Nike React Infinity Run Flyknit 3 'Black White' (2022)

Size US M 8 / W 9.5 US M 8.5 / W 10 US M 9 / W 10.5 (Fastest) US M 9 / W 10.5 US M 9.5 / W 11 US M 10 / W 11.5 (Fastest) US M 10 / W 11.5 US M 10.5 / W 12 US M 11 / W 12.5 (Fastest) US M 11 / W 12.5 US M 11.5 / W 13 (Fastest) US M 11.5 / W 13 US M 11.5 / W 13 Damaged Box US M 12 / W 13.5 (Fastest) US M 12 / W 13.5 US M 12 / W 13.5 Damaged Box US M 13 / W 14.5 (Fastest) US M 13 / W 14.5
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The Nike React Infinity Run Flyknit 3 'Black White' (2022) represents a bold evolution in Nike's innovative running shoe line, meticulously engineered to support both amateur and seasoned runners. Merging cutting-edge technology with sleek design, this iteration exemplifies Nike's commitment to enhancing performance while maintaining a stylish aesthetic.

Overview
The 'Black White' colorway of the Nike React Infinity Run Flyknit 3 features a dynamic combination of a lightweight, breathable Flyknit upper in black, complemented by a striking white Swoosh. The Flyknit material is designed for optimal breathability and flexibility, ensuring a secure fit that adapts to the foot's natural motion. The shoe’s signature React foam midsole provides a responsive and cushioned ride, helping to reduce the risk of injury by offering enhanced stability and support. The wide base and rocker-like sole promote a smooth transition from heel to toe, making it ideal for long-distance runs. Additionally, the reinforced heel and rubber outsole add durability, ensuring this shoe can withstand the rigors of daily training.

Key Highlights

Innovative React Foam Cushioning: Features Nike's proprietary React foam technology, delivering a soft, responsive feel with every step, designed to minimize the impact on joints during runs.
Advanced Flyknit Upper: The lightweight Flyknit material offers a snug, breathable fit that moves with the foot, enhancing overall comfort and reducing the likelihood of blisters.
Strategic Design for Stability: A wide base and rocker-shaped sole work together to provide stability and smooth transitions, ideal for maintaining momentum over long distances.