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Innovative Cliff-Jumping Bike Design Presentation

This mid-term presentation by Jon Gutierrez, Chris Sauer, Simon Radomski, Chat Huynh, Jeff Burton, and Robert Platt outlines the development of a bike designed for cliff-jumping. The project aims to analyze mechanical advantages of different suspension systems, evaluate rider impact during jumps, and optimize bike geometry for enhanced performance and safety. Key focus areas include the characteristics of hard and soft suspension, traction analysis, and the generation of forces affecting the rider. This involved design partitions and numerical evaluations to ensure the bike meets desired capabilities.

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Innovative Cliff-Jumping Bike Design Presentation

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Presentation Transcript

  1. Mid-Term Presentation Unit 91 Week 7 Jon Gutierrez, Chris Sauer, Simon Radomski, Chat Huynh, Jeff Burton, & Robert Platt October 1, 2008

  2. Outline • Project Goal • Problem Statement • Design Partition • Analysis Tool

  3. Project Goal To Create a bike that can jump off cliffs

  4. Josh Bender Josh Bender – YouTube.com http://www.youtube.com/watch?v=Y3qRy0Nj2uY

  5. Problem Statement Mechanical Advantage Regular Riding Landing Jumps Characteristics • Hard Suspension • Maximum force to rider Characteristics • Soft Suspension • High Traction Production Downhill Bikes Our Bike

  6. Problem Statement Force To Rider Begin Impact End Impact Characteristics • High Final Force Characteristics • Low Initial force Our Bike Production Downhill Bikes Goal: allow the rider additional reaction time

  7. Design Partition

  8. Evaluate Wheel Path • Chain Extension • Affect of Geometries on Forces

  9. Current Design Isometric View

  10. Current Design Un-Compressed

  11. Current Design Compressed

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