10 Genius Cube Solver Tips and Tricks Every Speedcuber Should Know

The Rubik’s Cube — the world’s most-sold puzzle — has challenged minds for decades. Whether you picked it up for fun or as a serious brain workout, solving it remains one of the most satisfying achievements.

For those still struggling to solve or wanting to sharpen their solving speed, this guide brings you 10 genius cube solver tips and tricks that will help you understand, practice, and master the art of speedcubing. Let’s dive into the colorful world of cubes!

1. Understand the Cube Structure First

Before you start memorizing algorithms, it’s essential to understand the cube’s anatomy. Every 3×3 Rubik’s Cube (like the GAN 356 RS or MoYu RS3M 2021) has:

  • 6 centers (fixed pieces that define the color of each face)

  • 12 edges (two-colored pieces)

  • 8 corners (three-colored pieces)

Remember: the centers never move. They guide you in aligning colors correctly. Grasping this helps you visualize each move logically, not just mechanically.

2. Master Basic Notation

Learning cube notation early makes tutorials and guides much easier to follow. Here’s a quick reference:

  • R = Right face clockwise

  • R’ = Right face anticlockwise

  • L = Left face clockwise

  • L’ = Left face anticlockwise

  • U / U’ = Upper face clockwise/anticlockwise

  • F / F’ = Front face clockwise/anticlockwise

These notations are your language of cubing. Practice them slowly until you can visualize each turn naturally.

3. Learn the Layer-by-Layer (LBL) Method

A common misconception is that you solve the cube color by color. The correct method is layer by layer:

  1. First Layer: Solve the white cross → white corners

  2. Second Layer: Place non-yellow edge pieces correctly

  3. Last Layer: Form the yellow cross → orient yellow corners → complete the top

This is the beginner’s method most solvers start with before advancing to speedcubing algorithms like CFOP (Cross, F2L, OLL, PLL).

4. Practice the White Cross Efficiently

Start solving with the white cross — it’s your foundation.

  • Find a white edge piece.

  • Match its non-white color to the correct center.

  • Rotate it until the white part aligns with the white center.

Repeat this process for all white edges. Once you’ve built the cross perfectly, your cube will already look organized — that’s your first mini victory.

5. Use Finger Tricks to Increase Speed

Speedcubing isn’t just about knowing algorithms — it’s about how efficiently you execute them.
Learn finger tricks — smooth, minimal-finger movements that reduce cube rotations and increase speed.

For example:

  • Use your index finger for quick U moves.

  • Use your thumb and middle finger to control R and L moves simultaneously.

  • Keep your grip relaxed; tension slows you down.

Modern magnetic cubes like the GAN 11 M Pro, MoYu Weilong WRM, or Cubelelo Drift 3M are designed for faster, smoother turns, making finger tricks easier.

6. Time Yourself and Track Progress

Use cube timer apps like CsTimer or Cubeast to record your solving times. Tracking helps identify weak steps — maybe you’re spending too long forming the cross or during the final layer.

Try setting mini-goals like:

  • Sub-90 seconds → Beginner

  • Sub-45 seconds → Intermediate

  • Sub-20 seconds → Advanced speedcuber

Progress feels more rewarding when you can measure it!

7. Memorize Key Algorithms Gradually

Don’t overwhelm yourself by trying to memorize all algorithms at once. Start small:

  • Beginner’s method: 6–8 basic algorithms

  • CFOP method: Around 78 algorithms total (OLL + PLL combined)

Write them down, use flashcards, or practice specific cases daily. Over time, your muscle memory will take over — you’ll perform algorithms instinctively.

8. Watch and Learn from Professionals

There’s no better teacher than observation. Platforms like YouTube and cube communities like  Cubelelo Tutorials host tons of walkthroughs.
Watch how experts like Feliks Zemdegs or Tymon Kolasinski handle finger movements, cube rotations, and efficient solutions.

You’ll notice their solves are not faster because of luck — it’s precision, rhythm, and reduced cube re-grips.

9. Upgrade to a Better Cube

If you’re using an old or tight cube, it might hold you back. Upgrading to modern cubes designed for speed can drastically change your experience.
Recommended options:

  • GAN 356 RS (budget-friendly)

  • MoYu RS3M 2021 (magnetic)

  • Cubelelo Drift 3M (beginner-friendly)

  • Dayan TengYun V2 (quiet and smooth)

Good hardware matters — it minimizes friction, improves control, and helps execute moves effortlessly.

10. Stay Patient and Enjoy the Process

Speedcubing is a journey. Every improvement, even shaving off 1 second, counts. Don’t rush to memorize every trick overnight.
Instead, enjoy the pattern recognition, the smooth turns, and that moment of satisfaction when every color aligns perfectly.

Remember, even the best speedcubers started by struggling with the white cross — consistency is the secret.

Final Thoughts

The Rubik’s Cube isn’t just a toy; it’s a test of logic, patience, and creativity. With these 10 cube solver tips and tricks, you’ll not only get faster but also develop a deeper appreciation for the puzzle’s design.

So, pick up your cube — whether it’s a GAN, MoYu, or Cubelelo — and start practicing today. The world of speedcubing awaits!

Frequently Asked Questions (FAQ)

1. How long does it take to become a good cube solver?

It depends on consistency. With daily practice (30–45 minutes), most beginners can solve under 1 minute in 2–3 weeks. Speedcubing under 20 seconds might take a few months.

2. What is the best cube for beginners?

The Cubelelo Drift 3M and MoYu RS3M are excellent beginner cubes — smooth, affordable, and reliable for learning finger tricks.

3. How many algorithms should I learn for speedcubing?

To start, just 6–8 basic algorithms are enough. As you progress into the CFOP method, you can gradually learn up to 78 algorithms for advanced speedcubing.

4. Can I solve the cube without memorizing algorithms?

Technically yes — you can use intuitive methods. But for efficiency and faster solves, algorithms are essential to mastering pattern recognition and accuracy.

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