PLL (Permutation of the Last Layer) solves the cube after OLL. This is the last step of the CFOP method. Note: Recognize G perms with headlights (solved corners) on the left, and find where the …

The following page gives a list of all of the PLLs, along with a picture and a list of common algorithms for each one. The diagrams below are top views of where you want the pieces to go. For example, the T …

This T Perm tutorial talks about the recognition and execution of the T perm algorithm. After this video, you should be able to execute the T perm like a pro!

Here I share the algorithms that I use for each case. Explore all 21 PLL cases with algorithms to master the last layer of CFOP on Cube.Academy. Click for detailed finger tricks & learn the correct execution …

It is possible to make 2 look PLL using only 6 algorithms, you can learn it in the speedsolving guide here. The algorithms are divided into groups based on their effect on the Rubik's cube (corners only, …

The algorithm is known as the A-perm and will shift 3 of the corners around on the top layer whilst preserving everything else. There are two versions, one that rotates the pieces clockwise and one …

While all of the other key moves are concerned with orientating the Rubik's cube pieces so that they are the right way around, the T-Perm is used to move them to their correct locations.

PLL, the last step of CFOP, permutes all last-layer pieces while preserving their orientation. Also see other cubers' lists to find your favorite algorithms. Even for the same algorithm, try chunking into …

The T perm is perhaps the most well-known PLL algorithm, with its only competition being the U perms (above) and the J perms (below). It is used to permute 2 opposite edges and two adjacent corners, …

T Perm – Left & right edges swap + right corners swap: If the side with headlights has an opposite edge piece in the middle, and it’s connected to two 2×1 bars, hold that side on the left to perform this …