No headings found
Kelsey Geller focuses on practical Rubik's Cube learning for beginners. Her guides simplify complex steps, explain the "why" behind moves, and help new cubers build confidence with a reliable solving approach. Every guide follows CubeSolver's editorial review standards before publishing.
Learn exactly what H perm means on a Rubik's Cube, how to recognize it in PLL, which algorithm to use, and how to drill it for faster solves.
E Perm PLL is a last layer case where only the corners need to swap. Learn the E Perm algorithm, recognition tips, common mistakes, and practice steps.
Unlock faster solves with our 2-Look OLL guide. Learn essential algorithms and recognition tips to master the 2-step flow for a consistent last layer.
V Perm is a PLL case that appears after the last layer is already oriented but the top pieces still need to be permuted. It can feel harder to recognize than T perm or J perm because the pattern looks messy at first, and the algorithm can lock up if you rush the wide turn and front moves. In this guide, you will learn what V Perm means, how to recognize it, which algorithm to use, and how to practice it with fewer wrong cases.
V Perm is one of the PLL cases in CFOP. You use it after OLL is finished, when all last-layer stickers are facing up but some top-layer pieces are still in the wrong positions. Unlike T Perm or J Perm, V Perm usually does not show a clean solved block, so the case can look messy before you know what to check.
PLL means permutation of the last layer. At this stage, the top color is already solved, but the corners and edges still need to move to their correct spots. V Perm belongs to this stage, not OLL. If the top color is not fully facing up, you should finish OLL before looking for a PLL case.
V Perm is usually learned after easier PLL cases such as T Perm, J Perm, and U Perm. It is not the first case most beginners learn, but it becomes useful once you move from 2-look PLL toward full PLL.
Start with the corners. V Perm often has no full solved side, so do not rely on one obvious block. Look around the top layer and compare the side stickers on the corners first. Then check the edges. Many wrong V Perm attempts happen when you judge the case from one side only. Turn the U layer if needed and check all four sides before starting the algorithm. The corner clues and edge clues should both match.
If you are not sure whether your top layer is really a V Perm, you can use the CubeSolver AI mobile app to scan your 3x3 cube or enter the colors manually. The app gives step-by-step moves for supported cubes, so it can help you check whether you are in the right PLL case before you repeat the wrong algorithm.
V Perm can be confused with Y Perm, F Perm, and N Perm. The easiest way to avoid a wrong algorithm is to compare both the corners and the edges, not just the first pattern you notice.
| Case | Why It Can Confuse You | What to Check |
|---|---|---|
| V Perm | Messy corner and edge pattern | No clean solved side, with both corners and edges out of place |
| Y Perm | Also looks scattered | Different corner swap and edge movement |
| F Perm | May show partial blocks | Check adjacent pieces before choosing the algorithm |
| N Perm | Also awkward to spot | Usually looks more symmetrical than V Perm |
Use this V Perm algorithm after OLL is complete and the corner-edge pattern matches the case.
R' U R' d' R' F' R2 U' R' U R' F R F
The key move is d'. It is a wide D turn, so the bottom two layers move together. If you only turn the bottom layer as D', the PLL will not solve correctly.
Split the algorithm into three chunks so it is easier to learn:
Set up the case and prepare for the wide turn. Keep the cube aligned before moving into the front-face turns.
This is the main sequence. Pay close attention to the F' move, since a small misalignment here can affect the rest of the algorithm.
Close the case with a controlled finish. Check that the last F turn is complete before you release your grip.
V Perm becomes easier once the wide turn and front-face moves feel connected rather than separate. Start at a speed where every layer lines up clearly, then build rhythm from there.
Practice Tip: If the last layer is still wrong after the algorithm, pause and check three things: the PLL recognition, the U-layer angle, and whether d' was turned as a wide move.
Most V Perm mistakes come from recognition, U-layer alignment, or one wrong turn inside the algorithm. If the case does not solve correctly, do not repeat the formula faster. Slow down, find the mistake, and fix it in practice.
The move d' is not the same as D'. In this algorithm, d' means turning the bottom two layers together. If you only turn the bottom layer, the rest of the algorithm will not solve the PLL.
When you drill the algorithm, pause for a moment before d' and make sure both lower layers move together. After that feels natural, connect it back into the full sequence.
V Perm can look different depending on how the U layer is turned. If you start from the wrong angle, you may have the right PLL case but apply the algorithm from the wrong position.
Before each drill, check the corner and edge pattern around all four sides. Practice recognizing V Perm from different U angles so you do not depend on seeing it from only one view.
V Perm and Y Perm can both look messy because neither one gives beginners an easy solved-side clue. The safer method is to compare both corners and edges before choosing the algorithm.
To train this, mix V Perm with Y Perm during practice instead of drilling V Perm alone every time. If you can tell them apart without hesitation, your real solves will feel much more stable.
The F' and F turns are common lockup points in V Perm. If the front face is slightly misaligned, the next R or R' move can catch.
Practice the final F R F by itself, then add the middle section before it. Once the ending feels clean, run the full algorithm at a steady speed and only add timing after you can solve it several times in a row without a reset.
V Perm gets easier when you treat it as two skills, not one. First, learn to confirm the corner and edge pattern before you turn. Then, drill the algorithm in small parts until the d' move and front-face turns feel controlled. Once recognition and execution are both stable, V Perm becomes a reliable part of your full PLL set instead of a case that slows down your solve.
No. V Perm is part of full PLL, not the basic 2-look PLL set. In 2-look PLL, you usually solve corner permutation and edge permutation in separate steps. V Perm solves a specific full PLL case in one algorithm, so it is usually learned after you already understand the simpler 2-look approach.
Yes, learning V Perm before N Perm is a reasonable choice. V Perm appears in full PLL practice and is often easier to make usable than N Perm, which many cubers find awkward and slow at first. If you are building your PLL set gradually, learn the more common and easier-to-control cases first, then add N Perm later.
V Perm often feels slower because it does not flow like T Perm or J Perm. The algorithm includes a wide turn and front-face moves, so it can break your rhythm if your grip changes too much. Speed usually improves when you stop treating it as one long string and start connecting the difficult parts more smoothly.
There is no fixed target for everyone. A useful goal is to make V Perm accurate and pause-free before you worry about a specific time. If you can recognize the case without hesitation and finish the algorithm without lockups, your speed will improve naturally as you add it into timed solves.
