Addicted Push-Up Mesh Jockstrap - Red

The Addicted Push-Up Mesh Jockstrap represents a masterclass in modern undergarment engineering. By merging the athletic pedigree of Addicted with a minimalist design philosophy, this piece serves as the foundation for a refined, contemporary wardrobe. It is an essential component for those who prioritize both visual impact and structural integrity in their daily rotation.

Constructed from a premium blend of polyamide, cotton, and elastane, the fabric selection is driven by performance and sensory experience. The micro-mesh weave facilitates advanced thermal regulation, ensuring the textile remains breathable and lightweight against the skin. This sophisticated material composition offers a technical drape that conforms to the body while maintaining its shape through rigorous wear.

At the core of its design is a commitment to precision ergonomics. The architectural cut is engineered to provide substantial support through a deliberate, anatomical approach to form. The signature Addicted elastic waistband acts as a structural anchor, ensuring a secure yet fluid fit that moves in perfect unison with the body. Every stitch is placed with geometric intent, reinforcing the garment’s clean lines and high-performance capabilities.

Crafted in Barcelona, this piece exemplifies European design standards. Whether integrated into a rigorous athletic regimen or selected for its sculptural silhouette, this jockstrap ensures a consistent, elevated aesthetic. Explore more foundational pieces within our Addicted collection to complete your curated selection. We recommend a gentle care cycle to preserve the integrity of the micro-mesh weave and the longevity of the elastane fibers.

• Micro-mesh ventilation for superior thermal regulation
• Anatomical push-up support for an enhanced profile
• High-tensile waistband for consistent structural stability
• Engineered for an active, ergonomic range of motion
• Lightweight, quick-dry composition for seamless transition
• Premium European construction and design durability