Mechanical Engineering The University of Adelaide Australia

Section Navigation

Robotics Group



School of Mechanical
Engineering

THE UNIVERSITY OF
ADELAIDE
SA 5005
AUSTRALIA

Telephone:
+61 8 8303 5460
Facsimile:
+61 8 8303 4367

ECP Control Moment Gyroscope Projects by Ben S. Cazzolato NXTway-GS (Self-Balancing Two-Wheeled Robot)
Project Picture
Photo of Ben Cazzolato

Ben Cazzolato

Photo of Chris Dyer

Chris Dyer

Photo of Kane Fulton

Kane Fulton

Photo of Jonathon Harvey

Jonathon Harvey

Photo of Evan Schumann

Evan Schumann

Photo of Charles Zhu

Charles Zhu

Photo of Luke Charles Francou

Luke Charles Francou

Photo of Jack Scott Parsons

Jack Scott Parsons

Photo of Benjamin John Wright

Benjamin John Wright

Photo of Bo Zhu

Bo Zhu

EDWARD - Electric Diwheel With Active Rotation Damping

Ben S. Cazzolato, Chris Dyer, Kane Fulton, Jonathon Harvey, Evan Schumann, Charles Zhu, Luke Charles Francou, Jack Scott Parsons, Benjamin John Wright and Bo Zhu


Keywords: Diwheel, monowheel

(Commenced: 01-Jan-2009,Concluded: 12-Dec-2009)

Introduction

The Star Wars movies have had numerous exotic vehicles including the Monowheel (or Wheelbike as called in the movie) and Diwheel (Hailfire Droid) as seen in the images below.


A simple introduction to monowheels and diwheels may be found on Wikipedia.

For more information on monowheels see The Museum of RetroTechnology, which also has information on diwheels. In particular THE DAVID SOUTHALL MONOWHEEL is worth a look at, especially the movies. Kerry Mclean has some very cool monocycles. A more refined monowheel is The Brazilian "Wheelsurf" Monowheel.




The EDWARD Project

This honours project involved the construction of a human operated diwheel. Many diwheels in the past have been human powered or powered by IC engines. This one is purely electric. It has additional functionality lacking in other models, including inbuilt dynamic lateral stability and slosh control to prevent "gerbiling" or tumbling in aggressive braking or acceleration maneuvers. The diwheel will also incorporate a unique feature that will allow the rider to drive the vehicle when "upside down" - keeping the vehicle in its unstable state will be achieved using another controller. The project was partially completed in October 2009. A photograph of the final system is shown below.

Project Deliverables

Media Coverage

Project Sponsors

Image Galleries: