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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.
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Winter Variation is a useful last slot trick that helps you insert the final F2L pair while orienting the last layer corners. In the right case, it can let you skip OLL and move straight to PLL, giving your solve a cleaner finish than normal F2L plus OLL. It is not something you need for every solve, but if your basic F2L already feels steady, learning a few easy WV cases can be a smart next step.
Winter Variation is a group of last slot cases used near the end of F2L. You use it when only one F2L pair is left. Instead of inserting that pair in the normal way and then doing OLL, you use a WV algorithm to insert the pair while orienting the last layer corners. In a normal CFOP solve, the ending often looks like this.
| Step | What you do |
|---|---|
| Final F2L | Insert the last corner edge pair |
| OLL | Orient the last layer |
| PLL | Permute the last layer |
With Winter Variation, the ending can become shorter when the case is right.
| Step | What you do |
|---|---|
| WV | Insert the last F2L pair and orient last layer corners |
| PLL | Permute the last layer |
You may also see Winter Variation written as WV or WVLS. You do not need to worry too much about the names at first. The main idea is simple. WV is not a full method. It does not replace F2L, OLL, or PLL. It is a small upgrade for certain last slot positions, especially when you want a smoother move from F2L into the last layer.
When you use WV, the final F2L insert is no longer just a normal insert. You are using the last slot to control the corner orientation on the top layer.
| After a WV algorithm | What it means |
|---|---|
| Final F2L pair is solved | Your F2L is complete |
| Last layer corners are oriented | The top color faces upward on all last layer corners |
| Last layer edges are already oriented | You can skip OLL and go straight to PLL |
WV is useful only when it removes an OLL step without adding a long pause before the algorithm.
WV and WVLS are closely related terms. Many cubers use them when talking about last slot tricks that connect F2L with last layer orientation. For this guide, you can treat WV as a set of useful last slot algorithms that may give you an OLL skip when the conditions are right. Here is the key point you should remember.
| Term | What it means for you |
|---|---|
| WV | A last slot trick for orienting last layer corners |
| WVLS | A broader name often used for last slot orientation cases |
| OLL skip | The result you may get after WV when edges are already oriented |
The goal is not to use WV every time you see the last F2L pair. The goal is to use it when you can recognize the case quickly and solve it without adding a long pause.
Winter Variation is useful, but you do not need to rush into it too early. If your F2L still feels slow or you often pause to find the last pair, WV may add more thinking instead of saving time. You will get more value from it when your basic solve is already stable.
| Your current level | Should you learn WV now |
|---|---|
| You are still learning basic F2L | Not yet. Make F2L smoother first |
| You know 2 look OLL and PLL | You can try a few easy cases, but do not learn too many |
| You know full OLL or most common OLL cases | Yes. WV can help reduce pauses after the last slot |
| You use ZZ or have oriented edges often | Yes. WV can fit naturally into your solve |
You are ready to start learning Winter Variation if you can already reach the last F2L pair without a long pause. You do not need to be extremely fast, but you should know what your last slot is, where the pair is, and what the top color stickers are doing.
A good sign is that normal F2L plus OLL feels easy for you. At that point, WV becomes an upgrade instead of a distraction.
You should wait if you still lose track of F2L pairs, mix up basic inserts, or need a long time to recognize OLL. WV depends on fast recognition, so learning it too early can make your solves feel less smooth.
In that case, spend more time on F2L efficiency and basic last layer recognition first. WV will be much easier later.
Winter Variation is easier to learn when you see it as a short decision process. You are not only asking which algorithm to use. You are checking whether the last slot is ready for WV, then choosing a case that solves the pair and turns the last layer corners the right way.
If your last slot still feels hard to read, you can use CubeSolver AI as a practice aid before drilling WV cases. Scan your 3x3 cube or enter the colors manually, then follow the step by step moves at your own pace. You can pause, replay, and slow down the solution to study how the solve reaches the final F2L pair. After that, use the cube timer to test whether a WV case is actually faster than your normal F2L plus OLL finish.
