BTS V Perm Hair: Style Guide, Inspiration and How-To

Decoding the V Perm: The Ultimate Guide to Solving One of Rubik’s Cube’s Trickiest Cases

If you have ever ventured past the beginner layer-by-layer method into the realm of Fridrich (CFOP) speedcubing, you have undoubtedly run into the beast known as the PLL (Permutation of the Last Layer) algorithms. Among the 21 different cases required to permute the final layer, few carry as much reputation for awkwardness—and sheer visual satisfaction—as the V Perm.

Whether you are looking to shave precious milliseconds off your solve times or simply understand the mechanics behind this classic puzzle pattern, here is everything you need to know about the V Perm.

What is a V Perm?

In speedcubing notation, a “Perm” describes a specific configuration where the corners and edges of the last layer need to be swapped into their solved positions.

Specifically, the V Perm involves:

• Two adjacent corners that need to be swapped (diagonally across from each other from a broader perspective, but structurally affecting an adjacent corner swap combined with edge cycling).
• Two adjacent edges that need to be swapped.

Visually, when you look at the cube during a solve, a V Perm is easily identifiable by a distinct “block” of solved pieces on one side, while the rest of the layer features a diagonal swap pattern that looks remarkably like a “V” when tracking the sticker colors.

Why the V Perm is Feared (and Loved)

For intermediate cubers, the V Perm is often a psychological hurdle.

1. Finger Trick Density: Unlike simpler algorithms like the U Perm or H Perm, which rely on fluid, repeating wrist flicks and double-flick triggers, the standard V Perm requires a dense combination of wide turns, finger tricks, and precise rotations.
2. The “Lock-Up” Factor: Because the algorithm involves rapid execution across multiple layers, sub-15-second solvers often experience lock-ups if their turning accuracy drops for even a fraction of a second.
3. The Payoff: Despite its difficulty, executing a fluid V Perm cleanly is one of the most aesthetically pleasing feelings in speedcubing. The way the pieces cascade into place right on the final movement makes the practice well worth the effort.

The Standard Algorithm

While there are a few variations depending on finger anatomy and turning style, the most popular and widely adopted V Perm algorithm in the speedcubing community is:

$$R’ U R’ U’ y R’ F’ R^2 U’ R’ U R’ F R F$$