The Jordan Hallowed Ground features a full grain leather and synthetic upper materials and a textile lacing system for a superior fit and function, this shoe is made with full length phylon in the midsole with Zoom air units in forefoot and heel cushioning including a solid rubber on its sole with a flex grooves for excellent traction.
The Jordan AJF 13 is made with a full-grain leather and synthetic upper with quilted stitching patterns including a hologram heel logo. The Jordan AJF 13 is a a combination of the Air Jordan 13's heritage and the Air Force 1's design inspiration. This shoes has a leather wrapped cupsole with an Air unit in the heel for cushioning, and a solid rubber sole with classic Air Force 1 design lines for traction.
The Jordan Retro 12 boasts a full-grain floater leather upper with an embossed lizard rand for ultimate luxury and appeal. The Jordan Retro 12 released in some of the hottest color combinations that includes anodized TPU eyelets.This shoe has a embroidered details on the tongue and heel and a visible shank plate with Jumpman details. Michael Jordan wore this shoe whe he took his fith NBA title with Chicago Bulls. The Jordan Retro 12 features a low profile Phylon midsole houses a full-length Zoom Air unit and 3/4-length carbon fiber shank for cushioning and stability. The low- A modified rubber herringbone outsole increases traction along with carved midfoot flex grooves.
The Zoom Kobe IV Men's Basketball Shoe features a flywire upper for ultra-lightweight support and comfort with a synthetic leather with injected TPU external heel counter for optimal support and phylon midsole for lightweight cushioning. The Zoom Kobe IV Men's Basketball Shoe is one of the lightest basketball shoes in Nike history. With its innovative flywire technology with lunar foam and Zoom Air in the midsole. The flywire helps to provide ultra lightweight support and comfort for foot. It gets its strength from the thin Nylon fibers that strategically placed into the upper of the shoe to hold the foot in place helping to reduce slippage during activity. This allows for a massive reduction in weight because material is used only where it’s needed for structure.
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