2015 1st place Undergraduate Winners (UC Davis)
Group photo (L to R) Ben Schellenberg, Mike Starr, Junette Hsin, Ethan Kellogg, Geoffrey Christensen, Keshavan Kope
Artist computer generated concept of an all-electric General Aviation aircraft.
The all-electric, General Aviation aircraft designated Bladessa, designed by Team 151 at the University of California, Davis.

2nd Place

UC Davis, Davis, CA

Areion – Abstract

(L to R) Catherine Mamon, Calvin Davis, Benjamin Holmquist, Louis Edelman, Dillan Thung.
Artist computer generated concept of the Areion aircraft.
Areion is a radical combination of proven and emerging aerodynamic technologies with a gaseous hydrogen fuel cell propulsion system to create a unique and revolutionary E-GA aircraft for the luxury market.

3rd Place

Virginia Tech, Blacksburg, VA

The EG-A BeamTree PH-10 Aircraft – Abstract

Group photo of the 2015 3rd place winner from VA Tech.
(L to R) Wani Nasaruddin, Eric Smith, Adam Martin, Kyle Myers, Nick Molinaro, Drew Sullivan, Alex Skavdahl, Laura Ross
Artist computer generated aircraft.
The BeamTree PH-10, featuring a two-bladed tractor propeller, a tadpole fuselage, winglets, and a large wingspan – all to acheive high L/D. The tail includes a large span to counter the large negative moment generated by the NLF airfoil in the wings. The flaps can deflect up to 30 degrees to achieve a stall of 61 knots

Honorable Mention

UC Davis, Davis, CA

SCUBA Stingray – Abstract

Group photo of the 2015 honorable mention from UC Davis.
(L to R) Andres Zungia, Samuel Zuniga, Camille Binter, Ujit Satyarthi, Brandon Lee
Artist computer generated illustration of the SCUBA Stingray aircraft in flight.
SCUBA Stingray-Taking Electronic Transportation to New Heights. The Stingray utilizes a hybrid Aluminum-Air/Lithium Ion battery system to achieve long range despite heavy payloads. Other advanced engineering technologies, such as composites, contribute to the success of the SCUBA Stingray.

NASA Aeronautics Previous Student Competitions

ARMD Resources

Share

Details

Last Updated
Aug 09, 2023
Editor
Lillian Gipson
Contact

Related Terms