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Improving Tricycle Biomechanics: Strategy PowerPoint Presentation
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Improving Tricycle Biomechanics: Strategy

Improving Tricycle Biomechanics: Strategy

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Improving Tricycle Biomechanics: Strategy

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  1. Improving Tricycle Biomechanics: Strategy Tricycle Biomechanics Team March 3, 2007 Xin He, Tess Veuthey, Katherine Wong, Mario Bollini, Elizabeth Au, Lindsay Todman http://web.mit.edu/sp.784/www/projects.html

  2. Functional Requirements • Ergonomics • Aesthetics • Adaptability to different disability needs • Increase power output efficiency • Improve tricycle simultaneous power and steering

  3. Power and Steering http://www.unescap.org/esid/psis/disability/decade /publications/z15001p1/z1500104.htm

  4. Future Plans • Short Term: • Develop a more thorough understanding of the steering and power systems through experimentation on the tricycles. • Long Term: • Use the information we gathered to design a power-steering system that is easier to use and more efficient than the hand-crank and steering system.

  5. Mentors & Community Partners • Amos Winter • Gwyn Jones • Ralf Hotchkiss • Aaron Wheeler • Rory McCarthy • Henry Chacha and Erasto Elias at DAGE • Peter Mbugua and Alfred Matoi at APDK • Casserdy Magaya and Rasta Nazarite at Disacare

  6. Current Designs http://web.mit.edu/sp.784/www/projects.html http://www.unescap.org/esid/psis/disability/ decade/publications/z15001p1/z1500104.htm http://www.spinlife.com/category.cfm?categoryID=8