Draft the repeat before it prints.
Fashion and textile designers reach Grid Maker Pro for the two grids the discipline runs on. The pattern grids — square, triangular, hexagonal, diamond — carry a motif into a seamless repeat, from a simple block print to an argyle to a tessellated geometric. The Islamic star grids draft the geometric prints with no freehand drift. And the figure-proportion overlay sets the elongated croquis so a flat sketch and a posed illustration read as one hand. Build the tile precisely; the cloth follows.
Four lattices that carry a repeat.
Every surface pattern sits on a lattice. The square grid carries the block repeat and the half-drop repeat — gingham checks, the staggered brick repeat, and florals that step down half a cell on the alternate column. The triangular grid handles tessellation, locking motifs edge to edge. The hexagonal grid builds honeycomb and scale patterns. The diamond grid draws argyle and lattice prints. Choose the geometry first and the repeat resolves itself — the motif only has to meet cleanly at the tile edge.
Square & half-drop
Block prints, gingham, and the classic textile half-drop repeat.
Triangular
Tessellated motifs that interlock edge to edge with no gaps.
Hexagonal
Honeycomb, scale, and fish-scale patterns on a hex lattice.
Diamond
Argyle, lattice, and harlequin prints on the 60° diamond.
From motif to bolt in four moves.
Surface design is the discipline of making one tile look like infinite cloth. Set the repeat unit on the grid, make the motif meet itself at the tile edge, and a single square becomes yards of fabric with no visible seam. The croquis runs the same way — a fixed proportion makes a flat sketch and a posed figure belong to the same collection.
Pose the croquis
Set the figure-proportion overlay to nine heads. The elongation stays consistent across the line sheet.
Set the repeat unit
Define the tile dimension and draw the motif so it meets cleanly at the cell edge.
Tile the repeat
Half-drop the alternate columns and the single tile becomes continuous cloth.
Try the colourway
Swap grounds and motif colours. The geometry is fixed, so only the palette changes.
Six natural dyes that colour most cloth.
A dye palette is to colourway what the lattice is to repeat — a disciplined set that holds a collection together. Indigo, madder, weld, woad, walnut, and cochineal gave the world its textiles for centuries and still anchor a coherent print range. Fix the geometry on the grid; let a limited palette keep the colourways in family.
The textile designer's overlay set.
Square & half-drop
Block prints, gingham, and the classic textile repeat.
→Triangular
Tessellated, interlocking motifs with no gaps.
→Hexagonal
Honeycomb and fish-scale patterns on a hex lattice.
→Diamond
Argyle, lattice, and harlequin prints on the diamond.
→Islamic 8-point star
Geometric prints drafted from the historic star-and-cross tiling.
What designers actually use it for.
A half-drop only works if the motif meets itself exactly at the tile edge. I draft on the square grid and watch the cell boundary like a hawk — the moment the repeat is wrong you see a seam march across a metre of cloth. The grid makes the join visible before the file ever reaches the digital printer.
My croquis is nine heads and the legs carry the elongation. With the proportion overlay every figure in a line sheet has the same stretch, so the collection reads as one hand instead of twelve different illustrators. The flat and the posed figure finally agree.
Argyle is just the diamond grid, and a stranded jacquard is the square. I chart the motif on the lattice that matches the technique, and what I draw is what knits — the stitch aspect is baked into the cell, so the diamond on screen is the diamond on the body, not a squashed approximation.
The questions textile designers ask.
Which grid do I use for a seamless repeat?
Start with the square grid for a straight or block repeat, and a triangular or diamond grid for tessellated and argyle motifs. For the classic textile half-drop, set a square repeat and offset alternate columns by half a cell — the overlay shows you exactly where the motif must meet the tile edge so the pattern reads as continuous cloth with no visible seam.
How tall is a fashion croquis figure?
The fashion croquis is stylised taller than life — typically eight and a half to nine heads, against the roughly seven-and-a-half-head canon of the standing figure, with most of the extra length added to the legs. Set the figure-proportion overlay to a nine-head division and the elongation stays consistent across a flat sketch and a posed illustration so a collection reads as one hand.
Can I export a repeat tile for print or CAD?
Yes. Set the cell dimension precisely, draft the motif to the tile, and export the gridded repeat as a PNG or PDF at any size. Because the grid carries the true cell aspect, the tile you draft is the tile that repeats — drop it into a print-studio CAD package or a digital-print workflow and the motif lands at the dimensions you set. The historic geometric prints are built in Islamic geometric pattern construction.
How do I set up a half-drop repeat grid?
Open the square grid, fix the tile dimension, and draw the motif inside one cell so its edges meet across the tile edge. Then offset alternate columns by half a cell — that vertical shift is what turns a block repeat into a half-drop. The brick repeat works the same way but offsets the rows instead. Tile it across the cloth and watch the cell boundary: if the motif lines up at every join, the repeat reads as continuous fabric.
Repeat, tessellate, and pose — free in the browser.
Set the repeat unit on the lattice that fits the motif, half-drop the tile, and try the colourway. Pose the croquis on a fixed nine-head proportion. Export the tile at true scale for print or CAD. No signup, no upload.
Open the textile grids →References
- Aldrich, Winifred. Metric Pattern Cutting for Women’s Wear. Wiley-Blackwell (6th ed., 2015). ISBN 978-1-118-93857-7. The standard reference on block drafting and grading.
- Albers, Anni. On Weaving. Wesleyan University Press (1965). ISBN 978-0-8195-6037-9. On the grid structure of textile construction.
- Itten, Johannes. The Art of Color. John Wiley & Sons (1973). On colour interaction for textile design.