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2000 OSU ORANGE ABISS "Hammerhead"


Summary

 

The Hammerhead is an all composite, box wing design that was designed to compete in the 1999/2000 AIAA/Cessna/ONR Design/Build/Fly contest held in Wichita, KS in April of 2000.  The objective was to fly a mission consisting of alternating sorties: a short field cargo sortie where the aircraft carried water in 1L containers, and a ferry sortie in which the aircraft flew 2 empty laps.  Flight score depended entirely upon the amount of water carried, which could be done in multiple sorties.  Aircraft were subject to several design constraints such as runway length, wing span, battery type and size, motor type, etc.  The Hammerhead finished in 5th place overall at the contest after a crash due to gusty conditions prevented the aircraft from competing further.  The Hammerhead was named after the shark due to the resemblance of the cheeks on the engine cowl.

 

The Airplane    The Team    Multimedia    Contest Results    Sponsors

 

 

The Airplane


Specifications

 

Wing

Fuselage

Propulsion

Weights

 

Features

 

The Team


The OSU ORANGE ABISS design team was led by a Chief Engineer, and divided into three primary groups: Aerodynamics/Stability and Control, Propulsion, and Structures.

 

Chief Engineer:    Joel Basler

 

Aerodynamics / Stability and Control

 

Steve Eddy (Lead)

Janessa Mosier

Aaron McClung

 

Propulsion

 

Corey Lawyer (Lead)

Seet Onn Ng

Monika Salas

Hoe Mun Wong

 

Structures

 

Jennifer Johnson (Lead)

Mark Bloyd

Jeff Callicoat

Chris Cummings

Kenneth Fullwood

Foe-Shin Poo

Chad Robinson

Kok Siang Wong

Saito Yoshihiko

 

Marketing

Carolyn Robinson

 

Team Logo:

 

Team mascot: Hammerhead shark

 

Team Name:

O.R.A.N.G.E.  A.B.I.S.S.

Openly Reviewed Aerodynamically Normalized Engineered

Advanced Biplane Integral Stagger System

 

Multimedia


  Video

It is recommended that you right click on the link and use "Save Target as..." to download the video to your computer before playing.

 

Team Video:  The music video introduces the team, and highlights the development and testing of the aircraft.

Large Version (251MB)        Small Version (46MB)

 

  Pictures

(Hover cursor over any thumbnail on this page for a description)

           

 

Contest Results


The 2000 DBF contest traded off heavy lift capability, with long range cruise.  For each mission, the aircraft had to fly a short field cargo mission by carrying as many 1L bottles of water as possible.  Then the aircraft had to perform an empty sortie of 2 laps.  The aircraft could repeat this process until time or fuel ran out.  Overall score was written report score, times the amount of water carried in three missions, divided by RAC.  RAC was a "Rated Aircraft Cost" which penalized many aspects of the design.  It included penalties for design parameters such as; aircraft empty weight, engine power, wing area, etc.  A link to the complete rules may be found below.  Two of the most significant challenges of the mission requirements were the short 100 ft. takeoff and the 7 ft. wingspan limit.  The box wing aircraft was a result of the trade studies accomplished during the design phase.

 

The Hammerhead aircraft aircraft finished in 5th place overall after an unfortunate crash due to very gusty wind conditions.  On landing approach the aircraft suddenly turned towards the crown due to the gust, and the pilot ditched the airplane.  The contest judges gave the following award to the team:

 

Oklahoma State University: "The State Farm Good Neighbor Award for intentionally crashing their plane rather than endangering the spectators"

 

 

OSU ORANGE ABISS Score Summary

Report Score:     85.75

Flight Score:       8 + 10 + 10  (Sum of best three missions in liters of water)

RAC:                  6.01

Total Score:        399.5

Overall Place:     5th

 

Complete Rules

Official Contest Summary

 

 

2000 Sponsors


The following sponsors contributed to the project.  The ORANGE ABISS team greatly appreciates their support, and considers them members of our team.  Without their support, the project would not have been possible.

 

ARINC

Advanced Finance Solutions

Boh-Air

Advanced Racing Composites

Frontier Electronic Systems

Ditch Witch

Lowes

Mercruiser

Helmerich and Payne

OSU SGA

NASA Oklahoma Space Grant Consortium