5 mm dot grid paper

Five millimetre dot spacing, the bullet journal standard, printed at true size.

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Five millimetres is the dot grid spacing that essentially every bullet journal notebook uses, and the reason dot grid won out over both lined and squared paper for that job is that dots guide without enclosing. A line tells you where to write; a grid of squares boxes you in and shows up around anything you draw. Dots do neither — they mark the lattice and then disappear behind whatever you put on top.

The spacing is small enough to write between two dots and large enough that a spread does not read as texture. It also happens to make the arithmetic trivial: two dots to the centimetre, so a spread laid out in dots converts to millimetres without thinking, which matters when you are drawing a monthly grid to fit a page exactly.

Because this is a generator rather than a fixed PDF, the dot itself is adjustable too. Printed notebooks pick a dot size and you live with it; here you can drop the dots to a faint 0.2 mm for a page that is going to be photographed, or fatten them up for someone who needs to see them clearly.

Dot size is the control worth playing with here. Printed notebooks pick one and you live with it; drop these to a faint 0.2 mm for a page that is going to be photographed for a spread, or fatten them up for anyone who needs to see the lattice clearly.

Dot grid paper

Questions

What dot spacing do bullet journals use?

5 mm, almost universally. Leuchtturm1917, Rhodia, Scribbles That Matter and the rest all print 5 mm dot grids, which is why a spread copied from one notebook fits another.

Why dots rather than a square grid?

Because dots guide without enclosing. A printed square grid shows up around every box you draw and behind every block of text; dots mark the same lattice and vanish behind whatever you put on the page.

How do I check the dots printed 5 mm apart?

Count twenty gaps and measure: 100 mm exactly. Measure between dot centres rather than edges, since the dot has a width of its own and measuring edge to edge builds that width into every reading.

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