Play a free circular maze online, then learn how circle mazes are structured, generated, and solved.
Circle mazes replace the usual rows and columns with concentric rings, which changes how distance and route memory feel.
Progress often depends on moving between rings at the right moment. Those inward and outward spokes create the main decision points.
Because the entire maze wraps around a center, every move feels like it is either pulling you closer or pushing you back out.
A circle maze, sometimes called a circular maze or radial maze, organizes paths in rings around a center. Instead of a rectangular grid, it uses a polar layout made of rings and spokes.
Many standard maze algorithms still work when adapted to a polar grid. Each cell can be described by a ring index and an angle index, then passages are carved between neighboring cells.
If you enjoy the design side, our implementation guide explains how maze generation ideas transfer from square grids to more unusual layouts.
Use the arrow keys or WASD to move. Start on the outer edge and work toward the center.
| Comparison | Circle Maze | Square Maze |
|---|---|---|
| Grid shape | Concentric rings and spokes | Rows and columns |
| Best mental model | Think in levels and rotation | Think in corridors and intersections |
| Common challenge | Losing track of inward and outward progress | Looping around repeated turns |
| Best use case | Visual novelty and spatial challenge | Classic maze solving and algorithm demos |
It is a maze built on concentric rings instead of a square grid, with movement along rings and between rings.
Not always. A labyrinth usually has one path, while a circle maze can still have branches, choices, and dead ends.
Focus on whether each move changes your ring, because that tells you more than left-versus-right thinking in a circular layout.
If you like unusual maze layouts, try a classic grid maze, a hexagonal generator, or our deeper algorithm notes.