Liputan6.com, Jakarta The colorful puzzle that sits on your desk might look impossible to solve, but learning how to solve 2x2 Rubik's cube is much easier than you think. This small cube has fascinated millions of people around the world since its invention. Many beginners choose the 2x2 version as their first step into the world of puzzle cubes because it offers a perfect balance between challenge and achievability.
The 2x2 Rubik's cube is actually much easier than the classic 3x3 version. While a 3x3 cube has 43 quintillion possible combinations, the 2x2 has only about 3.6 million possible arrangements. This means fewer moves to memorize and less time to master. The 2x2 cube is often called the "Pocket Cube" because of its small size and simple structure.
In this article, we will share a guide on how to solve 2x2 Rubik's cube for beginners. We will also explore some other types of Rubik's cube you can try next after you master the 2x2 one. We gathered the information from various sources, Thursday (7/8/2025).
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Key Terms You Should Know
Before you start learning the solution method, you need to understand some basic words that cube solvers use. These terms will help you follow the instructions more easily and understand what each move does to your cube.
- Algorithm: A series of moves that you repeat to change specific pieces on the cube. Think of it like a recipe with exact steps to follow.
- Layer: One level of the cube. The 2x2 cube has two layers - top and bottom.
- Corner piece: Each small cube that makes up the bigger cube. A 2x2 cube has 8 corner pieces total.
- Face: One side of the cube. Each face has one color when the cube is solved. There are 6 faces total.
- Notation: Notation: The letters used to write down cube moves. Each letter represents one face of the cube: R (right), L (left), U (up), D (down), F (front), and B (back). A plain letter like "R" means turn that face 90 degrees clockwise. A letter with an apostrophe like "R'" means turn that face 90 degrees counterclockwise. A letter with the number 2 like "D2" means turn that face 180 degrees (twice). So "R' D2 R D R' D' R" means: turn right counterclockwise, turn down twice, turn right clockwise, turn down clockwise, turn right counterclockwise, turn down counterclockwise, turn right clockwise.
- Orient: To turn pieces so the correct color faces the right direction.
- Permute: To move pieces to their correct positions on the cube.
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How to Solve 2x2 Rubik's Cube
Now you are ready to learn the actual solution. This method breaks down into three main steps that build on each other. Take your time with each step and practice until you feel comfortable.
Step 1: Solve the First Layer
Choose one color to start with. White or yellow work well for beginners. Find a corner piece that has your chosen color and hold the cube so this color faces down.
Your goal is to bring the other three corner pieces with your chosen color to join the first piece. Make sure the side colors also match correctly. For example, if you have a white-red-blue corner, it should go next to the white-red and white-blue faces.
Use these basic moves to position the corner pieces:
- If the piece is in the top layer and needs to go to the front-right: F D F'
- If the piece is in the top layer and needs to go to the back-right: R' D' R
- If the piece is in the wrong position in the bottom layer: R' D2 R D R' D' R
Keep repeating these moves until all four corners of your chosen color are in the bottom layer with correct side colors.
Step 2: Orient the Last Layer
Flip your cube upside down so the solved layer is now on the bottom. Look at the top face. You want to make the opposite color appear on all top pieces. If you started with white, you want yellow on top now.
Count how many pieces already show the correct color on top. You might have 0, 1, 2, or 3 pieces showing the right color. Based on what you see, use one of these algorithms:
For 1 piece correct: R' U' R U' R' U2 R
For 2 pieces diagonal: R2 U2 R U2 R2
For 2 pieces adjacent: F R U R' U' R U R' U' F'
You might need to repeat an algorithm several times or try different angles until all top pieces show the same color.
Step 3: Position the Final Pieces
Now all top pieces show the same color, but they might not be in the right positions yet. Look for two corner pieces that have matching colors on their side faces.
If you cannot find two matching corners, do this algorithm from any position: L' U R' D2 R U' R' D2 R2
Once you find two matching corners:
1. Turn the top layer so the matching colors line up with the same color on the bottom layer
2. Rotate the whole cube so this solved side faces right
3. Turn the top layer once counterclockwise
4. Do the algorithm: L' U R' D2 R U' R' D2 R2
Your cube should now be completely solved! If not, check that you followed each step correctly and try again.
Other Types of Rubik's to Try
Once you master the 2x2 cube, you might want to explore other puzzle cubes that offer different challenges and experiences. There are many other variations of Rubik's cubes that are more challenging than the 2x2 one. Here are the other types of Rubik's cubes you can try after you master the 2x2 version:
- 3x3 Rubik's Cube: The classic version that started it all. It has 9 squares on each face and requires learning more algorithms than the 2x2.
- 4x4 Rubik's Cube: Also called the Rubik's Revenge. This cube has 16 squares per face and introduces new challenges like center piece positioning.
- Pyraminx: A triangle-shaped puzzle that looks completely different but uses similar solving principles to the cube family.
- Megaminx: A 12-sided puzzle that tests your patience and memory. Each face is a pentagon instead of a square.
- Mirror Cube: This cube changes shape as you turn it. Instead of colors, you solve it by matching the different sized pieces.
- Skewb: A corner-turning cube that moves differently than regular Rubik's cubes but offers a fun new challenge.
- Square-1: This puzzle changes its shape dramatically and requires a completely different approach to solve.
Each of these puzzles will teach you new skills and keep your mind sharp. Many people find that solving different types of cubes helps them understand spatial relationships better and improves their problem-solving abilities in daily life.
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