Ghost Trap
I designed this Ghostbusters ghost trap to be as simple as possible to assemble and print. Although I've modeled and included a printable body, I designed this to utilize a 158 x 90 x 60mm electronics project box for rigidity, with the 3d printed handle and lid bolted on with M3 bolts.
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Licencia
Solo uso personalSin licencia indicada
El autor no indicó una licencia: todos los derechos le pertenecen. Úsalo solo para imprimir en casa y consulta al autor para cualquier otro uso.
Al descargar aceptas respetar la licencia y dar crédito a Ken S.
Archivos (19)
- Ghost Trap Door Frame.stl STL · 1,5 MB
- Ghost Trap Doors.stl STL · 2,5 MB
- Handle Base.stl STL · 1,5 MB
- Handle Bottom.stl STL · 526 KB
- Handle Top.stl STL · 592 KB
- Pedal Body.stl STL · 8,3 MB
- Pedal Bottom Plate.stl STL · 1,3 MB
- Pedal Cap.stl STL · 4,7 MB
- Pedal Plunger.stl STL · 1,2 MB
- Servo Mount V2 Pt 1.stl STL · 1,6 MB
- Servo Mount V2 Pt 2.stl STL · 555 KB
- Servo Mount.stl STL · 782 KB
- Air Piston Chamber.stl STL · 972 KB
- Air Piston.stl STL · 605 KB
- Alignment Dowel.stl STL · 5 KB
- Door Arm Truss.stl STL · 264 KB
- Door Arms.stl STL · 218 KB
- Ghost Trap Body.stl STL · 2,4 MB
- Ghost Trap.step STEP · 1,1 MB
- Categoría
- Cosplay y props
- Formatos
- STL, STEP
- Descargas
- 55
- Publicado
Sobre este modelo
I designed this Ghostbusters ghost trap to be as simple as possible to assemble and print. Although I've modeled and included a printable body, I designed this to utilize a 158 x 90 x 60mm electronics project box for rigidity, with the 3d printed handle and lid bolted on with M3 bolts.
For the hinge on the doors, I modeled a hole to fit 1.75mm filament, although I opted for 2mm brass rod for strength.
I utilized a servo powered by a Raspberry Pi Pico in the pedal to control it, along with 3 AA batteries. I used an ethernet cord to carry the signal to the servo. I did also include a prototype air piston, that's up to you if you want to find a way to make that work. The pedal houses a 12mm momentary push button.
If you have any questions about how this goes together, my Youtube video, while not a tutorial, will probably provide enough info to assist in assembly. https://youtu.be/SRQhy7jbkjY
Please, feel free to remix, adjust, remake, and expand on this project. I designed it as a toy for my kids, but I would be very happy to see this go further. I just don't have a reason to take it further.
Descripción original del autor, publicada en Thangs.
