rubiks cube outer shell 3d models
142092 3d models found related to rubiks cube outer shell.
thingiverse
... ...The lid clips on it quite firmly and my stickerless cube fits inside satisfyingly. !Warning! I made my measurements based on a stickerless cube (55.6mm³). I have no idea if it works for sticker cubes. Please tell me if you find out. ... Enjoy!
cults3d
A 3D 3x3 company cube All complete parts for printing. ... You don't need springs or screws to assemble them.
myminifactory
It can hold up to 4 cubes, designed to fit most regular sized speed cubes close to perfectly. Cubes larger than ~56mm may not fit at 100% print size. It's made to be mounted on wall with 10mm wide 3M Double sided mounting tape! The 4 cubes shown...
cgtrader
... ...People around the world are fascinated by the simple yet mind-bending 2x2 cube known as the Mini Cube or even Speedcubing for the fast solvers. It takes mere minutes to master and then seconds later on, many enthusiasts try solving it again faster.
thingiverse
it has bottom and up parts all u need is to print it, insert the bottle inside, fill the hollowness with smth, and glue the bottom and top together, works pretty well
thingiverse
I've seen numerous cube stands identical to this one on Reddit, so I created my own version using TinkerCad for 3D printing - here's the result!
grabcad
A 3x3 Rubik's cube is designed using Solid Works 2015 CAD software.
cgtrader
rubik cube with texture mapped social media icons and standalone elements ready to animate.
cgtrader
Rubik's cube 2x2 which you can use in your game or project!
cgtrader
Rubik's cube 4x4 which you can use in your game or project!
thingiverse
This is the most simple 1x1x2 Rubik's cube that can solved by everyone ;-)
thingiverse
This is a cool rubik's cube popsocket with colored tiles.
thingiverse
Building a Simple Stand to Showcase Your Rubik's Cube on a Table or Shelf.
cults3d
Decorative model of a Rubik's cube, it does not move, it is only decorative.
thingiverse
As a special move, I scrambled my cube beforehand with the following algorithm: F2 L2 B2 L2 D' U' B2 D2 F2 R2 B' F' R2 D U'. Then, I picked one shape for each side and printed the faces in the color of the flat faces beforehand. ...So I built a Cube...