How to Make a Bead Pattern (Step by Step)

By the end of this you will have a working bead chart of your own — sized correctly, charted for the right stitch, color-tested, and with an exact bead order to back it up.

To make a bead pattern you are doing one thing: deciding which color of bead sits in every cell of a grid. Everything else — sizing, stitch choice, palette, counts — exists to make that grid correct before you thread a single bead. This guide walks the full pipeline, whether you are starting from a measured size, a sketch, or a photo.

The single mistake that ruins more first patterns than any other is treating the grid as if it were square. A size 11/0 seed bead is not square, and if you ignore that your finished piece comes out distorted. So we start there.

Step 1: Set the size, then convert to bead counts

Begin with the finished dimensions in millimeters. A cuff bracelet band might be 165 mm long and 30 mm tall. A pendant might be 40 mm by 50 mm. Write down both numbers — width and height — because the two axes do not convert the same way.

Here is the fact every beader needs and most pattern guides get wrong. A Miyuki Delica 11/0 — the most common cylinder bead for charted work — measures roughly 1.6 mm wide and 1.3 mm tall, with a 0.8 mm hole, at about 19–20 beads per inch laid side to side. It is wider than it is tall. The cell on your chart is a rectangle, not a square.

Convert each axis by its own dimension:

• Columns (width): finished width in mm ÷ 1.6
• Rows (height): finished height in mm ÷ 1.3

For a 40 mm × 50 mm pendant that is 40 ÷ 1.6 = 25 columns and 50 ÷ 1.3 ≈ 38 rows. Notice the rows came out denser than a square grid would predict — that is correct, because each bead is shorter than it is wide.

If you only ever remember one number from this article, make it this one: beads are wider than tall, so you almost always need more rows than a naive square conversion suggests.

Step 2: Choose the stitch — it changes the grid

The stitch you plan to work decides what kind of chart you draw. The three charted off-loom and on-loom stitches behave differently:

• Loom: beads sit in clean vertical columns, held by warp threads (the threads strung lengthwise on the loom). The chart is a plain square grid — every cell lines up with the one above and below.
• Brick stitch: rows are stacked like bricks in a wall, each bead straddling the thread bridge between two beads in the row below. The working chart still reads as a square grid; the offset is in the construction, not the chart you color.
• Peyote stitch: the chart is offset — drawn on staggered, brick-like cells where every other column drops down by half a bead. Peyote graph paper shows "staggered ovals" for exactly this reason.

That peyote offset matters when you design. A diagonal line or a sharp point lands differently on a staggered grid than on a square one, and a motif charted on square graph paper will shear when you actually stitch it in peyote. Use stitch-correct graph paper from the start. Fusion Beads and Fire Mountain Gems both offer free printable grids for peyote, brick, loom, and herringbone.

One peyote term to know now, because it affects your column count: even-count vs odd-count. Even-count peyote uses an even number of beads across and is easier to work. Odd-count uses an odd number, which lets you center a motif on a single column, but it requires a special turn at one edge (the "odd-count turn") to step back into position. If your design has a strong central axis — a single initial, a symmetrical heart — odd-count is worth the extra turn. For a deeper read on grid direction and the peyote offset, see our guide to reading a bead chart.

Step 3: Two routes to the chart — hand or photo

With size and stitch settled, you fill in the grid. There are two honest routes, and serious designers use both.

Route A — hand-charting. Print the correct graph paper for your stitch and your bead count, then color cells with pencils or markers. This is the right route for geometric work, lettering, small motifs, and anything where you want total control over each bead. It is slow and it is unforgiving of counting errors, but nothing teaches the grid faster.

Route B — convert an image. Start from a photo, logo, or drawing and let software quantize it to your grid and match each cell to a real bead color. This is the only sane route for photographic subjects — a portrait or a landscape has thousands of cells and far too many colors to chart by hand. The catch is that a raw "one pixel = one bead" conversion ignores the aspect-ratio correction from Step 1 and tends to throw 60 near-identical blues at a sky. Good conversion tools correct the aspect ratio and cap the palette. Our walkthrough on turning a photo into a bead pattern covers image prep in detail.

A common hybrid: convert the image to get a starting chart, then hand-edit problem areas — clean up an edge, drop a redundant color, sharpen an eye in a portrait. You get the speed of conversion and the control of hand work.

