Preview image
A 3D product preview with editable artwork placement. The downloads contain artwork areas; manufacturing patterns and hardware drawings are not included. The artwork is a sample from a fictional brand — swap in your own in the editor.
Artwork placementApparel & merchandise
Junior dropped-crotch harem trousers decoration template
Original woven trousers with a deep dropped crotch, broad ballooning legs and narrow banded cuffs gathering each ankle, with the waistband from the trouser body. Both front and rear leg decoration areas are independently editable. Export supplier decoration references; cutting, grading and all-over sewing panels are separate. A ready-sized preset of the dropped-crotch harem trousers — adjust the object dimensions and decoration area to preview your artwork at size.
Object size395.2 × 800 mm
Artwork area79 × 144 mm
Download the artwork templatePro
Sign in to download. Dieline downloads are part of Pro: PDF, Illustrator, SVG and DXF, with the artwork area and bleed, without a watermark. See plans
- Reference
- —
- Object size
- Hip width 395.2 · Garment height 800 mm
- Size range
- Hip width 338–728 · Garment height 650–1300 mm
- Parts
- 4 parts — Left leg decoration · front, Right leg decoration · front, Left leg decoration · rear, Right leg decoration · rear
- Artwork area
- 0.046 m²
- Good for
The flat artwork area
Exactly what the downloads contain, drawn from the template at its default size, with a 3 mm bleed.
- Artwork boundary
- Bleed 3 mm
Adjustable in the editor
Alongside dimensions, the template offers 1 option; the template and 3D preview follow each change.
- Object colour17 options
The dropped-crotch harem trousers family
The same model with sizes and artwork options ready to customize.
Preset
Preset
Similar structures
Other structures built in a similar way, matched on code family, category, closures and proportions.
Make this junior dropped-crotch harem trousers yours
Set the artwork area, add your design and export the dimensioned artwork template, or stage the product in a 3D scene.