![]() In this picture, the two highlighted pieces are the pairing between one of the house-shaped cross pieces and the two-coloured centre piece below it. The two-coloured centre should be vertically attached to the edge so it makes a solid bar (see the picture below). To check to see if a centre is correctly oriented, look at one of the cross pieces. However, with the Fisher Cube, the four middle-layer centres have to be orientated correctly or the puzzle will not appear solved. On a 3x3, each centre only has one colour, so the orientation doesn’t matter. Once all four cross pieces have been inserted, you can correct the orientation of the centres. Don’t worry about centre orientation just yet, just make sure that, for example, the white-orange-green edge is connect to the orange-green centre piece. You must build the cross so that you have an X shape of cross pieces that are attached to their corresponding centres (remember that the centres on the Fisher cube are the two-coloured pieces that look like 3x3 edges). The top and bottom faces have four of the aforementioned house-shaped pieces connected to them when the puzzle is solved. For this tutorial, we will use the white centre and thus a white cross. The Fisher Cube has two solid one-colour centres (usually white and yellow, but these centres are whatever your top and bottom faces are when the puzzle is solved). This section will only be briefly explained as you should be familiar with the 3x3 beginner’s method, and therefore familiar with the concept of building the cross. Parity only occurs 50% of the time, so keep in mind that you might not always have it. These will be detailed in each step’s tutorial section. This solution has a few key differences to that of a standard Rubik’s Cube. White Cross (with correct centre orientation).Here is an overview of the steps required to solve the Fisher Cube: This will be important during the solving phase. On the Fisher Cube, there are two different types of edge piece – Three-coloured house-shaped pieces that look like they should be the corners, and one-coloured rectangular pieces that look like they should be centre pieces. Keep this similarity in mind when solving the puzzle.Īlso, as a side note, there is only one type of edge on a standard 3x3 – a two coloured piece that fits between two corners and two centres of the puzzle. From both these positions, it is easy to see how a R move would be made (the right-most layer on the standard puzzle and the triangular shaped right-most section of the Fisher cube). ![]() The red-green centre piece on the Fisher cube related to the red centre piece on the normal puzzle. The two images above were chosen specifically as they both show the puzzle from a face-on perspective. These differences in piece labelling are vital for being able to correctly solve the Fisher Cube. This is important to understand fully how the puzzle functions and what the differences are when solving it.Ī Rubik's Cube compared to its shape-mod, the Fisher Cube Below are pictures of a standard Rubik’s Cube and a Fisher Cube with arrows pointing out the centre, edge and corner pieces on each puzzle. If you need further clarification for this standard notation, check the Rubik's Cube Notation here.ĭespite using the exact same notation, the Fisher Cube has slightly different definition of edges, corners and centres. R2 – A half turn of the right face in either direction. R' – An anti-clockwise quarter turn of the right face. ![]() R – A clockwise quarter turn of the right face. ![]() The puzzle has the exact same notation as standard puzzles using letters to define face turns, such as: The Fisher Cube is a strange puzzle and can take some time to get used to if you’re not familiar with anything beyond standard NxN puzzles such as the original Rubik’s Cube. The Fisher Cube among other modified 3x3s' Notation The puzzle has a very similar solving method to a 3x3, so make sure you can solve that using at least the beginner’s method before you tackle the Fisher Cube. It was invented sometime during the 80s, inspired by the original Rubik’s Cube. Invented and named after by famous puzzle inventor Tony Fisher. The Fisher Cube is one of the best known 3x3 shape modifications in existence. Home » Rubik's Cube Shape Mods » The Fisher Cube - 3x3x3 Shape Mod Puzzle Solution The Fisher Cube ![]()
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