Product Introduction

Product Overview

The Air Jordan 1 Low OG x Travis Scott Olive (W) (SKU: DZ4137-106) is a women’s-exclusive release that brings Travis Scott’s signature design language to one of Jordan Brand’s most iconic low-top silhouettes. Featuring a refined Sail, Black, and Olive color palette, this sneaker balances understated earth tones with bold collaborative details. The oversized reverse Swoosh, Cactus Jack branding, and classic Air Jordan 1 Low OG shape make this pair a highly recognizable option for collectors, streetwear styling, and everyday sneaker rotations.

Design & Materials

Constructed with premium leather and suede panels, the Travis Scott Olive (W) features a clean Sail leather base with Black overlays and muted Olive accents for a versatile, military-inspired look. The reverse Swoosh remains the focal point of the design, while Cactus Jack details, heel embroidery, and classic Wings branding reinforce the collaboration’s identity. The low-cut profile provides a timeless Jordan shape, supported by a cushioned midsole and durable rubber outsole for reliable comfort and traction.

Size Recommendation

The Air Jordan 1 Low OG x Travis Scott Olive (W) generally fits true to size in women’s sizing.

• Women’s sizing: Choose your regular women’s size
• Men converting to women’s sizing: Go up 1.5 sizes from your usual men’s size
• Wide feet: Consider half size up for additional comfort
• Suitable for daily wear, collecting, and streetwear styling

The leather and suede upper provides a structured fit, while the padded collar helps maintain everyday comfort similar to other Air Jordan 1 Low OG releases.

QC Highlights

• Reverse Swoosh placement and shape accuracy
• Sail, Black, and Olive color consistency across panels
• Cactus Jack logo positioning and detail precision
• Leather and suede texture consistency
• Toe box shape and perforation pattern accuracy
• Heel embroidery and Wings logo stitching quality
• Panel alignment and stitching consistency
• Overall silhouette balance and left-right symmetry