1. Peter Gross John Mitchell Alex Hershman Venkat Mokkapati

2.  Design a device that mounts an electronic item to a bicycle for use hands-free while riding  Use engineering procedures to complete the design process

4.  Gather Info  Multiple Solutions  Mounting ▪ Where? ▪ Frame – water bottle area ▪ Handlebar—how the device is impacted when bike falls ▪ How? ▪ Magnet ▪ Velcro ▪ Clamp ▪ Materials ▪ metal ▪ plastic

5.  Base  High density polyethylene  Temperature resistance of -100 C to 120 C  Tensile strength of 4550 psi

6.  Shock Pad (to cushion device)  Ethylene Propylene Diene Monomer  $882.87 per.375THK X 3FT X 25FT piece  Weather resistant  UV light resistant  Temperature resistance of -50 to 160 C  Tensile strength of 7 to 21 Mpa

7.  Hold Device  How? ▪ Clamp ▪ Magnet ▪ Top lid  Film  materials

8.  Cover  Clear polyurethane film  Available in a range of flexibilities and other properties  Strength, scratch-resistance, UV protection  Moisture resistance and low cost  Density value of 0.910 to 0.925 g/cm³

9.  Strap  Velcro

11.  Clamp for common handlebar diameters (22.2 to 25.4 mm)  Base mounting plate sized for flexible mounting many devices  Use Ipod Touch as guide (4.5” x 2.4” x 0.46”)  5.75” W x 3.25” H

12.  Film cover to match base 5.75” W x 3.25” H  Velcro straps ½” W x 4” L