HOT Seller
If you're getting into speedcubing, you’ve probably realized that solving a cube fast isn’t just about turning it randomly and hoping for the best. A big part of it is learning and remembering specific algorithms, which are sequences of moves that help you solve each step of the cube efficiently. However, knowing how to remember speed cubing algorithms effectively can make a huge difference in your solving speed
One of the most popular solving methods is CFOP (Cross, F2L, OLL, and PLL), which breaks the solve into steps: making a cross, solving pairs, orienting the last layer (OLL), and then rearranging the last pieces into place (PLL). Other methods, like the Roux method, focus on block-building, while the ZZ method reduces cube rotations by solving edges early.
If you’re learning CFOP, choosing a smooth-turning cube like the GAN 356 XS or MoYu WeiLong WR M can help with faster execution
GAN 356 XS 3x3 (Magnetic)
$ 27.99
$ 39.95
GAN 356 XS 3x3 Magnetic is GAN cube's 2019 flagship model and offers a high level of customization. Key features Dual-adjustment core Adjustable magnet strength Plastic core Overview Easy to customize 4 tension settings 6 spring compression settings 3 magnet… >> SHOP PRODUCT <<
MoYu WeiLong WR M 2021 3x3 Lite (Magnetic)
$ 22.95
MoYu WeiLong WR M 2021 3x3 Lite (Magnetic) offers new updates over the 2020 version, for less! Tip: Improve stability and magnetic feel with our easy-to-install Magnetic Core Conversion Kit ($10.95)! Key features Adjustable magnet strength (5 settings) Dual-adjustment core Compact… >> SHOP PRODUCT <<
Of course, memorizing dozens of algorithms can feel overwhelming at first. But don’t worry, you’ll get the hang of it with the right approach! If you're looking for a full step-by-step guide on solving a Rubik’s Cube, check out this blog post, which walks you through the process from start to finish. But if you want to memorize algorithms more effectively, keep reading, Here at SpeedCubeShop, we’ve got the best tips to help you remember and solve them faster!
1. Start With The Basics
Before diving into advanced algorithms, make sure you have a strong foundation with the beginner’s method (often the Layer-by-Layer (LBL) method). The Layer-by-Layer (LBL) method is a way to solve the cube one layer at a time, starting from the bottom and working up to the top. It’s the most common method beginners learn because it’s simple and logical. This will help you familiarize yourself with fundamental cube movements.
- Why it matters: If you try to jump straight into advanced algorithms without first understanding why moves work, they will feel random and hard to remember.
- Tip: Solve the cube as much as possible before moving to strict algorithm memorization.
2. Break Algorithms into Smaller Parts
Memorizing a long set of moves all at once is like trying to remember a long sentence without breaking it into words; it’s too hard! Instead, learn it in small chunks, like learning a short phrase one at a time.
Example: Learning a Simple Move in Pieces
Let’s take an easy algorithm: “Right-Hand Move” (R U R' U')
- (R U) → Move the right side up, then move the top.
- (R' U') → Move the right side back down, then move the top back.
See how it’s split into two smaller parts? Instead of learning "R U R' U'" as one big move, you just do two small steps and repeat until it feels natural.
Why This Works?
- It’s easier to remember! Short moves stick in your brain better.
- You can practice step by step. Get comfortable with one part before adding the next.
- Your hands learn naturally. Small chunks help build muscle memory faster.
3. Build Muscle Memory Through Repetition
Speedcubing is as much about hand movement as it is about algorithm memorization. The more you repeat an algorithm, the less you’ll need to consciously recall the next move.
- Tip: Instead of thinking about each move, let your fingers "learn" the sequence by executing it 10–20 times in a row without stopping; this builds muscle memory over time. Similar to riding a bike, our muscles know what to do next, and we don't have to remember each move.
- Tip: or smoother and faster execution, using a quality cube lubricant like Martian Lube can help reduce friction and improve control
- A simple Hack: Execute the algorithm backward to undo it and reinforce muscle memory.
Martian Lubricant
$ 5.95
Martian Lubricant is our best-selling lubricant and anyone who has tried it understands why. The fast, moderately controllable, soft feel ticks all the boxes for most speed cubers and is just simply great. Recommended for: All puzzles (especially big cubes)… >> SHOP PRODUCT <<
4. Understand Why the Algorithm Works
Instead of just memorizing moves like a robot, try to understand what’s happening to the cube. This makes it easier to remember and fix mistakes if you forget a step.
Simple Example: Again, using the “Right-Hand Move” (R U R' U'), let’s break it down:
- (R U R' U') → Moves a corner piece up and out of its place.
- (R U R' U') → Re-inserts it in a different position, completing the sequence.
Why this helps:
- If you forget a move, you can think: "What was I trying to do?"
