2-Look OLL Explained
By CuberPal Editorial Team · Updated 2026-07-07 · Editorial standards
Quick answer
2-look OLL orients the last layer in two steps: first orient the edges to make a cross, then orient the corners. It takes 10 algorithms total and is enough for beginner CFOP, sub-30, and even many sub-20 solves.
How 2-look OLL works
Full OLL solves last-layer orientation in one algorithm, but it requires 57 cases. 2-look OLL splits the job into two smaller looks: edges first, corners second.
That tradeoff is perfect for newer CFOP solvers because it keeps the algorithm load manageable.
The two stages
Think of 2-look OLL as two mini sets:
- Edge orientation: dot, L-shape, and line cases.
- Corner orientation: Sune, Antisune, H, Pi, T, U, and L cases.
When to learn full OLL
Learn full PLL before full OLL. Full PLL is fewer algorithms and usually saves more time. Move to full OLL when you are comfortable with F2L, full PLL, and are pushing from sub-20 toward sub-15.
Continue the learning path
CFOP algorithms
Learn a small set, drill recognition, then use spaced repetition to retain it.
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Download CuberPalFrequently asked questions
How many algorithms are in 2-look OLL?▾
There are 10: 3 edge-orientation algorithms and 7 corner-orientation algorithms.
Is 2-look OLL enough for sub-20?▾
Yes. Full OLL helps, but many solvers reach sub-20 with 2-look OLL and stronger F2L.
Should I learn 2-look OLL before PLL?▾
Learn 2-look OLL and 2-look PLL together as your first CFOP last-layer system. Then upgrade to full PLL before full OLL.