Algorithms for solved cubes
Cube patterns are move sequences that transform a solved cube into a planned design. Instead of solving a scramble, you start from a solved cube and apply an algorithm to create shapes such as checkers, dots, crosses, rings or layered color effects.
The pattern gallery supports 2x2 through 7x7 cubes. Choose a cube size, pick a pattern, and follow the moves to create the design. When you want to return to solved, reverse the same moves or use the solver if the cube has been changed beyond the original pattern.
A pattern is not a solve. It is a repeatable algorithm that starts from a solved cube and creates a planned visual result. Some patterns are simple and symmetric, while larger cube patterns can use inner layers to create rings, peaks, stripes and more detailed designs.
Start with a solved cube, choose the matching size, and apply the moves exactly as shown. If your cube is already scrambled, solve it first. Pattern algorithms assume the solved state, so starting from a random scramble will not create the intended design.
2x2 patterns are quick because every piece is a corner. They are good for learning how short algorithms change the whole cube.
Includes Checker, Columns, Cube.
3x3 patterns include classic designs such as checker, dots, gift box, cross and cube effects.
Includes Checker, Dots, Gift Box, 3D, Cross, Columns.
4x4 patterns can use inner layers and wide turns, so read the notation carefully before turning.
Includes Square, Cube, 3D, Stripes, Peak.
5x5 patterns have enough stickers for rings, flipped designs and more detailed color layouts.
Includes Checker, Ring, Tricker, Flipped, Super.
6x6 patterns create large checker, ring and cross effects across broader faces.
Includes Checker, Ring, Cross.
7x7 patterns can show more detailed dots and peak designs because each face has a larger grid.
Includes Peak, Dots.
Alternates opposite colors across the cube, producing a high-contrast checkerboard effect.
Creates vertical bands of color that wrap around the cube faces.
Builds a smaller cube-like design inside the visible sticker layout.
Places contrasting center marks or dot-like groups on each face.
Creates a wrapped-box look with crossing color bands.
Uses color placement to suggest depth and a raised three-dimensional shape.
Forms cross shapes across selected faces while preserving a clean geometric look.
Creates square center blocks on larger cube faces.
Turns rows and layers into clean horizontal or vertical stripes.
Builds a pointed, peaked color effect across multiple faces.
Creates a target or ring shape around the face centers.
Produces a more complex mixed-color design for larger cubes.
Flips the visual emphasis of face colors for a bold larger-cube pattern.
Creates a dense, advanced-looking pattern with many repeated turns.
A cube pattern is an algorithm that creates a visual design from a solved cube, such as checker, dots, cross, ring or cube-in-cube effects.
The gallery includes patterns for 2x2, 3x3, 4x4, 5x5, 6x6 and 7x7 cubes.
Yes, patterns are easiest to follow from a solved cube. If your cube is scrambled, solve it first and then apply the pattern moves.
Usually yes. Reverse the pattern algorithm or use the cube solver if you are unsure what moves were made.