California State University, Long Beach
Mechanical Aerospace Engineering Department
MAE 471/472 Group 12
Problem Statment
Design a cart that is safe, resilient, low-cost, low-weight, and user-friendly. The cart will be resilient by being strong and durable that can perform in multiple environments, extreme temperatures, absorbs impact and safely clears the ground. It will be user friendly by having free spinning wheels and will have a safe and efficient way to slow down and stop the cart. It will be light weight enough to be easily lifted, transported and collapsible. It will be safe enough for the riders, the dogs, and the bystanders. It will be single operant and be able to hold 2 average-weight people while being able to travel at speeds up to 30 mph.
Wednesday, November 20, 2013
Wednesday, November 13, 2013
Manufacturing in Motion
Team members Jose and Ryan with their work of art. |
- Digger brake
- drilling of digger plate
- Spindle
- material was cut
- Mounting bracket
- drilled
- mounted (as shown in picture)
To be done:
Tap upright and thread front axle to have spindle ready for welding.
Receive remaining material and begin prep work for welding.
Wednesday, November 6, 2013
Steering design Completed
Steering for the cart has been completed, allowing integration of the rest of the cart's components to be possible.
To-do:
Use the updated bill of materials to purchase materials for:
To-do:
Use the updated bill of materials to purchase materials for:
- Steering
- Suspension
- Top frame
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