Permute last layer1/4/2023 ![]() ![]() Once you find the correct position, check the positions of the two edges that match. Repeat until you get two yellow edges that match the color of the centerpieces below them. However, when you first get your yellow cross, only two of them usually match up. You may get lucky and find that all four already do. Check if the other color of the yellow edge pieces at the top layer matches up with the centerpiece right below it. Once you have the yellow cross, you’ll need to check if the edges match the colors on the sides. Now repeat the same set of moves, and you’ll have the yellow cross. Rotate the top layer once to make it horizontal. Put the L in the left top corner and repeat the above moves. The next step is getting from the yellow L to the yellow line. The moves will take you to the yellow L at the bottom right corner when you start with the yellow dot. Regardless of the scenario, you can use: Front Clockwise, Right Side Up, Top To The Left, Right Side Down, Top To The Right, and Front Counterclockwise. Pay no mind to the bottom or top corners at this step. Instead of memorizing complicated algorithms or moves, you can use the following single set of moves to progress from any of these stages to the next stage and the yellow cross. You’ll either have the yellow dot at the center, a yellow hook, or L or a yellow line. Once you complete the F2L, you must orient the last layer edges to have the yellow face facing upwards and create a yellow cross on the final layer.įor this step, the corners don’t matter. The whole last layer, which includes the third layer and final layer, is solved in two steps. You must solve the first and second layers simultaneously rather than individually. In this step, you need to solve eight pieces, including four of the first layer corner pieces and the four middle-layer edge pieces. Solving the first 2 layers (F2L) is where most improvement occurs, thanks to looking ahead and good cubing techniques like no rotations. It’s solely based on intuitive moves, and no algorithms are required. Leaning to solve the white cross at the bottom allows you to look ahead to the next step and increases your solving time. You’ll know what’s going on at the bottom based on your moves, the puzzle’s color scheme, and what you see on the top. You can still peek at the bottom during solving, but you won’t need to see the white cross with practice. Simply hold the cube in your hands with the white center facing down. It’s similar to the first step of the beginner’s method, but this time you solve the cross at the bottom instead of the top layer. To form the cross, you must solve the four white edge pieces, and the other color on the white edge should match the centerpiece it’s adjacent to. Most cubers start with the white face and form a cross at the bottom layer, with the white edge pieces matching the lateral centerpieces. It doesn’t matter which face you start with, but you have to ensure you stick with the face you choose. You can find an excellent tutorial and a quality, well turning Rubik’s cube at Puzzlcrate to make learning easier and more fun!īefore you get to the yellow cross, you must first create a white cross and solve the first two layers of the Rubik’s cube. #PERMUTE LAST LAYER HOW TO#Let’s explore how to solve the last layer of the Rubik’s cube, which includes correctly orienting and permuting the last layer’s edges and corners.īefore you try out this method, it’s advisable that you first learn the Rubik’s cube’s basic notations and how to solve the Rubik’s cube using the beginner method. Some important algorithms as you orient the last layer edge pieces and corners, so they all have yellow facing up, include F R U R’ U’ F and R U R’ U R U2 R’. Most speedcubers use the CFOP, including all 3×3 world record holders in the last decade. It requires memorizing many algorithms, but you can execute the operations intuitively after lots of practice. You must solve the cube layer by layer using algorithms in each step and not mess up the pieces already in place. Jessica Fridrich developed the technique, and it divides the puzzle into layers. ![]() Unlike easier methods you can find in a beginner’s guide, CFOP focuses on helping cubers solve the Rubik’s cube in the fastest and most efficient way possible. The CFOP or Cross, First 2 layers (F2L), Orientation of last layer (OLL), Permutation of the last layer (PLL) is the most popular speedsolving method. When you reach the final layer when solving the Rubik’s cube through the CFOP or Fridrich Method, all the pieces are in the right spot. ![]()
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