2-Look PLL Explained
By CuberPal Editorial Team · Updated 2026-07-07 · Editorial standards
Quick answer
2-look PLL solves last-layer permutation in two steps: first permute the corners, then permute the edges. It uses a small set of algorithms and works for every PLL case, making it the right bridge before full PLL.
What PLL permutes
After OLL, the top face is one color, but the last-layer pieces may be in the wrong positions. PLL moves those pieces around without changing orientation.
Full PLL does this in one look. 2-look PLL splits it into corner permutation and edge permutation.
Why learn 2-look first
Full PLL has 21 algorithms. That is not huge, but it is too much if you are still learning F2L and OLL. 2-look PLL gives you a complete CFOP solve with much less memory pressure.
Once your solves are stable, full PLL is one of the highest-value upgrades in cubing.
The upgrade path
Start with reliable 2-look PLL. Then learn the common full PLL cases first: U perms, T perm, J perms, and A perms. Add the harder G, N, and E perms later with spaced repetition.
Continue the learning path
CFOP algorithms
Learn a small set, drill recognition, then use spaced repetition to retain it.
Open this topic cluster →Turn this into practice
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Download CuberPalFrequently asked questions
How many algorithms are in 2-look PLL?▾
Different beginner systems vary, but most use a small set of corner and edge permutation algorithms instead of all 21 full PLL cases.
Is 2-look PLL enough for sub-30?▾
Yes. Good F2L and cross planning matter more for sub-30. Full PLL becomes a priority when pushing toward sub-20.
Which full PLLs should I learn first?▾
Start with U perms, T perm, J perms, and A perms because they are common, useful, and generally ergonomic.