Shop Smarter - Free Shipping on $50+
Victor A362III QB Badminton Shoes for Women - Lightweight Pink Indoor Court Shoes for Badminton, Volleyball & Squash - Non-Slip Breathable Sports Shoes for Gym & Training
Victor A362III QB Badminton Shoes for Women - Lightweight Pink Indoor Court Shoes for Badminton, Volleyball & Squash - Non-Slip Breathable Sports Shoes for Gym & TrainingVictor A362III QB Badminton Shoes for Women - Lightweight Pink Indoor Court Shoes for Badminton, Volleyball & Squash - Non-Slip Breathable Sports Shoes for Gym & Training

Victor A362III QB Badminton Shoes for Women - Lightweight Pink Indoor Court Shoes for Badminton, Volleyball & Squash - Non-Slip Breathable Sports Shoes for Gym & Training

$29.67 $53.95 -45%
Size:Men's 5.0(US) | Women's 6.5(US) (22.0 CM)
Men's 5.0(US) | Women's 6.5(US) (22.0 CM)
Men's 5.5(US) | Women's 7.0(US) (22.5 CM)

Delivery & Return:Free shipping on all orders over $50

Estimated Delivery:7-15 days international

People:6 people viewing this product right now!

Easy Returns:Enjoy hassle-free returns within 30 days!

Payment:Secure checkout

SKU:48676639

Guranteed safe checkout
amex
paypal
discover
mastercard
visa

Product Description

                 

        VICTOR A362III QB BADMINTON SHOES

A970ACE is the flagship shoe of the All-Around series that features well-fitting wearing comfort. It is engineered with upgraded HYPEREVA and shock-absorbing E-TPU to greatly improve the lightweightness and rebound performance. The heel protection tab design and durable Microfiber PU leather upper further satisfy the need for comfort and fitting.

 
  PRODUCT DESCRIPTION              
Upper:   
PU synthetic leather + double breathable mesh
Midsole:   
EVA
Outsole: VSR Rubber
Color:Pink
Shape:Standard V Shape 2.5
         
         TECHNOLOGY                 

First-ever Integration of HYPEREVA and E-TPU

The midsole is equipped with upgraded HYPEREVA material, whose light weightness and shock-absorbing performance enable significant rebound during launching and landing. E-TPU is utilized in the heel area for greater cushioning and propulsion performance.