Transparent QiYi Mastermorphix
6.99 €
The Transparent Qiyi Mastermorphix is an interesting puzzle. Just like on a regular Rubik’s cube, the puzzle is solved when each side is a single color. This puzzle must however be solved in the shape of a pyraminx as it completely changes shape when you scramble it. Read more about the Qiyi Mastermorphix below.
In stock
The Transparent Qiyi Mastermorphix is a modification of a 3×3 despite being similar to a Pyraminx. This means that you can take advantage of the algorithms that you already learned from a regular Rubik’s cube. However, this does not mean that the puzzle is easy, a Mastermorphix only has four sides instead of the six sides that a Rubik’s cube has. This can make the puzzle tricky to handle and it can be hard to figure out how to turn it at first, making it a great challenge! The puzzle has very good quality and it is lubricated from the factory, which means that it runs smoothly and is easy to turn.
| Release date | 2022-10-03 | |
|---|---|---|
| Magnetic | No | |
| Weight | 108 g | |
| Dimensions | 75 × 75 × 75 mm | |
| Weight (with packaging) | 130 g | |
| Dimensions (with packaging) | 79.2 × 75.6 × 78.1 mm | |
| SKU | 127743 |
4 reviews for Transparent QiYi Mastermorphix
Show only reviews in English (4)
Carl L. (verified owner) –
Fairly difficult
The cube is a shape-mod of a 3×3 and is an excellent cube for those who want to learn more about cubes without having to learn anything too complicated. A must for all collections.
Torsten S. (verified owner) –
Good cube
Nice to turn but very difficult for a beginner
Eddie R. (verified owner) –
Really difficult for beginners
Difficult for you if you are a beginner. What you do is practically solve it just like a regular cube with beginners method. Check out youtube if you want to know what is center, edge and corner piece.
Alexander B. –
Experience 3×3 as a beginner
Fun little puzzle that makes 3×3 mechanics difficult again.Algorithm for turning center piece: R U & # x27; (RURUR) (U & # x27; R & # x27; U & # x27; R & # x27; U & # x27;) (RURUR) (U & # x27; R & # x27; U & # x27; R & # x27; U & # x27;) (RURUR) U & # x27; R & # x27; U & # x27; R2