ASICS GEL-UPCOURT Women's Multi-Court Shoes (B450N)

The Asics Gel-Upcourt Women's Indoor Court Shoes, ideal for badminton, squash, handball or any other indoor sport. Featuring a non-marking gum rubber outsole, which heats up as you play, resulting in additional grip to enhance performance. An EVA Midsole provides excellent cushioning and shock absorption for those high jumps and sharp moves across the court. Asics Gel-Upcourt Women's Indoor Court Shoe UPPER The Asics Gel-Upcourt Indoor Court Shoe is built from a synthetic and mesh Upper, allowing excellent breathability, so you can be sure your foot stays as dry and as comfortable as possible while you hit the court. California slip lasting is used to attach the upper around the EVA board before directly st it to the midsole which helps to give the foot extra stability. MIDSOLE An EVA Midsole provides excellent cushioning, stability and shock absorption, reducing impact during those sharp movements on the court. Forefoot GEL Cushioning helps immensely when slamming down hard on the court surface, whether jumping high in badminton or making sharp turns in squash, the shock absorption system will ensure your legs don't feel the strain as the match wears on. OUTSOLE A non-marking gum rubber outsole provides excellent grip on court surfaces. As you play, the rubber heats up providing additional grip. The Gel-Upcourt also feature a Trusstic system to give added strength and stability without losing the flexibility.

• Synthetic and Mesh Upper - Breathable and lightweight upper..
• California Slip Lasting - Upper is attached around the EVA board before directly being stitched to the midsole, for added stability..
• Outer Material: Synthetic.
• Inner Material: Fabric.
• Sole: Rubber.
• Closure: Lace-Up.
• Material Composition: Synthetic.
• Shoe Width: Medium.
• EVA Midsole - Provides excellent cushioning, stability and shock absorption..
• Forefoot GEL Cushioning Systems - Helps to absorb shock when moving quickly around the court..
• Trusstic System - Added strength and stability without loss of flexibility..