SolveAnyCube — Free Online 3D 3×3 Cube Solver
SolveAnyCube is a free interactive 3D 3×3 Cube solver and learning tool.
Powered by the Kociemba algorithm, it generates random scrambles and computes
near-optimal solutions in under 20 moves — with beautiful animated step-by-step visualization.
How to Solve a 3×3 Cube — Beginner's Method
Learn the Layer-by-Layer method in 7 simple stages. Only ~7 algorithms to memorize!
- White Cross — Form a + shape on the white face with matching side colors
- White Corners — Complete the white face using R' D' R D (Right Trigger)
- Second Layer — Solve middle-layer edges with U R U' R' U' F' U F
- Yellow Cross — Create a yellow cross using F R U R' U' F'
- Yellow Face — Orient corners with R U R' U R U2 R' (Sune)
- Position Corners — Swap corners with U R U' L' U R' U' L
- Position Edges — Final step! Cycle edges to complete the solve
3×3 Cube Notation Guide
Standard cube notation uses 6 letters for each face:
- F (Front - Green), B (Back - Blue)
- U (Up - White), D (Down - Yellow)
- L (Left - Orange), R (Right - Red)
Modifiers: No suffix = 90° clockwise, ' (prime) = 90° counter-clockwise, 2 = 180° turn.
Features
- Interactive 3D 3×3 Cube with realistic animations
- Kociemba algorithm for optimal solving (typically under 20 moves)
- Step-by-step animated solution playback
- Complete beginner's tutorial — 7-stage layer-by-layer method
- Cube notation guide with visual diagrams
- Algorithm cheat sheet for quick reference
- Works on desktop, tablet, and mobile
- 100% free — no signup required
Frequently Asked Questions
How do you solve a 3×3 Cube for beginners?
The easiest method is the Layer-by-Layer approach: solve the white cross, then white corners, then middle-layer edges, and finally the yellow layer in 4 sub-steps. SolveAnyCube guides you through each stage with 3D animations.
What is the Kociemba algorithm?
The Kociemba Two-Phase Algorithm finds near-optimal 3×3 Cube solutions (typically 20 moves or fewer). It was developed by Herbert Kociemba and is used by most online cube solvers.
How many algorithms do you need to solve a 3×3 Cube?
With the beginner's method, only about 7 short algorithms. Advanced CFOP method requires 78+ algorithms but is significantly faster.
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