A Pyraminx has 4 faces. It consists of 4 corner pieces,
4 center pieces, and 6 edge pieces.
Right | Left | Up
*For convenience. the nbons in this tutorial are slightly rotated.
Single Letter: Turn
Letter + ‘: Turn 120°
*Gray marks unsolued pneces.
Solve the bottom layer
Solve the upper layer
(and the Pyramlnx)
Step 1:Solve the bottom layer
Decide the placement
Establish the yellow face as the bottom face by placing the blue/red/green corner as top corner.
Solve the center pieces in the bottom layer
Turn the yellow centers to the bottom face one by one. This will simulatenously return the side centers in the bottom layer to the correct position, thus determining the colors of the side faces.
Solve the corner pieces in the bottom layer
Turn the corner pieces in the bottom layer until their colors match with the adjacent center pieces
Solve the edge pieces in the bottom layer
Find a yellow edge in the upper layer, turn the upper layer until the other side of the target edge is placed at the correct face, take this face as front. Then execute the correspondent algorithm accordingly to solve it. (Take the yellow/blue edge as an example)
The yellow tile of the target edge is at the right side Fxecute algorithm 1
The yellow tile of the targe edge is at the left side Execute algorithm 2
L’ U L
R U’ R’
R U R’ U’
Step2: Solve the upper layer
Solve the center and corner pieces in the upper layer
Turn the upper layer to match the center piece with the correct face; then solve the corner piece
Solve the edge pieces in the upper layer
Execute the the algorithm according to the following 2 cases.
3 unsolved edges Start with random face, execute algorithm 4 for 1-2 times.
2 unsolved edges Start with the face of 2 unsolved edges, execute algorithm 5
R U’ R
U’ R’ U’ R
L R’ L’ R
U’ R U R’
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