4-rth Performance Premium Mens 4/5 Zipper Pocket Capri Yoga Pants (Charcoal Heather)

The 4-rth 4/5 Performance Capri represents the intersection of athletic functionality and contemporary design. By recalibrating the standard yoga silhouette into a precise 4/5 length, this piece offers a sophisticated alternative for the modern individual seeking a streamlined aesthetic that transitions effortlessly across various environments.

Constructed from a premium, high-density Modal fabric—a textile derived from sustainable birch tree fiber—these capris offer a signature tactile experience. The material is engineered for superior drape and softness, providing a breathable, second-skin foundation that maintains its structural integrity and plush hand-feel through repeated wear.

The structural ergonomics of this garment are defined by meticulous tailoring. A low-waisted configuration, situated two inches below standard benchmarks, pairs with a contoured yolk engineered to facilitate complex movement without tension. Lateral 2x1 rib piping is integrated along the outer leg and inner knee to offer strategic flexibility, while the raw-edge hem finish provides a subtle, intentional finish that enhances overall garment breathability and range of motion.

Whether engaging in intensive movement or navigating daily commutes, this silhouette ensures a precise, adaptive fit. Discover more essential foundations within our 4-rth Collection and refine your wardrobe with pieces designed for longevity and style.

• Deep-profile zippered pockets providing secure, ergonomic storage for everyday essentials.
• Contoured yoke paneling engineered to support extended ranges of motion without fabric tugging.
• Modal-based fiber architecture delivering exceptional moisture-wicking and climate adaptability.
• Strategically placed rib piping for increased lateral stability and enhanced joint mobility.
• Raw-edge hem construction offering a clean, contemporary aesthetic and improved airflow.
• Tailored low-rise waistband designed for a secure, non-restrictive fit during high-intensity activity.