Rubik's Cube Solver
Ultimate 3D Rubik's Cube Suite

Solve Your Rubik's Cube Step-by-Step

Get custom solutions in under 20 moves with our optimal interactive 3D solver. Learn advanced speedcubing algorithms like CFOP, Roux, and ZZ with full annotations.

Start Solver Explore Methods
>25 Optimal Moves
57+ OLL Algs
21+ PLL Algs

Interactive 3D Engine Loading

Initializing Solving Engines

Please wait. Generating Kociemba mathematical pruning tables in background Web Worker (takes 3 - 5 seconds).

Interactive 3D Rubik's Cube Solver

Paint your cube colors, select a solving method, and watch the optimal path animated in 3D.

Sticker Color Editor

Select a color from the palette, and click squares on the 2D net layout or directly on the 3D cube to paint them. 💡 Tip: Click on any center square to swap its color and customize your cube's color scheme.

Controls: Drag to rotate | Scroll to zoom | Click stickers directly to paint
Camera Angle:
Step-by-Step Guide

How to Use the Online Rubik's Cube Solver

Follow these simple steps to paint your scramble state, calculate moves, and watch standard 3D playback.

Step 1

Pick Starting Alignment

Hold your scrambled physical Rubik's Cube with the Yellow center on top and the Green center facing front. This standard WCA orientation is essential to ensure that calculated rotations align with your cube.

Step 2

Paint Sticker Colors

Select colors from the color palette, and click individual stickers on the 2D net layout or directly click face stickers on the 3D interactive cube mesh. Ensure all 54 faces precisely match your mixed puzzle.

Step 3

Solve & Play Animations

Pick your solver method (Optimal Kociemba, LBL Beginner, CFOP, Roux, ZZ) and click 'Solve Cube'. Once computed, click 'Play' or step through moves to watch optimal 3D rotations animated in real-time.

Everything You Need for Speedcubing

A rich toolkit containing interactive tools, database libraries, and training utilities.

3D Color Solver

Input your custom scrambled Rubik's cube colors into our 2D net editor and watch the 3D solver animate the optimal resolution path.

Try Solver

Algorithm Database

Search and filter through 57 OLL, 21 PLL, and 41 F2L algorithmic layouts. Read intuitive formulas and play back solutions inside the 3D cube.

Browse Database

Speedcubing Timer

Includes a WCA random-state scramble generator, spacebar-press inspection triggers, and automatically tracks your solve statistics (Ao5, Ao12).

Open Timer

Interactive Rubik's Cube Notation Guide

To solve a Rubik's Cube, you must understand the standard WCA (World Cube Association) notation. Click on the moves below to learn how each rotation works.

Select a Face / Move
WCA Standard Notation

U Move (Up / Top Layer)

Turn the top layer 90 degrees clockwise (to the left, as if looking directly at the top face). This moves the front-top stickers to the left side.

Click other buttons to explore different moves and modifiers.
43 Quintillion 43,252,003,274,489,856,000 States
God's Number is 20

In 2010, mathematicians and computer scientists proved that any of the 43 quintillion states can be solved in a maximum of 20 moves.

Two-Phase Algorithm Herbert Kociemba
The Science of Speedcubing

How Kociemba's Two-Phase Algorithm Solves Any Cube

A standard 3x3 Rubik's Cube has over 43 quintillion possible configurations. Finding the absolute shortest path (optimal solution) in real-time is computationally demanding. To solve this instantly in the browser, our tool implements Herbert Kociemba's Two-Phase Algorithm.

  • 1
    Phase 1: State Reduction Orients all 12 edges and 8 corners, and places the 4 middle-layer edges (E-slice) in their home layer. This reduces the search space to a subgroup G1 where only 180-degree turns of L, R, F, B are allowed.
  • 2
    Phase 2: Subgroup Solver Solves the remaining edge and corner positions using only the allowed subset of moves. Because the search space is now vastly smaller, a highly optimized search tree finds the solution in milliseconds.

Master the Top Speedcubing Methods

Are you looking to break your personal records? Transition from the beginner method to one of the major speedsolving techniques used by world champions.

CFOP / Fridrich 119+ Algorithms

The CFOP Method

CFOP (Cross, F2L, OLL, PLL) is the most popular speedcubing method. It is highly algorithmic, relying on muscle memory and fast trigger movements. Solvers build a cross on the bottom layer, solve the first two layers simultaneously (F2L), orient the last layer (OLL), and permute it (PLL).

Est. Moves: 50-60 Read CFOP Guide
Roux Method 42 Algorithms

The Roux Method

Roux is built on block-building instead of layers. It is rotationless, making it highly ergonomic and popular for one-handed solving. It builds a 1x2x3 block on the left and right sides, solves the top corners (CMLL), and uses M (middle) and U moves to orient and place the last six edges (LSE).

Est. Moves: 45-50 Read Roux Guide
ZZ Method EOLine + F2L

The ZZ Method

The ZZ method focuses on extreme move efficiency and eliminating cube rotations. Solvers begin with "EOLine" to orient all 12 edges and build a line on the bottom. This allows the first two layers (F2L) to be completed using only R, U, and L moves, keeping the hands in home position.

Est. Moves: 45-55 Read ZZ Guide
Petrus Method Intuitive + LL

The Petrus Method

Petrus is a block-building method designed to reduce moves and cube rotations. Solvers build a 2x2x2 block, expand it to a 2x2x3 block, orient the remaining edges (allowing rotation-free completion of the second layer), and finally solve the last layer using standard algorithms.

Est. Moves: 45-55 Read Petrus Guide

Choose Your Solving Style

Compare the most popular methods for solving the Rubik's Cube.

Method Complexity Est. Moves Focus Area Suitability
Layer-by-Layer (LBL) Low (4 algorithms) 100 - 120 Step-by-step layer stages Beginners, kids
CFOP (Fridrich) High (119 algorithms) 50 - 60 F2L block building, OLL/PLL algorithms Speedcubers, advanced solves
Roux Medium-High (42 algorithms) 45 - 50 Block building, M slice, LSE edges Speedcubers, low move counts
ZZ Very High (varies) 45 - 55 EOLine orientation, no rotation F2L One-handed solving, speedcubers
Common Questions

Frequently Asked Questions

Find answers to the most common questions about the Rubik's Cube, optimal solver algorithms, and speedcubing practices.

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Community Feedback & Reviews

See what other speedcubers and beginners are saying about our 3D Rubik's Cube Solver.

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