adidas Barricade Team 2-M adidas Men's Barricade Team 2 Tennis Shoe,Black/High Energy/High Energy,9 M US

adidas Men's Barricade Team 2 Tennis Shoe,Black/High Energy/High Energy,9 M US Review

adidas Men's Barricade Team 2 Tennis Shoe,Black/High Energy/High Energy,9 M US Overview

Rule the court with the adidas adipower barricade team 2. Styled to match the other barricades, this versatile shoe has the same great stability, traction, and support, perfect for high impact movement on a variety of court surfaces. The barricade team 2 features adiTUFF technology, an new outsole with the latest adipower claw outriggers, TORSION SYSTEM for midfoot integrity, adiPRENE + in the forefoot to help you jump, and adiPRENE under the heel for superior cushioning and shock absorption. miCoach compatible. Weight:13.8 oz . Color: Black/High Energy/Black.

adidas Men's Barricade Team 2 Tennis Shoe,Running White/Iron/Black,9 D US

adidas adidas Men's Barricade Team 2 Tennis Shoe,Running White/Iron/Black,9 D US Barricade Team 2-M

Adidas adipower barricade Team 2 Tennis Shoe With the same great styling of the world's top tennis shoe, the Adidas adipower barricade Team tennis shoes provides the support and stability to keep you in total control. Men Color: White/Iron/Black Style number: G45562 Upper-The upper part is made of synthetic leather for lightweight and durability. With adiTUFF for best abrasion resistance in toe area. Outsole-The outsole is featured with adiWEAR 6 for the maximum durability. Midsole-The midsole contains adiPRENE heel insert for comfort and shock absorption and adiPRENE + for forefoot propulsion and efficiency. adidas TORSION for midfoot and forefoot integrity and improved surface adaptation/stability. adiWear 6: extremely durable, non-marking rubber used for adidas sport shoe outsoles in high abrasion areas to avoid wear and tear TORSION: lightweight arch support that allows the forefoot and rearfoot to move independently for better surface adaptation and stability Surface-The tennis shoe's herringbone pattern allows ideal traction on multiple surfaces.