Beginner CFOP

Cross, F2L, two-look OLL and two-look PLL.

How the method works →

1. F2L 13 cases
2. OLL Edges 3 cases
3. OLL Corners 7 cases
4. PLL Corners 2 cases
5. PLL Edges 4 cases

Advanced CFOP

Every F2L case, one-look OLL (57 cases) and one-look PLL (21 cases).

How the method works →

1. F2L 41 cases
2. OLL 57 cases
3. PLL 21 cases

Beginner Roux

Roux with the corners in two short looks (9 algorithms instead of 42) and the last six edges built from a few short triggers.

How the method works →

1. CMLL Orientation 7 cases
2. CMLL Permutation 2 cases
3. LSE Orientation 23 cases
4. LSE UL/UR 29 cases
5. LSE M Slice 13 cases

Roux Method

CMLL, then the last six edges in three steps. The two blocks are built intuitively.

How the method works →

1. CMLL 42 cases
2. LSE Orientation 23 cases
3. LSE UL/UR 29 cases
4. LSE M Slice 13 cases

ZZ Method

F2L with every edge already oriented (EOLine is intuitive), then the last layer as OCLL + PLL or COLL + EPLL.

How the method works →

1. ZZ F2L 20 cases
2. OCLL 7 cases
3. PLL 21 cases
4. COLL 42 cases
5. EPLL 4 cases