Which cube to learn after 3×3?

Other puzzles of course have some variety in their solving techniques, but not quite as much as the 3×3. After the 3×3 the next most popular puzzles are the 2×2, Pyraminx and Skewb.

What cube should I try after 3×3?

If you want to solve another 3*3 puzzle , try the mirror cube . You can also try the pyraminx or complex cubes like ghost cubes … Go cubing!!!!

Who invented mirror cube?

Hidetoshi Takeji
Origin. The Mirror Blocks was originally invented by Hidetoshi Takeji in 2006. He initially named the puzzle the “Bump Cube” due to it having an uneven, bumpy surface when scrambled. At a competition in Osaka, Hidetoshi showed his puzzle to a speedcuber who took great interest in it.

How to solve the Mirror Cube?

The first step to solve the Mirror cube is to make a cross on the bottom layer. To do this, search for the edge which is the largest. Try to find the most suitable edges for each centre, this will take some patience as the mirror cube is a shape shifter. You’ll get better at it once you’ll solve it 2-3 times.

What is a Mirror Cube or Bump Cube?

Loading.. The Mirror Cube, aka the Bump Cube is a derivative of the original Rubik’s Cube. While having the exact same mechanism, the Rubik’s Cube parts all have the same size but differ from one another with the help of colorful stickers, the Mirror Cube is the exact opposite.

How to solve a 3×3 cube?

To solve the middle layer a cuber should know how to solve a 3×3 cube and also solve it faster. The cube must be held in such a way that the solved face should be at the bottom. Look for the biggest edge and try to find the largest gap in the middle layer. This will help you to solve your first edge.

What is the history of the Mirror Cube?

The Mirror Cube was invented in 2006 by Hidetoshi Takeji who at the time called it the ” Bump Cube ” – The reason for picking that name is the fact that when the puzzle is scrambled it has many “bumps”, some parts are larger then the others and stick out. Solving the Mirror Cube is exactly the same as solving the Rubik’s Cube,…