Description: Nike Flyknit Air Max Mens 10.5 Sneakers. Oreo Gray Running Shoes 620469-105. Pre-Owned Excellent condition Smoke Free Home. Elevate your activewear game with these Nike Flyknit Air Max sneakers in Oreo gray. Perfect for any season, these athletic shoes feature a low top shoe shaft style and a standard shoe width. The synthetic upper material and rubber outsole material provide durability, while the cushioned, lightweight, and breathable features make them comfortable for gym and training, walking, school, crossfit, yoga, and running and jogging activities. These sneakers also come with arch support, cap toe, and adjustable laces for a secure fit. The Nike Air Max product line boasts a modern and colorful design, making them perfect for casual and workwear occasions. Get a pair of these high-performance sneakers today and step up your athletic game!
Price: 60 USD
Location: Kansas City, Missouri
End Time: 2024-12-06T03:01:54.000Z
Shipping Cost: N/A USD
Product Images
Item Specifics
Restocking Fee: No
Return shipping will be paid by: Buyer
All returns accepted: Returns Accepted
Item must be returned within: 30 Days
Refund will be given as: Money Back
Closure: Lace Up, Pull On, Slip On, Tie
Occasion: Activewear, Casual, Workwear
US Shoe Size: 10.5
Year Manufactured: 2016
Vintage: No
Department: Men
Release Year: 2016
Style: Sneaker
Outsole Material: Rubber
Features: Adjustable, Arch Support, Breathable, Cap Toe, Comfort, Cushioned, Lightweight, Performance
Season: Fall, Spring, Summer, Winter
Shoe Shaft Style: Low Top
Pattern: Solid
Style Code: 620469-105
Character: Shoes, Sneakers
Signed: No
Lining Material: Synthetic
Color: Gray
Cleat Type: Rubber
Brand: Nike
Type: Athletic
Customized: No
Model: Nike Flyknit Air Max
Theme: Athleisure, Colorful, Fun, Going Out, Modern, Outdoor, Sports, USA
Shoe Width: Standard
Upper Material: Synthetic
Insole Material: Foam
Country/Region of Manufacture: Vietnam
Performance/Activity: CrossFit, Gym & Training, Running & Jogging, School, Walking, Yoga
Product Line: Nike Air Max
