Name

AOP Oversize Hoodie

Colors · 1

Sizes · 6

S, M, L, XL, XXL, XS

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Size table

AOP Oversize Hoodie	XS	S	M	L	XL	XXL
HALF CHEST WIDTH (cm)	66	60	61	63	65	69
LENGTH (cm)	53	69	74	77	80	85
SLEEVE LENGTH (cm)	47	50	53	57	59	61
TOLERANCE: +-3cm

Product description

All Over Print Unisex Oversize Hoodie

AOP Unisex Oversize Hoodie | 280 GSM | 90% Cotton, 10% Polyester

Take your designs to the next level with this All Over Print Unisex Oversize Hoodie! Featuring a relaxed fit, dropped shoulders, and a fully printed hood, this hoodie is built for comfort and full creative expression.

With 280 GSM fabric and generous surface area for all-over prints—including the hood, sleeves, and back—this piece is perfect for bold, eye-catching designs that stand out in any POD collection. Its oversized silhouette offers a trendy, gender-neutral look suitable for all body types.

Product highlights:

Unisex oversized fit - relaxed and on-trend
Dropped shoulder seams - for a looser, modern look
280 GSM french terry fabric – mid-weight comfort for all seasons
Fully printable hood – expand your design canvas
Seam-to-seam print coverage – perfect for artistic and detailed graphics
Compatible with DTG, sublimation, or other full-print techniques

Perfect for: streetwear lines, artist collaborations, seasonal drops, statement pieces, and on-demand fashion brands.

Tips For Best Results:

Create files in sRGB color profile.
Prepare designs at 1:1 scale relative to the actual print size.
Save files in PNG format with a resolution of at least 150 DPI. A higher resolution, such as 300 DPI, will produce sharper results. However, note that higher-resolution files may take longer to upload, which can affect transfer and online editing times.
Avoid using semi-transparent elements or reduced opacity in designs,
Placement Tolerances: Minor variations in print placement may occur, so avoid placing critical alignment elements near edges or seams.
In designs intended for all-over print (AOP) products, we recommend avoiding large areas of solid color, particularly in dark shades. Such areas can cause the product to feel stiffer, which may affect its comfort. Instead, we suggest using more varied patterns, which not only enhance the aesthetic appeal but also ensure greater wearing comfort.