Bouncy Puck – Spring-Powered 3D Printed Fidget – Low Friction
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A lightweight, 3D-printed bouncy puck with a flexible outer ring and curved springs. Designed to glide across the floor.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other Toys & Games
- Licencja
- Creative Commons — Attribution
Bouncy Puck – Spring-Powered 3D Printed Fidget
Meet the Bouncy Puck, a lightweight, low-friction 3D-printed toy designed to glide across smooth surfaces and bounce off walls!
Unlike ordinary solid pucks, this design uses flexible curved springs and a continuous outer ring to absorb impacts and spring back in the opposite direction.
Features
Spring-powered bouncing: Flexible plastic springs compress on impact and release stored energy.
Low-friction gliding: Three small contact points underneath help the puck slide across smooth surfaces.
360° bumper: A continuous outer ring allows the puck to absorb impacts from different directions.
Lightweight design: Uses relatively little filament.
No assembly required: The parts are designed to print together.
Reusable: Flick it, watch it glide, and repeat!
How to Use
Place the puck on a smooth, flat surface with its three contact points facing downward.
Give it a gentle flick toward a wall or another suitable obstacle and watch the outer ring flex as the puck rebounds!
Printing Recommendations
File format: 3MF
Material: PLA for the tested version
Supports: Not required for the tested orientation
Orientation: Print flat, following the supplied 3MF arrangement
Make sure to select your own printer and filament profiles before slicing.
Design Background
This puck was independently designed in FreeCAD and assembled in PrusaSlicer.
The design went through multiple prototypes with different spring shapes, sizes, and arrangements to explore the balance between flexibility, durability, and bouncing performance.
Feedback Welcome!
If you print the Bouncy Puck, consider sharing a Make, leaving feedback, or experimenting with your own variations!
Designed by Print3D.