- Instead of restarting, you can figure out where you went wrong.
- Understanding why an algorithm works makes it feel natural instead of random steps.
5. Use Easy Patterns and Memory Tricks
When learning moves, look for simple shapes or easy tricks to help you remember them.
Easy Example: Our same method as before, "The Right-Hand Trick" (R U R' U'). Instead of memorizing R U R' U', think of it as:
- "Up, across, down, back."
- "Turn up, turn top, turn down, turn top back."
Another Example: F (R U R' U') F'
Sometimes, you’ll find really easy patterns, or even patterns you’ve already memorized, inside other algorithms. In this OLL case, you have the “Right-Hand Move” right in the middle. You can remember this OLL as F “Right-Hand Move” F'.
Why it helps:
- Your brain likes patterns and easy tricks better than random letters.
- It helps your hands quickly learn the moves naturally.
6. Write Down Algorithms to Remember Them
Writing things down helps you remember better. Keep a notebook or a simple list where you store the algorithms you’re learning.
Best Way to Organize Your Notes:
- Group algorithms by step (PLL, OLL, F2L, etc).
- Add short notes like "This one is easy to recognize" or "Use this finger trick for speed."
- Mark difficulty levels (Easy / Hard / Needs More Practice).
Why this helps
Looking at your notes makes it easier to review and remember the moves when you need them!
7. Use Algorithms in Actual Solves
Practicing a move by itself is good, but using it while solving the cube helps you remember it better.
Practice Trick:
- Solve the cube until you reach a specific case (like an OLL pattern).
- Instead of finishing the cube, repeat just that last step multiple times.
- Do this until you recognize the pattern instantly and can apply the algorithm without thinking.
Why this helps
You’ll learn to spot when to use the move in a real solve, not just in practice!
8. Use Flashcards to Remember Algorithms
Testing yourself with flashcards is a great way to memorize algorithms quickly.
DIY Flashcards:
- Front side: Draw or print a picture of the cube showing a specific case (like an OLL or PLL pattern).
- Back side: Write the algorithm for solving that case.
- Practice by shuffling the cards and trying to recall the algorithm before flipping the card to check.
Why this helps
Seeing the pattern over and over makes it easier to recognize in real solves!
If you prefer to buy premade flashcards, we offer them for the CFOP method, these also give you an idea of what you can do as a DIY for other methods!
CFOP Algorithm Flashcards
$ 16.95
Looking to lower your times? Tired of having to print out sheets of algorithms on bulky printer paper? Our CFOP Algorithm Flashcards are a convenient, efficient way to learn the CFOP speedcubing method. Tip: Learn PLL -> OLL -> F2L for… >> SHOP PRODUCT <<
9. Focus on One Algorithm at a Time
It’s tempting to learn multiple algorithms at once, but that can get complicated
Best Strategy:
- Pick one PLL or OLL case at a time.
- Keep practicing the algorithm until it becomes second nature.
- Once mastered, move to the next one.
Suggested Learning Order for CFOP:
- PLL (Permuting the last layer) first – Recognizing full patterns speeds up solving.
- OLL (Orienting the last layer) next – Learning the most common cases first.
- F2L Tricks & Efficiency – Reducing move count in the first two layers.
10. Stay Consistent, Small Daily Practice is Key
Even just 10-15 minutes a day can make a huge difference. Regular, focused practice helps build long-term recall and speed. Remember consistency is key, practicing minutes a day with a timer like the QiYi Timer helps you track progress and see real improvement
QiYi Timer
$ 14.95
QiYi Timer operates as a standard speedcubing timer and allows you to save your personal best times! *2x Batteries (AA) NOT included… >> SHOP PRODUCT <<
Routine Idea:
- 5 minutes: Review algorithms you struggle with
- 5 minutes: Timed solves, focusing on execution speed
- 5 minutes: New algorithm learning
What to Avoid:
- Trying to learn too much at once.
- Practicing mindlessly without tracking progress.
Learning speedcubing algorithms can feel challenging initially, but with correct practice, pattern recognition, and repetition, they’ll soon become second nature. Over time, you’ll be able to execute them effortlessly, leading to faster solve times and improved efficiency.
If you’re looking for extra guidance, tools like the QiYi Secret Tutorial Book provide step-by-step instructions and visual references to make learning even easier.
QiYi Secret Tutorial Book
$ 3.95
If you are looking to learn how to solve just about any puzzle, the QiYi Secret Tutorial Book is an amazing resource! This compact, travel-friendly book contains tutorials for: 2x2, 3x3, 4x4, 5x5, 6x6, 7x7, megaminx, skewb, pyraminx, ivy cube,… >> SHOP PRODUCT <<
Want to explore different solving methods? Check out some of our guides to find the approach that works best for you:
Stay patient, keep practicing, and keep on cubing!
