JORDAN 1 LOW x BLACK CYBER

Product Description:

• Design Authenticity:

• The Jordan 1 Low x Black Cyber replica reflects the original design with a bold black and vibrant cyber color combination for a striking and modern look.
• The signature “Nike Air” logo on the tongue and the iconic Jordan Wings logo on the heel ensure complete authenticity.
• Featuring a low-top silhouette, this sneaker is versatile for everyday wear while maintaining the classic Jordan aesthetic.

• Material Specifications:

• The upper is made from textured calfskin-grade PU, delivering a soft, leather-like finish that is both durable and easy to maintain.
• Synthetic leather and textured overlays in black and cyber colors enhance the visual appeal and mimic the look of premium materials.
• A breathable synthetic mesh on the tongue allows for superior ventilation, ensuring comfort even during extended wear.
• The rubber outsole features a herringbone tread pattern for excellent grip and stability on various surfaces.

• Precision Crafting:

• The sneaker is meticulously constructed using triple-stitch reinforcement in key areas to ensure long-lasting durability.
• Advanced adhesive technology securely bonds the sole to the upper, preventing separation and maintaining the structural integrity of the shoe.

• Functional Engineering:

• Equipped with a 12mm EVA foam midsole, the shoe provides exceptional cushioning and shock absorption, ensuring comfort with every step.
• The orthotic-friendly insole offers added arch support, contributing to better foot stability for all-day wear.
• The lightweight low-top design promotes flexibility, making it ideal for both casual and active lifestyles.

• Care Protocol:

• Clean the shoes with a soft, damp cloth and mild soap solution to preserve their color and texture.
• Use a pH-neutral cleaner for the synthetic leather and mesh areas to maintain their condition without damaging the material.
• Store the shoes in a cool, dry place, away from direct sunlight or excessive heat, to protect the colors and prevent material degradation.