4-rth Eco-Track Short (Royal Blue)

The 4-rth Eco-Track Short represents a definitive return to classic design principles, balancing effortless versatility with a refined athletic silhouette. As a cornerstone piece of the 4-rth archive, this garment serves as a testament to minimalist form, providing an elevated aesthetic for the modern individual who values both substance and style.

Expertly crafted from sustainable Modal fiber derived from Birch trees, the fabric offers an unparalleled sensory experience. This lightweight textile provides a sophisticated drape and fluid movement that naturally adapts to the body’s form, ensuring comfort in varying climates while maintaining structural integrity through repeated wear.

Engineered for performance and precision, the construction features a secure elasticized waistband and an integrated credit-card pocket for streamlined utility. The signature 2x1 rib fabric piping, strategically positioned along the sides and rear, serves as a masterclass in structural ergonomics, offering enhanced stability and an anatomical fit that contours to the physique during strenuous activity. A 1/2-inch tubular drawcord adds a refined tactile finish to the waist, ensuring a bespoke, customizable hold.

Whether integrated into a dynamic yoga practice or reserved for a polished resort-ready ensemble, these shorts retain their tailored shape and finish with ease. Explore the full spectrum of our design philosophy by browsing the 4-rth Collection to discover more essential pieces crafted for longevity and style.

• Sustainable Birch Modal fabric offers breathable, cloud-like comfort for all-day wear.
• Anatomical rib-knit piping ensures superior flexibility during high-intensity movement.
• Precision-engineered 7-inch inseam creates a balanced, clean-lined profile.
• Minimalist aesthetic transitions seamlessly from athletic performance to casual leisure.
• Dual-purpose side pockets provide functional storage without compromising the streamlined fit.
• Premium construction ensures the garment retains its shape through rigorous cycles.