Compact OLL curriculum
Two-look OLL separates edge orientation from corner orientation. A compact algorithm set gives complete coverage while recognition and F2L skills continue to develop.
Direct answer
First orient the four last-layer edges using the dot, L or line cases to create a top Cross. Then orient the four corners using one of seven corner patterns such as Sune, Anti-Sune, headlights, bowtie or chameleon. At most two OLL algorithms are needed.
Complete guide
The first look ignores corners and asks whether the top edges form a dot, L or line. The second look assumes the Cross exists and identifies the oriented-corner pattern using top and side stickers.
Because every last layer fits this structure, a beginner gains a guaranteed method before memorizing all 57 full OLL cases. The algorithms also reappear inside the full set.
Learn line and L edge orientation first, then the dot as a composition of edge algorithms. Add Sune and Anti-Sune before the remaining corner cases because they are common and teach useful R U finger patterns.
Use setup moves for one family, randomize the U face and name the case before executing. Practice holding the cube so the line is horizontal and the L sits in the expected back-left orientation.
Track the pause before each look and execution accuracy. The goal is not just fast algorithms; the transition from edge Cross to corner case should happen without rotating the entire cube.
Once recognition is consistent, measure how often a full solve produces one-look OLL by chance or by a newly learned full case. Add full OLL gradually without abandoning the reliable two-look fallback.
Common errors include holding the L in the wrong corner, treating the line as vertical, recognizing only the top face and confusing Sune with Anti-Sune from a rotated angle.
Study the Sune and Anti-Sune case pages, then move to the OLL hub when the complete two-look set is automatic.
Quick answers
A common set uses three edge-orientation cases and seven corner-orientation cases.
Yes, but beginners can also create and solve it by combining learned edge-orientation algorithms.
For the standard F R U R’ U’ F’ algorithm, hold the line horizontally.
It adds a second recognition and algorithm, but reliable recognition often matters more than incomplete full OLL knowledge.
Practice with feedback
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Practice 2-look OLL