A refined streetwear staple designed for court-side downtime, post-workout layering, and elevated casual wear, the “She Is…” Cropped Tee balances minimalist architecture with a modern, relaxed drape. Built on the premium AS Colour® 4062 chassis, this crop top is cut from 100% combed cotton with an ultra-fine 28-singles thread weight for an exceptionally soft hand-feel. Featuring dropped shoulders, a clean crew neck, and a subtle boxy crop, it holds its shape while offering effortless movement.
Technical Specs & Premium Features
Chassis & Fit: AS Colour® 4062 Women’s Crop Top | Relaxed Fit, Boxy Silhouette.
Fabric Composition: 100% Combed Cotton.
Fabric Weight & Density: Mid-Weight 5.3 oz/yd² (180 g/m²) | Fine 28-Singles yarn for a smooth, high-density print surface.
Structural Architecture: Short length with dropped shoulders and a ribbed crew neck for an easy, modern drape.
Durability & Finish: Preshrunk to minimize shrinkage; side-seamed construction with double-needle hems on the sleeves and bottom edge for structural longevity.
A refined streetwear staple designed for court-side downtime, post-workout layering, and elevated casual wear, the “She Is…” Cropped Tee balances minimalist architecture with a modern, relaxed drape. Built on the premium AS Colour® 4062 chassis, this crop top is cut from 100% combed cotton with an ultra-fine 28-singles thread weight for an exceptionally soft hand-feel. Featuring dropped shoulders, a clean crew neck, and a subtle boxy crop, it holds its shape while offering effortless movement.
Technical Specs & Premium Features
Chassis & Fit: AS Colour® 4062 Women’s Crop Top | Relaxed Fit, Boxy Silhouette.
Fabric Composition: 100% Combed Cotton.
Fabric Weight & Density: Mid-Weight 5.3 oz/yd² (180 g/m²) | Fine 28-Singles yarn for a smooth, high-density print surface.
Structural Architecture: Short length with dropped shoulders and a ribbed crew neck for an easy, modern drape.
Durability & Finish: Preshrunk to minimize shrinkage; side-seamed construction with double-needle hems on the sleeves and bottom edge for structural longevity.
