4-rth Hybrid Crew Neck Raglan Tee (Ice Blue)

The 4-rth Hybrid Crew Neck Raglan Tee stands as a definitive exploration of modern, architectural essentials. By reinterpreting the classic crew neck silhouette, 4-rth delivers a piece that prioritizes structural integrity and a clean, uninterrupted line, serving as a foundational element for the sophisticated wardrobe.

Constructed from a bespoke Modal fabric, this garment redefines sensory luxury. Superior to traditional cotton in both hand-feel and resilience, the material offers exceptional colorfastness and a refined, fluid drape. The textile is engineered for durability, ensuring the garment retains its intended form and soft-touch finish through repeated wear and laundering.

Precision is at the heart of the construction. The raglan sleeve design eliminates traditional shoulder seams, promoting an anatomical range of motion and a streamlined profile. A deliberate gathering stitch under the arm allows for customizable sleeve styling that remains secure throughout the day. By removing restrictive side seams and centering the structural focus on the back panel—adorned with the signature 4-rth logo tab—the shirt achieves a seamless, minimalist aesthetic that follows the contours of the body with intentional grace.

Whether worn as a standalone statement or a refined base layer, this tee represents the pinnacle of everyday versatility. Explore more essential designs within our curated 4-rth Collection and experience apparel that moves with purpose and maintains its shape over time.

• Raglan sleeve construction eliminates shoulder resistance for improved mobility.
• Custom modal weave provides a softer-than-cotton tactile experience with enhanced longevity.
• Seamless side-profile design creates an uninterrupted, flattering silhouette.
• Adaptive gathering stitch at the sleeve allows for versatile, reliable styling.
• Premium colorfast textile ensures the deep Ice Blue tone remains vibrant.
• Center-back construction maintains structural shape and adds a subtle, modern detail.