Nike Women's GP Challenge Pro Clay Court Tennis Shoes in Black/White-Black
Designed to allow complete freedom in all-court movements, the Nike Zoom GP Challenge Pro Clay women's tennis shoes offer the speed and stability needed to help you achieve your playing goals. Suitable for clay courts.
Details:
- Double Air Zoom units on the heel and forefoot which respectively provide support and long-lasting responsiveness
- Wide base that offers greater stability during sudden changes in direction
- Sturdy plastic midfoot plate adds stability and power between moves
- Breathable mesh upper for better ventilation
- Synthetic material along the lateral profile which helps to contain the foot during lateral movements
- Extra rubber on the tip which ensures maximum protection from excessive wear
- Padded tongue and collar
- Non-removable internal insole
Air Zoom
Nike Air Zoom cushioning is incredibly thin and it brings the foot closer to the ground and enhances stability, especially during quick cuts and multi-directional movements.
Original: $88.50
-65%$88.50
$30.97Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Designed to allow complete freedom in all-court movements, the Nike Zoom GP Challenge Pro Clay women's tennis shoes offer the speed and stability needed to help you achieve your playing goals. Suitable for clay courts.
Details:
- Double Air Zoom units on the heel and forefoot which respectively provide support and long-lasting responsiveness
- Wide base that offers greater stability during sudden changes in direction
- Sturdy plastic midfoot plate adds stability and power between moves
- Breathable mesh upper for better ventilation
- Synthetic material along the lateral profile which helps to contain the foot during lateral movements
- Extra rubber on the tip which ensures maximum protection from excessive wear
- Padded tongue and collar
- Non-removable internal insole
Air Zoom
Nike Air Zoom cushioning is incredibly thin and it brings the foot closer to the ground and enhances stability, especially during quick cuts and multi-directional movements.
