Fidget keychain - BB Ruger Mark IV
por MILITECH en Printables
Fidget keychain - BB Ruger Mark IV
Licencia
Solo uso personalStandard Digital File License
Licencia estándar de archivos digitales: solo uso personal. No se permite compartir, revender ni subir el archivo a otros sitios, ni vender las impresiones.
Al descargar aceptas respetar la licencia y dar crédito a MILITECH.
Archivos (13)
- ruger_ (7).stl STL · 19 KB
- ruger_ (9).stl STL · 175 KB
- ruger_ (14).stl STL · 53 KB
- ruger_ (12).stl STL · 53 KB
- ruger_ (5).stl STL · 106 KB
- ruger_ (6).stl STL · 21 KB
- ruger_ (10).stl STL · 434 KB
- ruger_ (1).stl STL · 211 KB
- ruger_ (2).stl STL · 1,5 MB
- ruger_ (4).stl STL · 434 KB
- ruger_ (3).stl STL · 827 KB
- ruger_ (11).stl STL · 1,5 MB
- ruger_bambu.3mf 3MF · 1,2 MB
- Categoría
- Juguetes y juegos
- Formatos
- STL, 3MF
- Descargas
- 2,440
- Publicado
Sobre este modelo
Description This is a compact 3D-printed fidget keychain inspired by the Ruger Mark V aesthetic. It features simple moving parts, such as a sliding “bolt” and a functional trigger-like mechanism, making it a satisfying mechanical fidget toy. Despite its firearm-inspired appearance, this model is strictly non-functional and designed purely as a decorative accessory or stress-relief gadget. The design prints easily, assembles quickly, and looks great in two-tone color schemes. Perfect as a keychain, desk toy, collectible, or small gift for makers.
Asembly notes For the mechanism to function correctly, you must install a small rubber band into the dedicated groove on both internal sides of the barrel. The rubber band provides the necessary tension for the moving parts to return to their default position and ensures smooth operation of the fidget action. Print Settings Material: PLA / PLA+ Layer height: 0.16–0.20 mm Perimeters: 2–3 Infill: 15% (Gyroid or Grid) Nozzle temperature: 200–210°C Bed temperature: 55–60°C Supports: Minimal – only for small overhangs on the upper body Recommended tolerances: 0.25–0.35 mm for all moving interfaces Print speed: 40 mm/s for small parts
Descripción original del autor, publicada en Printables.