Lexington

RED CARD TOKYO’s new denim jacket “Lexington” introduces a fresh silhouette to the lineup. Designed with an oversized, relaxed shape, it features dropped shoulders and a generously cut hem and cuffs that create a well-balanced volume.
The standout detail is the softly expanding balloon shape at the back. Carefully placed gathers and tucks give the rear body a three-dimensional roundness while creating a naturally draped look. This adds movement and visual interest from every angle, making it a statement piece whether viewed from the front, side, or back.
It pairs effortlessly with wide pants and skirts, or can be contrasted with sleek bottoms for a more defined style. The fabric uses 100% cotton denim made with return cotton—recycled fibers recovered during the spinning process—resulting in a unique texture with characterful slub, fading, and vintage-like expression, while remaining surprisingly lightweight and soft.

・Lexington
・FIT: Denim jacket
・Model: 168cm, wearing size 1

Please note: As each piece is carefully finished by hand, individual differences may occur. Actual measurements may slightly vary from the size chart.
The main model image is for styling reference; please check the product images for the most accurate color representation.

THE UNIVERSAL LANGUAGE OF TIMELESS
The TIMELESS series explores ageless, gender-neutral, and timeless designs. Using carefully selected high-quality non-stretch materials, each piece embodies the full craftsmanship of our artisans, delivering a heavy-duty, vintage-denim feel. This collection represents a unique masterpiece that symbolizes the formation and evolution of the brand.

【BRAND】
RED CARD TOKYO is a Japanese denim brand. With wash techniques that create a three-dimensional look like real vintage, and detailed used effects such as whiskers and fading, the brand showcases the finesse of Japanese craftsmanship throughout its products. Rather than simply denim as workwear, RED CARD TOKYO proposes “evolved REAL DENIM”—a creation born from Japan’s meticulous sensitivity.