CFOP stage 4
PLL moves already oriented last-layer pieces into their final positions. Full PLL has 21 cases, making it a practical first complete advanced algorithm set.
Direct answer
Get complete two-look PLL coverage first, then learn easy and common full cases such as T, Jb, Ua, Ub, H and Z. Continue with A, R and remaining families. Pair every algorithm with two-sided recognition, a starting grip, AUF prediction and repeated setup practice.
Complete guide
Bars, headlights, opposite colors and adjacent blocks reveal which corners and edges must move. Two-sided recognition uses the front and one side to identify the case without a full cube rotation.
The complete skill includes selecting the case, aligning it with AUF, starting from a known grip and finishing in a predictable position. Fast turns cannot recover time lost to a recognition spin.
Learn T and Jb as friendly RUF algorithms, then U perms for edge cycles, H and Z for slice patterns and A perms for corner cycles. Add similar G, N and R cases only when their distinguishing cues are stable.
Create cases with setup moves, present them from random U rotations and require identification before execution. Time recognition and execution separately, then practice PLL plus final AUF as one finish.
Track average execution per case, best time, accuracy and recognition delay. A SupaKewber algorithm page can show community execution averages once enough user attempts exist.
If a case has a fast best but a slow average, the grip or recognition is inconsistent. If both are slow, test the alternative algorithm and study finger-trick transitions.
Avoid learning mirror cases as one vague picture, starting with a regrip or stopping mentally before AUF. Slice algorithms require deliberate M-move finger tricks rather than whole-hand turns.
Begin with T-perm, Jb-perm and Ua-perm pages, then expand through the PLL hub in recommended learning order.
Quick answers
There are 21 full PLL cases, plus the solved state.
That is a common path because PLL is the smaller set.
Adjustment of the U Face: the final U move needed to align a solved cube.
Practice two-sided cues and random U rotations instead of always viewing the case from its easiest angle.
Practice with feedback
SupaKewber connects timing, smart-cube telemetry, training and online competition in one browser workflow.
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