4-rth Designer Raglan Crew-Neck Tee - Long Sleeve (Olive Green)

Command attention with the 4-rth Designer Raglan Crew-Neck Tee, a masterclass in modern menswear that blends aesthetic confidence with an effortless, body-conscious silhouette. Designed by 4-rth for those who refuse to compromise, this long-sleeve essential is engineered to celebrate your physique while providing the versatile foundation every dynamic wardrobe requires.

Experience the sensation of premium, silky-soft Tencel and recycled poly blended fabric against your skin. This innovative material isn't just touchably soft; it offers top-notch durability and impressive 4-way stretch that moves with you. Engineered to naturally wick moisture and evade odors, this tee keeps you feeling fresh whether you are navigating a bustling city morning or dancing until sunrise.

The structural ergonomics of this piece are truly next-level. Featuring sophisticated 5-needle flat-lock stitching, the tee offers a clean, streamlined look that highlights your contours without restriction. The form-fitting sleeves allow for total freedom of motion, while the body is intentionally cut two inches longer than your average tee for a seamless, tucked-in look that never rides up. It is precision-tailored to fit the male anatomy with a second-skin grace.

From high-intensity workouts to casual festival weekends, this raglan is your new go-to. It pairs perfectly with anything in our underwear collection for a cohesive, put-together foundation. Built for longevity and shape retention, this piece remains a staple in your rotation season after season. Elevate your presence and grab your size today.

• Premium Tencel and recycled poly blend for silky, long-lasting comfort.
• Engineered 4-way stretch fabric for a sculpted, athletic fit.
• 5-needle flat-lock stitching for superior durability and style.
• Moisture-wicking properties to keep you cool under pressure.
• Extended body length provides a clean, tuckable silhouette.
• Flexible raglan sleeves designed for unrestricted overhead motion.