Step 4: Build the palette and run the grayscale test

A pattern that looks great on screen can turn to mud in beads. The reason is almost always value contrast — the lightness difference between colors — not hue. Two colors that contrast strongly by hue (a red and a green, say) can sit at nearly the same value and blur into one shape when stitched.

The test beaders use is simple: desaturate your chart to grayscale. If the shapes still read clearly in gray, the value contrast is strong enough. If the design collapses into one flat tone, you need to push some colors lighter or darker — regardless of how nice the colors look in full saturation.

Two more palette realities specific to beads:

• Finish changes apparent color. A matte bead and a glossy bead with the same color code read as different colors in the piece. Hold finish steady across a palette unless you are using it deliberately.
• Keep the palette tight. Six to ten colors covers most designs. More colors means more tubes to buy, more places to lose your spot, and more near-duplicates that the eye cannot tell apart anyway.

For a full method on choosing and testing colors, see our bead color theory guide.

Step 5: Handle negative space correctly

Sometimes the design calls for holes — cells with no bead at all. The community term for this is negative space (also called openwork). How you handle it depends entirely on your stitch, and getting this wrong makes a pattern unworkable.

• Loom — trivial. The warp threads run the full length of the piece regardless of beads. To leave a void you simply do not place beads on those warps in those rows. The structure holds because the warps are still there.
• Peyote and brick — advanced. There is no warp to span an empty cell. An internal hole means the beadwork on either side is no longer connected through that row. You work the regions as separate strips and bridge them where they rejoin, or stitch a separate motif and join it to the body at two or more points. You cannot simply "skip a bead" mid-row and carry on as if nothing happened — the thread has nothing to anchor to across the gap.

Step 6: Tally the beads and add a 15% buffer

Now turn the chart into a shopping list. Count the cells of each color — by hand for a small chart, or read the per-color totals straight off your software for a large one. That cell count is your bead count per color, minus any negative-space cells.

Convert counts to grams using a real density figure. A size 11/0 Delica runs about 200 beads per gram (a standard 7 g tube holds roughly 1,400 beads). So a color that fills 600 cells needs about 3 g.

Then add a 15% buffer to every color. Beads break under pliers, roll off the table, get culled for being malformed, and a few always end up in the dog. Fifteen percent is the standard cushion — enough to finish the piece without a second order, not so much that you bury yourself in leftovers. For accent colors where you might only need a gram, round up to a full tube anyway; tubes are cheap and dye lots drift between orders. Our bead quantity guide breaks down density by stitch and size.

Step 7: Make a clean working chart

A pattern you cannot follow at the table is not finished. A working chart needs:

• A colored grid drawn for the correct stitch (square for loom and brick, offset for peyote).
• A legend mapping each color on the grid to a real bead SKU — for example A = DB0001 (Opaque Metallic Gunmetal) — so anyone can reorder the exact bead.
• Row numbers down the side, and a marked start point and direction, so you never lose your place.
• A word chart — the row-by-row text version, like R12: 4A 2B 4A — which many beaders find faster to follow than reading a grid bead by bead.
• The bead tally from Step 6, attached to the pattern so reordering is trivial.

Save it as a PDF you can print or open on a tablet. Graph-paper charts smear, and a phone screenshot is unreadable by row 40.

How Beadify helps

Beadify runs Steps 1 through 7 in one pass. You upload a photo or image and it corrects the Delica aspect ratio, quantizes to a capped palette, and matches every cell to a real Miyuki Delica, Toho, or Preciosa SKU — no guessing at color names. It outputs the colored chart, a word chart, and per-color bead counts for loom, peyote, or brick, with negative space handled per stitch, as a print-ready PDF.

It does not replace hand-charting a small geometric motif on graph paper — that is still the better tool for lettering and tiny designs. But for anything photographic, or anytime you want exact counts and orderable SKUs without doing the arithmetic yourself, it removes the tedious parts. You can try it free and edit the result by hand afterward.

Related reading

• How to Turn Any Photo into a Bead Pattern — the image-conversion route in detail.
• How to Read a Bead Chart — grid orientation, row direction, and the peyote offset.
• How Many Beads Do I Need? — density by stitch and the 15% buffer, in depth.

Make one small pattern end to end before you scale up. A 25-by-38 pendant teaches you the aspect ratio, the stitch offset, the palette test, and the bead tally in an afternoon — and every larger pattern you make afterward is just more of the same grid.