Addicted Push-Up Mesh Jockstrap - Navy

The Addicted Push-Up Mesh Jockstrap represents a masterclass in minimalist design, combining Addicted’s signature architectural precision with an athletic, high-performance silhouette. Engineered for the modern man, this jockstrap serves as the essential foundation for a curated wardrobe, prioritizing a seamless blend of visual impact and functional integrity.

Crafted from a specialized micro-mesh fabric, the textile architecture of this piece focuses on breathability and sensory elegance. The open-weave construction ensures optimal airflow, maintaining a consistent temperature even during periods of high activity. The blend of polyamide, cotton, and elastane provides a structured yet flexible drape, ensuring the fabric moves in perfect harmony with the body’s natural contours.

The structural ergonomics of the design are defined by a high-tension Addicted elastic waistband, which provides a secure, stable fit without sacrificing comfort. The anatomical support is engineered to lift and shape, utilizing clean, deliberate lines to enhance the natural silhouette. Every stitch is placed with intention, ensuring that the garment remains refined and durable through repetitive wear.

Designed in Barcelona, this piece exemplifies European craftsmanship, offering a tailored fit that elevates the standard of daily essentials. To maintain the integrity of the fabric and the precision of the fit, we recommend cold water washing. Discover more pieces that define excellence in engineering within our Addicted collection.

• Strategic micro-mesh panels provide constant ventilation for a fresh, dry experience.
• Engineered lifting support enhances the natural silhouette with precision contouring.
• The signature Addicted waistband offers a secure, non-binding fit for all-day comfort.
• Advanced polyamide blend construction ensures superior shape retention and fabric longevity.
• Minimalist aesthetic allows for a seamless, bulk-free profile under tailored trousers.
• Precision-engineered stitching provides reinforced support where it is needed most.