Go Kart Justin Brown

Problem Statement

Our Go-Kart group needs to design, build, and test a drill powered Go-Kart to complete various competitions and courses by the end of the year using only a $25 budget to shop for materials and the materials brought to class or given in class like 1 sheet of 3/4" plywood, an 18V drill, wood glue, and other hardware.

Research

This is an idea for the drill powered go kart where a wheel will turn the wheels left and right with an attached rope as a connector. https://www.youtube.com/watch?v=Xk5KfLwXGnk
This idea is unique because it uses the pedals as speed controls and handling controls. Even though we aren't using the pedals as handling controls in our design, the pedals working as other controls are exactly what we were looking for as an idea. http://gizmodo.com/how-to-build-a-cheap-ish-drill-powered-go-kart-1703139333

Design

This image was taken as a screenshot to show a detailed sketch of the seat and how the back wheel will be spinning in that opening in the back of the seat while the required mortise and tenon joints are on either side of the back wheel.
This image was taken by my phone as a sketch showing the specific radius of the steering wheel.
This photo was taken by my phone to show the wheels' lengths and radii as well as which side they are applied to or the go kart.

(Details are in the above link)

Build

This image is of the frame that was carved out by the ShopBot. We took our OnShape files and sent them to the ShopBot to carve it out and then when it was cut out, we sanded it to remove splinters.

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