PLL algorithm library
Full PLL contains 21 cases. The useful skill combines two-sided recognition, a deliberate starting grip, clean execution and immediate final AUF.
Direct answer
Complete 2-look PLL first, then add common easy full cases such as T, Jb, Ua, Ub, H and Z. Practice each from random U rotations, learn its bar or cycle cues, time primary and alternative algorithms and finish every repetition with AUF.
Complete guide
PLL families include adjacent or diagonal corner swaps, edge cycles, opposite edge swaps and mixed corner-edge cases. Bars, headlights and color relationships provide faster cues than memorizing a single front image.
T and Jb are common early RUF algorithms. U perms teach directional edge cycles, while H and Z introduce dedicated M-slice execution.
The interactive cube can be viewed from four angles and replay the selected algorithm from its setup state. Finger-trick notes explain the grip path rather than only listing notation.
The local execution timer records best and average performance. Signed-in attempts contribute to SupaKewber training data, and privacy-thresholded community averages show how a case performs across users.
An algorithm can be fast in isolation but slow in solves if the case requires a recognition spin or unpredictable regrip. Practice from random U rotations and include the final adjustment in full-solve drills.
When two algorithms have similar best times, prefer the one with a lower failure rate and cleaner ending grip. Average execution is more useful than one lucky single.
T-perm, Jb-perm and Ua-perm represent three useful early families: adjacent swap, J-family block movement and directional edge cycle.
Their pages include setup moves, alternatives, mirrored cases, case-specific video clips and direct links to the mixed PLL trainer.
Quick answers
There are 21 full PLL cases.
T, Jb, Ua, Ub, H and Z are common early choices after two-look coverage.
Identifying the case from the front and one side without rotating to inspect every face.
Include it in full-solve practice because it determines when the cube is actually solved.
Practice with feedback
SupaKewber connects timing, smart-cube telemetry, training and online competition in one browser workflow.
Open the PLL trainer