The Complete CFOP (Fridrich) Method Masterclass: Cross, F2L, OLL & PLL

In the early 1980s, competitive cubers across Europe and the United States recognized that solving the cube layer-by-layer was too slow for competition. Several independent cubers, notably Jessica Fridrich and Hans Dockhorn, realized that once the bottom cross was formed, the four corner pieces and their corresponding four middle-layer edge pieces could be paired in the top layer and slotted together in one motion.

Fridrich codified the full system of 57 OLL cases and 21 PLL cases in 1997, publishing them on her university website. Since then, almost every 3x3 single and average world record set under World Cube Association (WCA) governance—including Max Park's 3.13-second single and Yiheng Wang's sub-4.5-second averages—has utilized the CFOP architecture.

A typical CFOP solve distributes time across four phases: the Cross (10–12%), F2L (50–55%), OLL (15–18%), and PLL (18–22%). Because F2L accounts for more than half of your solve duration, mastering intuitive pair insertion yields the fastest speed gains of any cubing skill.

• CFOP stands for Cross, F2L (First 2 Layers), OLL (Orientation of Last Layer), PLL (Permutation of Last Layer).
• Reduces total move count from ~110 turns (beginner) to ~56 turns (CFOP).
• Over 95% of world championship podium finishers utilize CFOP as their primary method.

In the beginner method, you build a 'Daisy' around the yellow center before rotating petals down to the white face. In CFOP, this intermediate Daisy is completely discarded. The cross must be solved directly on the bottom face (usually White or Yellow) during the 15-second WCA inspection phase.

Computer analysis has proven that over 99.99% of all scrambles can have their cross solved in 8 moves or fewer, with the statistical average being just 5.6 moves. Solving the cross directly on the bottom provides two enormous benefits: it eliminates an entire cube rotation and leaves your top layer unobstructed so your eyes can locate F2L pieces before the cross even finishes.

First Two Layers (F2L) is where speedcubes are won or lost. Rather than inserting a corner and later inserting its adjacent edge, F2L pairs up a corner piece and an edge piece in the top U layer, creating a 1x1x2 block, and then inserts that paired block into its correct slot in one fluid motion.

There are 41 standard F2L cases, but you should NOT memorize algorithmic formulas for them as a beginner. Instead, learn the 3 intuitive geometric scenarios based on sticker orientations:

Full OLL contains 57 algorithms that orient all top yellow stickers in a single shot. However, memorizing 57 cases is overwhelming for anyone transitioning from the beginner method. 2-Look OLL breaks this phase into two rapid, bite-sized stages requiring only 9 total formulas:

With the yellow face fully oriented, PLL permutes pieces into their final solved locations without changing their orientation. Full PLL requires 21 algorithms, but 2-Look PLL achieves the exact same result in two stages using only 6 algorithms:

Transitioning to CFOP takes deliberate patience. Your times will temporarily increase for the first 3 to 5 days as your brain transitions from muscle memory to new recognition habits. Follow this structured roadmap:

• Week 1 (Target: Sub-50s): Solve cross on bottom every single time. Stop building the Daisy. Practice intuitive F2L untimed.
• Week 2 (Target: Sub-40s): Master all 7 OLL corner cases and 6 PLL algorithms. Drill fingertricks for T-Perm and U-Perms.
• Week 3 (Target: Sub-30s): Eliminate cube rotations during F2L. Practice inserting into back-right and back-left slots.
• Month 2+ (Target: Sub-20s): Continuous lookahead without pausing between pairs. Begin learning Full PLL (all 21 algorithms).