Acne Studios Back Pocket Logo Sweat Shorts

The Acne Studios Back Pocket Logo Sweat Shorts combine minimalist Scandinavian aesthetics with elevated craftsmanship, delivering a clean luxury casual silhouette built for both comfort and refined everyday wear. Designed with understated branding and premium construction details, the shorts balance relaxed streetwear styling with sophisticated fabric engineering.

Crafted from custom-developed 12s cotton airflow jersey fabric with a unique washed black-grey tone, the material features a substantial 270g heavyweight cotton construction that provides both structure and softness. The fabric undergoes an advanced enzyme wash treatment, removing stiffness while enhancing drape, wrinkle resistance, and overall comfort.

The enzyme washing process gives the shorts a naturally softened vintage-inspired texture while maintaining a smooth breathable feel against the skin. The result is a premium fabric surface with subtle depth and an elevated worn-in luxury aesthetic.

The side seams are constructed using specialized 4-needle 6-thread stitching craftsmanship, a high-end sewing technique requiring industrial specialty machinery. Compared to conventional stitching methods, this construction offers superior durability, enhanced flexibility, cleaner seam finishing, and increased comfort during movement.

The elastic waistband features custom embroidered metal eyelets created using high-speed embroidery machinery. Each eyelet is individually reinforced to achieve a dense and refined finish while improving long-term durability and maintaining the garment’s premium detailing.

Instead of standard drawstrings, the shorts utilize a self-fabric handcrafted waistband cord, constructed from the same fabric as the body for a cohesive luxury appearance that avoids the cheap feel of mass-produced drawcords.

At the back pocket, the Acne Studios logo print undergoes a highly complex layered printing process. The base is built using twelve layers of transparent paste to create thickness, followed by five additional layers of foamed printing material before low-temperature curing. This process produces a raised 3D textured foam print with a soft tactile finish and exceptional durability that resists cracking and peeling over time.