Apr 10, 2025 · The diagrams below are top views of where you want the pieces to go. For example, the T Permutation (or 'T perm') swaps the UL and UR edges, as well as the UFR and UBR corners. If you like, try out all of the available algorithms for a case to see which one feels the fastest to you - the same algorithm may not be the fastest for everyone, and ...

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Dec 6, 2006 · Thats weird. I use those same U perm algs and I dont see myself "regripping". I get sub 2 (1.97) on U, and sub 3 (2.64) on U'. I think its not so much as regripping as it is fast movements. When you see vids of peeps doing it in sub 3 and below, they just have the alg in their subconciousness* so they dont really worry about regripping.

Oct 3, 2010 · I haven't found a faster video on youtube and i haven't found anyone do H-pern in this way, so i make this video. The alg i use is originally written as [x' R U' L U' R' L U' L] on Meep's website, and i transformed it into my own way.

Oct 20, 2022 · There is no objectively best V-perm alg, but my favorite is R U' R U R' D R D' R U' D R2 U R2 D' R2 (block in back left). Reactions: Filipe Teixeira Feb 16, 2023

Sep 20, 2016 · * A-perm will basically be a threecycle UFL -> UFR -> UBR * U-perm will have its only block on the back. R and G-perms will also have their 1x2 blocks on the back. * Z,H,E,Ns can be in any position. For T-perm, BL block = 1x2 blocks on B and F and headlines on L

Dec 18, 2007 · The A perm is only as good as the one I have though. Another short A perm: R[B,[F,R']]R' and inverse. And some G perms based on the same idea: [RL:U2][F'UB':d2], [R'UL',d2][BF:U2], L'R'U2LR[FU'B,d2], [LU'R,d2]B'F'U2BF

Oct 20, 2008 · I hope this helps/converts someone with/to the MU U perms! Edit: Tip - Do the M2 U M as one motion, and the U2 M' U M2 as another. That should get you to around 1.2. At some point, I realized I had a pause between the two phases, and trying to remove it is what brought me down to below 1.

Nov 28, 2022 · adjacent corner swap (any of T-perm, A-perm, F-perm, G-perm, J-perm...) diagonal corner swap (any of Y-Perm, V-Perm, E-Perm, N-Perm) Step 2: Permutation of Edges. Uses 4 algorithms (3 excluding mirrors): clockwise 3-edge cycle ; anticlockwise 3-edge cycle ; opposite edges swap ; adjacent edges swap ; See also. PLL; 2-Look OLL

Oct 8, 2006 · U-Perm: 1 alg. The "Allan" algorithm (or mirror) is optimal for the canonical case. Other cases can simply use AUF. V-Perm: 3 algs. The canonical case is a corner swap and an edge swap. An alg is needed for each AUF case, except the two cases a quarter-turn away from the canonical case can be solved with one alg and an appropriately applied mirror.