Fun Car Driving Game
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This model is bassicaly a treadmill with cars on it and you have to drive your own car and dodge the cars in front.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other Toys & Games
- Licencja
- Creative Commons — Public Domain
I made this because when I get bored, I always go to my phone, but I feel like this will be fun to use because it is literally just like a car game on your phone, but in real life. This model is large and needs parts to be clicked together. There are holes and pegs that I modeled so you can easily click the pieces together. Just remember to print 40 treadmill chain parts and as many big and small cars as you want. And also you will need glue to glue the cars down on the treadmill (but all the other parts are connectible without glue).
BOM for the electronic components
Motor ($2.95) It doesnt have to be this specific one use whatever you like just make sure the nozzle diamter matches the models which is 0.089 in
Assmembly Instructions
Print all the parts (but print 40 treadmill chain parts and print as many big cars and small cars as you want, depending on how hard you want the game to be).
Assemble them by snapping them together (basically connecting them from the pegs and holes).
Once the main body is done, you have to connect all 40 treadmill chain parts together. They are connectible; just connect the ends.
Once the treadmill chain is done, add it to the main gear (the thing that will be connecting to the motor and actually make it rotate).
Connect the motor to the main gear. It doesn't matter which one you connect it to.
Now finally, add as many big and small cars as you want. There isn't any way to connect them other than gluing them directly onto the treadmill, so I suggest superglue because it will be best for this use case.
Connect the motor and play!
Print profiles
I don't know the exact print profiles (so I might be wrong) because I have never had or used a 3D printer, but based on some online sources, this print should probably use a 0.16 mm to 0.20 mm Structural (Strength) profile with 3 to 4 walls and 20–30% Gyroid infill so the moving parts can handle continuous friction and motor torque without breaking.