5 mm graph paper
Five millimetre squares, the metric standard, printed at exactly five millimetres.
Five millimetre squares are the default grid across most of the world outside the United States. It is what a European school exercise book is ruled with, what a bullet journal grid almost always is, and the ruling most cross-stitch and knitting charts assume when they say "graph paper" without qualifying it. If you are printing a sheet for someone else to use and you do not know what they want, this is the safe answer.
The heavy line every fifth square makes each block a centimetre, which is the whole reason the ruling works so well. You can count in centimetres without counting at all, and a measurement read off the page needs no arithmetic — four blocks and two squares is 4.2 cm and nothing had to be worked out.
It is worth knowing what 5 mm is not. It is not a quarter inch, which is 6.35 mm and visibly coarser, and it is not the five-to-the-inch grid of engineering paper, which is 5.08 mm. Both are close enough to look right and far enough out to ruin a scaled drawing.
On Letter with a 10 mm margin this comes out at 39 squares across and 51 down, all of them whole — the generator counts complete squares and centres them, so the leftover millimetre or two is split between the two edges rather than left as a sliver of a square at the bottom right.
Graph paper by ruling and geometry
- Graph paper, any rulingThe full generator — any spacing, six geometries
- Isometric graph paperVertical and 30° lines · for 3D sketching
- Hexagonal graph paperWhole hexagons, any side length, flat or pointy top
- Polar graph paperRings and spokes · any radial step, any spoke angle
- Engineering paper5 squares per inch, green, with a border
- 1 cm graph paper10 mm squares · big enough to write in
- Quarter inch graph paper6.35 mm squares · 4 squares per inch
- Half inch graph paper12.7 mm squares · 2 squares per inch
Questions
Is 5 mm graph paper the same as quarter inch?
No. A quarter inch is 6.35 mm, so quarter-inch squares are about 27 percent larger in area than 5 mm ones. They look similar on screen and are obviously different under a ruler.
Why does 5 mm paper have a heavy line every fifth square?
So that each heavy block is exactly one centimetre. It turns counting squares into reading centimetres, which is most of the point of a metric grid.
How do I check the squares printed at exactly 5 mm?
Count twenty squares — four heavy blocks — and measure. That span is exactly 100 mm, and a whole decimetre is far easier to read accurately off a ruler than a single 5 mm square is. If it comes out at 94 or 96, the print was scaled to fit.
Other tools
- Beading graph paperCharting paper drawn from the bead's own measurements, so the beads on the page are the size of the beads in the tube.
- Cross stitch pattern paperCharting paper at the size your stitches will actually be, for the count of fabric you actually have.
- English paper piecing templatesPick a shape, type the side length you actually want, and print it at true size.
- Bubble answer sheet generatorScantron-style answer sheets, built to your question count.
- Blank clock facesClock faces with hands drawn where they genuinely belong — at 3:45 the hour hand sits three quarters of the way to four, because that is what a clock does.
- Blank periodic tableEvery blank periodic table online is a fixed image.
- Attendance sheet and gradebook gridsPaste twenty-eight names, choose a month, print.
- Printable graph paperAny spacing you like, in millimetres or inches, printed at true size.
- Printable dot grid paperDot paper at the spacing you actually use — 5 mm for a bullet journal, or whatever you type.
- Printable lined paperCollege ruled, wide ruled, or handwriting paper with a dashed midline — at the real spacings, not an approximation.
- Year in pixelsOne cell a day for a whole year, drawn for the year you name — so February is the right length and the months stop where they actually stop.
- Savings and goal colouring chartsType your goal and how many cells you want.