WV only starts when three F2L pairs are already solved and one F2L pair is left. That last pair is the one you will use for Winter Variation. Before you insert it, take a quick look at three things:
| What to check | Why it matters |
|---|---|
| The final F2L pair | WV works from the last unsolved corner edge pair |
| The empty slot | The pair must go into the last open F2L slot |
| The top layer corners | Their sticker direction decides which WV case you need |
If the last pair is not ready, solve or set it up first. WV is not meant to replace all of F2L. It only changes how you handle the final slot.
WV mainly orients the last layer corners. To get a true OLL skip, the last layer edges should already be oriented before you use WV. A quick way to check is to look at the top color on the four last layer edges.
| What you see | What it means |
|---|---|
| All four top edge stickers face up | WV can lead straight to PLL |
| Some top edge stickers face the side | WV may still solve the pair, but OLL is not fully skipped |
For CFOP, this is why WV often works best when you already have a top cross before inserting the last pair. For ZZ, the edges are usually oriented earlier, so WV can appear more often.
Next, look at the last layer corners. You are checking where the top color stickers are facing, not trying to solve them one by one. You do not need to name every case at first. Start by noticing the pattern:
| Corner sticker pattern | What you should do |
|---|---|
| Top colors already face up on some corners | Look for a WV case that fixes the remaining corners |
| Top colors face the front, right, left, or back | Match the direction to a known WV algorithm |
| The pattern feels unfamiliar | Use normal F2L plus OLL instead |
This step is where WV becomes useful or slow. If you can read the stickers quickly, WV can save time. If you stare too long, normal F2L plus OLL is usually better.
Once you know the final pair position and the corner pattern, choose the matching WV algorithm. Each WV case belongs to a specific last slot setup, so do not use a formula just because it is short. Here is a simple example of how a WV algorithm can work:
| Example case | Algorithm | Result |
|---|---|---|
| A matching easy WV last slot case | U R U' R' | Inserts the final F2L pair and orients the last layer corners |
This does not mean U R U' R' works for every WV case. It only works when the last pair and corner stickers match that case. The key skill is matching what you see to the right algorithm.
After the WV algorithm, check the cube before you move on.
| After WV | What you want to see |
|---|---|
| Final F2L pair | Solved in the last slot |
| Last layer corners | Top color facing up |
| Last layer edges | Already oriented if you want an OLL skip |
If all of these are true, OLL is done and you can go straight to PLL. If the edges were not oriented before WV, you may still need an OLL case. That is why Winter Variation is powerful, but it is not automatic.
Most WV frustration is not caused by bad algorithms. It comes from using the subset in the wrong situations or adding too much complexity too fast.
| Mistake | What usually happens | Better fix |
|---|---|---|
| Learning all cases at once | Recognition collapses in real solves | Add small grouped batches |
| Forcing WV on unclear cases | Long pauses erase move-count gains | Use normal last slot when recognition is slow |
| Ignoring mirrors until late | Good one-sided drilling, weak solve transfer | Add mirrors after base recognition is clean |
| Treating WV as a beginner upgrade | F2L quality drops overall | Build standard F2L first |
| Not practicing PLL follow-up | You save one step but still pause after it | Train WV-to-PLL transitions directly |
Keep these guardrails in mind:
You do not need to learn every Winter Variation algorithm at once. WV has many cases, and trying to memorize the full set too early usually makes your solves slower. A better way is to start with a few cases that are easy to recognize, easy to turn, and useful in real solves. Before using the table, make sure the setup is right.
| Check before using WV | What you need |
|---|---|
| F2L progress | Only the final F2L pair is left |
| Pair state | The final corner edge pair is already paired up |
| Edge orientation | Last layer edges are oriented |
| Goal | Insert the pair and orient last layer corners |
The "oriented corners" column means how many last layer corners already have the top color facing upward before you do the WV algorithm. This gives you a quick way to group cases.
