The layer-by-layer “Beginner Method” is the starting point for almost everyone learning to solve the Rubik’s Cube. But have you ever wondered how efficient it really is, or where it came from?
To find out, we ran 10,000 random scrambles through the CubeUnstuck Digital Tutor to see exactly how much work the average beginner solve requires.
Here is the ultimate statistical breakdown of the beginner method—and a look at why learning it makes you part of a rich mathematical history.
The Surprising Origins of the Beginner Method
Before we look at the data, it’s worth noting that the classic “beginner method” isn’t just a simplified trick—it is one of the oldest methods in cubing history.
Mathematicians were already describing layer‑by‑layer (LBL) solutions in the late 1970s, even before the Rubik’s Cube became a worldwide toy craze. In 1979, a professor named David Singmaster helped popularize this idea and created the standard move notation (R, U, F, etc.) that we still use today.
By the early 1980s, solving the cube layer by layer became the default way to teach beginners. The best part? Modern speed methods like CFOP (used by world champions) are actually just advanced, upgraded versions of this exact same idea. When you learn the beginner method, you are building the exact foundation that top speedcubers rely on!
The 10,000 Scramble Experiment: The Real Move Count
While advanced methods can solve a cube in about 55-60 moves, our analysis of 10,000 scrambles shows that the average beginner method solve takes 210 atomic moves (ranging from a lucky 80 moves to a grueling 321 moves).
Don’t let that number scare you! An “atomic move” is just a single quarter-turn of a face. The beginner method requires more moves because it focuses on safe, repeatable patterns (algorithms) that are easy for a human brain to memorize, rather than the shortest computer-calculated path. You will be moving pieces out of the way and back again to preserve the layers you’ve already solved.
Typical Move Counts by Step
Here is exactly how those 210 average moves break down across the 8 steps of the beginner method. Notice how the moves increase as the cube gets more constrained toward the end:
- Step 1: The Daisy: ~6 moves
- Step 2: White Cross: ~6 moves
- Step 3: First Layer Corners: ~30 moves
- Step 4: Second Layer Edges: ~40 moves
- Step 5: Yellow Cross: ~10 moves
- Step 6: Corner Positions: ~25 moves
- Step 7: Corner Orientations: ~35 moves
- Step 8: Edge Permutations: ~56 moves
Try It Yourself: The Best vs. The Worst Scramble
Want to see what these numbers look like in real life? We saved the exact cube states for the most extreme solves from our 10,000 scramble test.
You can click the links below to launch the CubeUnstuck Digital Tutor and watch the step-by-step solution from start to finish. Our 3D digital twin will guide you through every single atomic move.
🌟 The “Lucky” Scramble (Only 80 moves!) Everything magically fell into place for this cube, requiring the absolute minimum number of moves to solve using beginner rules. ▶ Launch the 80-Move Solve in the Tutor
🔥 The “Worst Case” Scramble (321 moves!) This cube fought us every step of the way, requiring the maximum number of algorithm repetitions to orient the final layers. ▶ Launch the 321-Move Solve in the Tutor
Whether your cube takes 80 moves or 300 moves, the CubeUnstuck Digital Tutor is designed to hold your hand through the whole process. Using your webcam, our Smart AR Scanning detects your exact cube state—even diagnosing physically twisted corners—and guides you to a solved state, one simple step at a time.
Learn more about our interactive Rubik’s Cube tutor and see how it guides you step-by-step without requiring you to memorize any confusing algorithms.