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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.
Discover the fastest Rubik's Cube solve, identify patterns faster, and use algorithm shortcuts to help you break through your personal bests.
This post covers both casual scrambling methods and official World Cube Association (WCA) guidelines to guide you on how to scramble a Rubik's Cube.
Explore the features that make the Speed Rubik's Cube a game-changer for competitive cubers. They're faster, smoother, and more durable than a standard cube.
How to get faster at a Rubik's Cube is not just about moving your hands faster. The bigger goal is to waste less time between moves. Speed comes from fewer pauses, cleaner finger tricks, better lookahead, and a solving method you can repeat with confidence. This guide will show you what to practice first, how to train smarter, and how to turn each solve into steady progress.
Before you try to turn faster, figure out where your time is going. Many cubers lose more time by pausing than by turning slowly. Use the table below to find the part of your solve that needs the most work.
| Problem | What It Usually Means | Best First Fix |
|---|---|---|
| You stop between steps | You search for the next piece too late | Do slow solves and look ahead before your hands stop |
| Your F2L takes too long | Pairing and inserting still feel slow | Practice one F2L case type at a time |
| Your turns feel messy | Your hands reset too often | Drill simple triggers without full grip changes |
| Your last layer feels slow | You recognize OLL or PLL cases too late | Practice recognition before timing the algorithm |
| Your times change a lot | You rely on lucky solves | Track ao5(average of 5) and ao12 instead of one best time |
If you can solve the cube but still get stuck checking your next move, CubeSolver AI can help you review 2x2, 3x3, and 4x4 solves with camera scan or manual color entry. Follow the step-by-step 3D moves first, then use your practice time to reduce pauses, clean up turning, and make each stage more repeatable.
Fast turning helps only when your moves stay controlled. If your cube locks up, your hands keep resetting, or you lose your grip after every few moves, higher TPS will not save much time. Start by making your turning cleaner. Focus on three things first:
Do not force speed before control. When common triggers feel natural, you can turn faster without adding lockups, regrips, or extra pauses.
F2L is where many solves slow down the most. You may know how to finish the cube, but if every pair takes a long pause to find, pair, and insert, your time will stay high. Instead of rushing, focus on making each pair easier to see and easier to solve.
Start by understanding how the corner and edge pieces pair up. Do not jump straight into a full F2L algorithm list if you still feel lost during normal solves. Learn how to make a pair, move it above the correct slot, and insert it without breaking solved pieces. A simple way to practice is to pause before each F2L pair and ask:
Once the basic idea feels clear, common cases become much easier to recognize. Then you can add algorithms for awkward cases instead of memorizing moves without knowing why they work.
Lookahead improves when you slow down enough to see the next pieces. During F2L, try not to stare at the pair you are already inserting. Your fingers should finish the current insert while your eyes start looking for the next corner or edge.
Use slow solves for this. Turn at a speed where you can keep moving without freezing. Even if the solve is slower at first, you are training the habit that matters most: finding the next useful piece before your hands stop.
More algorithms can make you faster, but only when you learn them at the right time. If your F2L is still full of pauses, memorizing full OLL may not lower your average much. Build a stable base first, then add algorithms that give the biggest return. A good learning order looks like this:
Full PLL usually helps before full OLL because there are fewer cases and the time saved is easier to feel. You also need to recognize each case quickly, not just remember the moves. When you learn a new algorithm, practice it in three ways: recognize the case, execute the moves cleanly, and use it in real solves. An algorithm you cannot recognize during a solve will not make you faster.
Timed solves are useful, but do not use the timer only to chase a lucky single. A better goal is to find patterns in your averages. Track your average of 5 solves or average of 12 solves instead of judging one result. If your short average changes a lot, your solves may depend too much on easy scrambles. If your longer average improves slowly, check which stage keeps creating the same delay. Use a short weekly plan instead of practicing everything at once:
| Day | Focus |
|---|---|
| Day 1 | Slow F2L solves with no rushing |
| Day 2 | Finger tricks and simple triggers |
| Day 3 | 2-look OLL or 2-look PLL recognition |
| Day 4 | Timed solves and average tracking |
| Day 5 | Review your biggest pause from each solve |
| Day 6 | Practice one weak F2L case type |
| Day 7 | Do relaxed solves and compare your averages |
You do not need a long session every day. Ten to twenty focused minutes is enough if each session has one clear target. If you are above one minute, spend more time on F2L basics and fewer pauses. If you are between 30 and 60 seconds, work on lookahead, last layer recognition, and cleaner turning. If you are already under 30 seconds, small details like fewer rotations, faster recognition, and better inspection become more important.
A faster solve comes from knowing what to fix next. Do not change everything at once or measure progress by one best time. Pick one weakness, train it for a few days, and check whether your averages become more stable. When your practice has a clear target, improvement is easier to see and easier to repeat.
It depends on your current level and how often you practice. If you already know a beginner method, you may see small improvements within a few weeks by practicing regularly. Bigger drops, such as going from two minutes to under one minute or from one minute to under 30 seconds, usually need more time because you are changing habits, not just learning new moves.
If you can solve the cube in about one to two minutes, that is a normal beginner range. Getting under one minute usually means you are starting to reduce pauses and use a more efficient method. Getting under 30 seconds often requires stronger F2L, faster last layer recognition, and more consistent turning.
You can improve with a normal cube, but a good speed cube makes practice easier. If your cube locks up often, feels too stiff, or cannot turn smoothly, it may hide your real progress. You do not need the most expensive cube, but you should use one that turns reliably and does not fight your fingers.
That is normal. A new method makes you think more during the solve, so your times may drop at first. The benefit comes later, after the new steps become familiar. Do not judge a method after only a few solves. Give yourself time to understand the cases, then compare your averages again.
Being stuck around one minute usually means you can solve the cube, but your solves still have long pauses. The most common causes are slow F2L decisions, weak last layer recognition, and too much time spent finding pieces. Do not try to fix everything at once. Start by reviewing where you pause most, then train that stage for a few days before judging your progress.
You are ready when your current solves feel stable and you can recognize your existing cases without long pauses. If you keep forgetting old algorithms or cannot use them during real solves, adding more will only create confusion. Learn a few, use them often, then add more when they feel natural.
