PROJECT IDEA:
I’ve wanted to create a 3D printed mode of transportation for a while now. After selecting the appropriate electric scooter or bike parts, a 3D model of small moped can be drafted. This could be as simple as a rigid frame with headset, or as complicated as a suspended rear triangle with 3d printed fork components. After a final design is complete the model can be strategically sliced into different nesting modules and will be fully assembled with threaded rods, nuts, and solvent (ex: ethyl acetate for PLA). A final product would be a moped small enough to carry on your back, but large and powerful enough to facilitate a trip to the grocery store.
PANTEON COMPO:
The Compo is a project created by Pantheon, a 3D printer company as a way to demonstrate applications of their exotic filaments. Pantheon has also released an enduro model, attempting to highlight the strength of these filaments. A flexible 95A composes the seat, glass fiber nylon the fairing, and carbon fiber nylon the frame. My project draws a lot of inspiration from this, although my construction will require less printed components. Designing with lots of material and excess bracing will mean a heavier final product, but shouldn’t require exotic filaments.
3D PRINTED CYCLE:
This bicycle is a wonderful demonstration of how 3D printed components can interact with other materials to create structures and frames. With some PVC and epoxy, you are able to create a form that accepts bicycle components. My project idea has a different approach to the frame (create a form that houses components vs create a form that wears components), but another material like extruded aluminum could be valuable for a lightweight strength increase to my frame.
3D PRINTED SCOOTER:
This electric scooter has a lot in common with my project idea. This scooter is constructed with many printed modules, affixed with threaded rods. The article includes some slicing tips when attempting to print something like this, which will be helpful come printing time.
SNAP FIT:
"Create a 3D object that snaps into itself"