4-rth Zen Jockstrap (Nautical Green Stripe)

The 4-rth Zen Jockstrap represents a triumph in minimalist foundation wear, blending the signature design ethos of 4-rth with an uncompromising commitment to silhouette. Engineered for those who demand a seamless integration between garment and form, this piece serves as the ultimate base layer for a modern, active lifestyle.

Constructed from premium, sustainably sourced Modal derived from beech wood, this textile offers a sensory experience superior to traditional cotton. The fabric exhibits a refined, dense weave that provides exceptional moisture-wicking properties—50% greater than standard fibers—while maintaining an incredibly soft, lightweight hand feel. This technical fabric composition ensures a cool, breathable drape that moves in harmony with the body.

The structural integrity of the Zen Jockstrap is defined by its custom-engineered waistband, designed to provide a secure, non-binding anchor point. The garment features precision-cut contours that eliminate fabric bunching, ensuring a flawless fit that supports natural movement. Every stitch is placed to optimize anatomical support, creating a tailored, refined silhouette that maintains its shape through extensive wear.

As an essential component of a curated wardrobe, this jockstrap transitions seamlessly from daily wear to active pursuits, particularly when paired with pieces from our 4-rth Collection. We invite you to experience the marriage of artisan comfort and geometric precision; this is foundation wear elevated to an art form. Please note that in accordance with California state law, all underwear items are non-returnable.

• Sustainable Modal fiber construction for superior moisture management.
• Custom-engineered waistband providing a secure, high-comfort fit.
• Precision contouring to eliminate bunching and promote a sleek aesthetic.
• Eco-conscious fabric sourcing derived from renewable beech wood.
• Tailored support geometry designed for fluid, everyday movement.
• Luxury material density ensuring longevity and shape retention.