Maze Basics
Maze Types
A guide to the different maze grid types — orthogonal, hexagonal, circular, triangular, and more — and how each changes the way you navigate.
Orthogonal mazes
The standard maze. Cells are squares arranged in a rectangular grid, with four possible directions per cell: north, south, east, and west. The vast majority of printed puzzles, maze worksheets, and maze games use this format — including all mazes on MazePuzzles.io.
Navigation maps directly to up/down/left/right, making orthogonal mazes immediately intuitive for solvers of any age. The familiar grid structure lets solvers apply systematic strategies efficiently — scanning corridors, tracking position relative to the edges, and using the wall-following rule reliably on perfect mazes.
Best for
All ages and skill levels. The format of choice for printed worksheets, classroom use, and any context where accessibility matters. Works at every scale from a 5×5 kids maze to a 100×100 hardcore maze.
Hexagonal mazes
Hexagonal mazes use regular hexagon cells instead of squares. Each cell has six possible neighbors rather than four, which means more branching at every junction and a substantially different navigation feel. Movement is diagonal rather than purely cardinal — northwest, northeast, east, southeast, southwest, west — which makes it harder to maintain a clear mental model of where you are in the grid.
The extra connectivity per cell means more decision points per unit of path length. Solvers who are used to orthogonal mazes often find hexagonal mazes noticeably more disorienting at the same scale, even before accounting for the unfamiliar grid shape.
Best for
Experienced solvers who want a fresh challenge, or contexts where visual distinctiveness matters. The honeycomb appearance is immediately recognizable and feels more unusual than a plain square grid.
Circular mazes
Circular mazes arrange cells in concentric rings, with each ring divided into arc-shaped segments. Connections exist both around each ring and between adjacent rings toward or away from the center. The exit is typically at the center, giving the maze a natural inward goal.
The circular structure removes the up/down/left/right mental model that solvers use in orthogonal mazes. Instead, navigation is oriented inward vs. outward and clockwise vs. counterclockwise — which is genuinely disorienting until you adjust. The innermost rings have fewer cells and create a natural funnel toward the exit.
Best for
Decorative contexts, puzzle books, experienced solvers, or anywhere visual novelty matters. Circular mazes look elegant and distinctive on paper and have an immediate "wow factor" that rectangular grids do not.
Other maze types
Triangular (delta)
Uses equilateral triangle cells. Each cell has three sides, but the number of neighbors alternates between two and three depending on triangle orientation. The non-intuitive geometry disrupts standard strategies and makes triangular mazes noticeably harder to navigate than orthogonal mazes of the same scale.
Shaped / irregular
Orthogonal (or hexagonal) cells arranged to fill a custom outline — an animal silhouette, a letter, a holiday shape. The cells follow the same rules as standard mazes, but the irregular boundary adds visual appeal and disrupts wall-following. Popular for kids' activities and themed events.
Weave mazes
Orthogonal mazes where some passages cross over or under others, like bridges. The over/under topology makes the maze non-planar — the wall-following rule does not work because paths cross the same visual space at different levels. Very high difficulty.
3D and multi-level
Include vertical connections between levels, requiring the solver to track position across multiple floors. In print form, arrows or symbols indicate up/down transitions. Cognitively demanding in a qualitatively different way from any flat maze format.
Choosing the right maze type
For most purposes — printing for kids, classrooms, general recreational use, or building a solving practice — orthogonal mazes are the right choice. They are universally understood, scale to any difficulty level, and work for all ages.
For experienced solvers who want a fresh challenge, hexagonal mazes offer significantly more disorientation at the same grid size. Circular mazes add visual appeal and a unique center-focused navigation challenge. The other types — triangular, weave, 3D — are best treated as speciality puzzles for dedicated enthusiasts rather than everyday practice.
Frequently asked questions
- What is an orthogonal maze?
- An orthogonal maze uses a square grid, with four possible directions per cell: north, south, east, and west. It is the standard maze format — the type used in the vast majority of printed puzzles, worksheets, and maze games. MazePuzzles.io generates orthogonal mazes.
- What is a hexagonal maze?
- A hexagonal maze uses regular hexagon cells instead of squares. Each cell has six possible neighbors, which creates more branching at each junction and a significantly different navigation feel. Movement is diagonal rather than purely cardinal, making hexagonal mazes harder to orient in than equivalently sized orthogonal mazes.
- What is a circular maze?
- A circular maze arranges cells in concentric rings, with the exit typically at the center. Connections exist around each ring and between adjacent rings. The circular structure removes the familiar up/down/left/right mental model, creating a genuinely different kind of disorientation compared to grid mazes.
- Which maze type is hardest to solve?
- Hexagonal and triangular mazes tend to be harder than orthogonal mazes at the same scale, because they disrupt standard solving strategies like the wall-following rule. Weave mazes, which include over/under passages, are extremely difficult because they are topologically more complex than flat mazes.
- Are MazePuzzles.io mazes square grid or something else?
- MazePuzzles.io generates orthogonal (square grid) mazes. These offer the broadest accessibility — orthogonal mazes work at any skill level, print cleanly on standard paper, and support all the major solving strategies. The maze generator and library both use the orthogonal format.
- What is a weave maze?
- A weave maze is an orthogonal maze with passages that cross over or under each other, like bridges. This makes the maze topologically non-planar — the standard wall-following rule no longer works, because paths can pass through the same visual space at different levels.
- Where can I try different maze sizes?
- The Maze Library on MazePuzzles.io has orthogonal maze worksheets organized by size: small (20×20), medium (40×40), large (60×60), expert, and hardcore. You can also generate a custom maze at any size using the Maze Generator.
Try an orthogonal maze
Browse the full library or generate a custom maze at any size.