You still need to match the exact sticker pattern before using an algorithm. Do not use a formula only because the number of oriented corners looks right.
| Case | Oriented corners | Algorithm | Why it is a good start |
|---|---|---|---|
| WV 2 | 2 corners | U R U' R' | Very short and easy to test |
| WV 7 | 2 corners | U R U R' U' R U' R' | Uses simple R and U moves |
| WV 15 | 1 corner | L' U R U' R' L | Short and easy to remember |
| WV 18 | 1 corner | U2 R U2 R' | Very short when the case is clear |
| WV 20 | 0 corners | U R U' R' U' R U R' U R U2 R' | A useful starter for harder looking cases |
Start with one or two cases from this table, not all five. For each case, look at the final F2L pair, check the corner pattern, do the algorithm, and confirm that the last layer corners are oriented afterward.
Not every WV algorithm is worth using in your solves. A case is worth keeping only when it helps you move faster from F2L to PLL.
| Keep the algorithm if | Skip it for now if |
|---|---|
| You recognize the case quickly | You need a long pause to confirm it |
| The moves feel smooth in your hands | The finger tricks feel awkward |
| It removes OLL without slowing you down | Normal F2L plus OLL is still faster |
| You can use it in real solves | You only remember it during drills |
A short algorithm is not always the best one. The best WV case for you is the one you can recognize fast, execute smoothly, and trust during a real solve.
Winter Variation is easier to learn when you treat it as a small add on, not a new system to memorize. You do not need a full WV list to start using it. You only need a few cases that you can recognize quickly and execute without thinking too much.
Do not start by turning as fast as possible. Start by showing yourself one WV case and asking, "Can I recognize this without guessing?" A simple practice routine works well:
When this feels easy, then you can make the turns faster. Speed should come after recognition, not before it.
Every WV case should earn its place in your solves. After you learn a case, compare it with your normal solution.
| Test | Question to ask |
|---|---|
| Recognition | Can you spot the WV case quickly? |
| Execution | Does the algorithm feel smooth? |
| Result | Does it really remove OLL when edges are oriented? |
| Real solve value | Is it faster than normal F2L plus OLL? |
If the answer is no, you do not have to force it. You can keep practicing the case in drills and use your normal solution during timed solves.
The goal of WV is not to show that you know more algorithms. The goal is to reduce pauses near the end of F2L. If a WV case appears and you know it right away, use it. If you are unsure, insert the pair normally and continue with OLL.
A good rule is simple: use WV when it feels automatic, skip it when it makes you hesitate.
Start with 3 to 5 easy cases. Once those feel natural, add a few more. This keeps your solves clean and prevents WV from becoming another source of pauses.
| Practice stage | What to focus on |
|---|---|
| First few cases | Recognition and correct execution |
| After a week of practice | Using cases in slow solves |
| After they feel natural | Trying them in timed solves |
| Long term | Keeping only the cases that actually help |
Winter Variation works best when it becomes part of your normal last slot thinking. Learn a little, test it in real solves, and keep the cases that make your solve smoother.
You do not need to master the full Winter Variation set before it becomes useful. Pick a few simple cases, learn the sticker patterns, and test them in slow solves first. If a case is easy to recognize and gives you a faster path to PLL, keep it in your solves. If it makes you hesitate, leave it for later. The best way to learn WV is not to collect more algorithms, but to turn a few clear cases into moves you can trust.
Winter Variation is named after the Winter variation idea in speedcubing. In practice, it refers to a group of last slot cases where you use the final F2L pair to orient the last layer corners.
You can learn a few easy WV cases before full OLL, but full OLL is usually more useful for CFOP. WV works best as an extra tool after your F2L and basic last layer recognition are stable.
No. PLL prediction is not required when you start learning Winter Variation. First, focus on recognizing the WV case and getting the correct OLL skip. PLL prediction can come later once the algorithms feel natural.
Start by checking the final F2L pair, then look at the top color stickers on the last layer corners. Do not try to read every sticker at once. Pick one or two easy cases first and train your eyes to spot those patterns.
It can be, but only if your F2L is already steady. For many sub 20 solvers, better look ahead and cleaner F2L give faster results first. WV becomes more useful when you can add cases without creating new pauses.
