Hex Grid Paper Generator (Printable PDF, flat-top/pointy-top)

Generate hex (honeycomb) grids in millimeters for chemistry, materials, and hex maps.

Adjust flat-top / pointy-top orientation, hex size, line weight, and major grids. Share the same layout via SVG, CSV, or URL.

Other languages 日本語 | English | 繁體中文 | 繁體中文(香港) | Español | Français

Create the hex grid you need in seconds

Adjust hex size and line weight for organic chemistry, crystal lattices, or board game maps.

Turn on major grid lines for clearer regions, and use the 50 mm calibration box to verify print scale.

Settings

Common settings
Hex grid
Major grid (bold lines)

Presets

Presets update automatically. The last selection stays highlighted.

Color presets

Actions

Hex grid paper PDF generator

Generate millimeter-accurate SVGs and print to PDF. Review estimated hex counts and layout details.

How it's generated

    Usage tips

    Print at 100% scale with minimal margins and use the 50 mm calibration box to verify scaling.

    Major grids make regions easier to see, which is helpful for hex maps or diagrams.

    The Share button copies a URL with settings so anyone can regenerate the same grid.

    How to use this tool effectively

    Use this generator when you need printable hex paper with a controlled physical scale for maps, chemistry sketches, crystal diagrams, game layouts, or worksheets.

    Start with the print size

    Choose the paper size, orientation, and margins first so the printable area matches your notebook, handout, or map sheet. Then set the hex size in millimeters.

    Pick the hex geometry

    Use flat-top hexes for maps and board-game layouts. Use pointy-top hexes for chemistry sketches, crystal diagrams, or layouts where vertical columns are easier to read.

    Verify the physical scale

    Enable the 50 mm calibration box, print at 100% or actual size, and measure the box before using the page for precise drawing or cut-and-paste work.

    Export the right format

    Use the printed PDF workflow for paper, SVG when you need to edit the grid in a vector tool, and CSV when you need grid coordinates for a map or worksheet layout.

    See also

    FAQ

    When should I use flat-top vs. pointy-top hexes?

    Flat-top hexes work well for hex maps and zone layouts. Pointy-top hexes are often used for organic chemistry sketches or crystal diagrams. Choose the orientation that fits your use case.

    How can I verify the print scale?

    Enable the 50 mm calibration box, print the page, and check that each side measures 50 mm. If it does not, set printer scaling to 100%.

    What should I set first for hex grid paper?

    Choose hex size, page size, orientation, and line style first. Print a small test page before relying on the grid for maps, games, or worksheets.

    Why can hex grid paper results differ from nearby tools?

    Differences usually come from hex size, paper size, printer scaling, orientation, and line weight. Match those assumptions before comparing this result with another CalcBE page, spreadsheet, or external tool.

    How should I judge the reliability of the result?

    Check the 50 mm calibration box after printing. If it does not measure 50 mm, set printer scaling to 100% or actual size, then print again before using the grid for maps, chemistry sketches, or worksheets.