
Club officers
Ordered hoodies and jerseys in the same season and got two versions of their own badge back.

A club badge does not stay one badge by accident. The same artwork lands on a printed jersey, an embroidered fleece hoodie, a heat-transferred softshell and a perforated leather panel — and on each one it is made a different way. This page is the decoration room: what gets stitched, what gets pressed, what is left to the print room, and where a needle is not allowed to go.
Four readers who found out the hard way that a badge is not a file — it is a file per fabric.

Ordered hoodies and jerseys in the same season and got two versions of their own badge back.

Need a label, a logo and a size flag applied across eight styles and four fabrics without a re-approval each time.

Want their shop name on stock gear without waiting for a whole new production run.

Want sponsor blocks that survive a season of washing, and names that do not sit on top of an armor pocket.
The fabric decides first, the position decides second, and the quantity almost never decides at all — ten hoodies and three hundred take the same route.
Route 01Thread stitched through the fabric with a backing behind it. The only route that gives a raised mark with a physical edge — a badge rather than a picture of one.
Route 02A cut or printed film pressed onto the surface. Flat, thin and sealed — which is what a waterproof membrane or a stretch panel needs.
Not hereDye that becomes part of the fiber, at no weight, on polyester only. It leaves this room and has its own page.
Seven fabrics, the route each one takes, and the reason it takes that route.
| Fabric | Route | Why |
|---|---|---|
| Embroidery | Thick enough to carry a dense badge; cut-away backing stays behind it. | |
| Heat transfer | A dense stitch on a light knit puckers, so the mark goes on the surface. | |
| Print room | A needle through a 140 gsm mesh distorts it; the jersey is sublimated instead. | |
| Mixed | Embroidery for small marks, transfer for large ones, sublimation for the panel design. | |
| Perforation or patch | A needle hole in a hide is permanent, so placement is fixed before the first stitch. | |
| Heat transfer only | Every needle hole is a leak path straight through the membrane. | |
| Stretch film | The mark has to move with the panel instead of cracking across it. |
The strip from the print room is the reference the thread is chosen against — not a screen, and not a thread chart
The badge is profiled once for print and digitized once for thread. The thread colors are then picked by laying candidate cones against your printed color strip under the same daylight lamp the print room uses, on the actual fleece, until the stitched sample and the printed panel read as one color. That thread number is written on the badge file beside the profile name.

A badge digitized for fleece is re-digitized for a woven shell. The same file on both is how a club ends up with two versions of its own logo.
A logo is not an embroidery file. Scroll: the backing goes in first, then the badge is stitched out in the order the machine runs it.
Two people can digitize the same badge and get two results — one that sits flat on a hoodie and one that puckers around the letters — because the decisions are about the fabric, not about the picture.
Stitch count drives machine time; density drives whether the badge stays flat
Stitch count is the number of needle penetrations in a design, and it is what machine time is measured in — so it is the number a factory quotes against.
The practical limits come from the fabric, not from the artwork. A badge too dense for a soft fabric becomes a stiff plate that will not move with the garment; one too open lets the fabric show through the fill. Small text fails first: letters below a legible height fill in and read as a smudge, so a sponsor name that works at chest size is re-drawn for a sleeve rather than scaled down.





What sits behind the stitches decides whether the front is still flat after twenty washes
Every embroidered area is stitched through a backing that holds the fabric still while the needle works. Cut-away backing stays in the garment permanently and is what a stretch fabric or a fleece needs; tear-away comes off after stitching and suits a stable woven. Getting this wrong does not show on the sample — it shows on the fifth wash, when the badge starts to ripple because nothing behind it is holding the knit.
On the inside of a riding garment, a cut-away edge against bare skin is covered with a soft backing patch — on collars, cuffs and anywhere the garment is worn next to the body.
A transfer is chosen by what the garment has to do, not by what it has to look like.

Solid single colors. Thin, matte and stretches a little — the standard choice for rider names on a shell.

Gradients and detail that thread cannot hold. Goes on tees, softshells and waterproof laminates.

For touring and instructor gear, applied as a panel, a stripe or a logo that lights up under a headlamp.
A raised, rubbery mark with an edge you can feel, for clubs that want dimension on a membrane they cannot stitch.
Placement rules that protect the garment, and the reason each one exists. These move placements — and moving a placement is a conversation that happens in writing, at layout stage.
A stitch line across a shoulder, elbow, knee or back pocket changes how the armor sits, and creates a hard point exactly where the garment is meant to absorb.
Every hole is a leak path. Marks on laminates are transferred, never stitched.
A badge that crosses a seam sits on two planes and puckers on both. The placement moves, or the badge is split.
Embroidery does not stretch. A mark on a crotch, yoke or side panel is transferred with a stretch film instead.
A raised badge in the path of a zip or a closing vent wears through from the inside out.
One file per badge per fabric, with the thread numbers and the placement written on it.



Four checks, each made against the file rather than against the last piece off the machine.

The first piece of each decorated style is checked against the stitched sample and the placement map before the run is released.

Placement measured from the fixed point on the map, not eyeballed against the previous garment.

After the first 20 percent, pieces are pulled across sizes and checked for placement drift, thread breaks and puckering.

Every piece checked front and back: no loose ends, no trims left, backing covered where it should be, transfers with no lifting at the edges.
Which changes are free, which need a new file, and which need a new sample.

Send these six and Anna comes back within 24 hours on business days with the route per fabric.

Anna replies within 24 hours on business days with the route per fabric, what has to be digitized, what gets pressed, and which placements need to move before anything is stitched.