Seeing that it got a little bit crowded for the examples listed here, this thread is dedicated to all playable Rubik's Cube challenges you can think of. If you know a Rubik's Cube challenge, I encourage you to create and post a simulator so that others could play with it.
Collection of various Rubik's Cube challenges
- Thread starter bcube
- Start date
Extension of the 4 color theorem (not to be confused with the 4-color cube).
Center sticker is adjacent to 8 stickers.
Edge sticker is adjacent to 8 stickers.
Corner sticker is adjacent to 7 stickers.
Solve the following 3x3x3 cube so that no adjacent stickers have the same color.
Center sticker is adjacent to 8 stickers.
Edge sticker is adjacent to 8 stickers.
Corner sticker is adjacent to 7 stickers.
Solve the following 3x3x3 cube so that no adjacent stickers have the same color.
2x2x2 Sudoku cube v3 Master
The goal is to have a different color on all four squares of each face and each circular rings have 8 different colors which adds to the challenge! There are 6 circular rings in total, 3 of which are depicted below.
The goal is to have a different color on all four squares of each face and each circular rings have 8 different colors which adds to the challenge! There are 6 circular rings in total, 3 of which are depicted below.
Last edited:
You might heard that it is impossible to twist a single center piece by 90 degrees on a Rubik´s cube.
Well, guess today´s challenge
And before you ask - yes, that 3x3x3 cube above is solvable.
Well, guess today´s challenge
And before you ask - yes, that 3x3x3 cube above is solvable.
Maybe you have heard that it is impossible to twist a single corner piece by 120 degrees on a Rubik's cube.
Well, guess today´s challenge
As you can see, the URF corner needs to be twisted clockwise. And before you ask - yes, that 2x2x2 cube above is solvable.
Well, guess today´s challenge
As you can see, the URF corner needs to be twisted clockwise. And before you ask - yes, that 2x2x2 cube above is solvable.
Similar threads
- Locked
