About this item
Adidas Adipower Vector cricket shoes feature a lightweight TPU outsole, EVA midsole with adiprene cushioning, and a comfortable upper.
- TPU outsole, EVA midsole
- Suitable for various surfaces
- Adiprene cushioning, bevelled heel
The Adidas Adipower Vector cricket shoes are designed to enhance performance and comfort on the field. The revolutionary TPU outsole reduces overall weight, while the EVA midsole with adiprene in the heel provides exceptional cushioning. The bevelled heel facilitates a smooth transition during the bowling motion, and the midfoot strap ensures a secure and comfortable fit. The soft, light upper material further improves comfort and minimizes weight.
Key Features
- Revolutionary TPU outsole for decreased weight
- EVA midsole with adiprene heel cushioning
- Bevelled heel for improved bowling motion transition
- Midfoot strap for secure fit and comfort
- Soft, light upper material enhances comfort
FAQs
Q: Are the Adidas Adipower Vector cricket shoes suitable for all types of cricket surfaces?
A: The Adidas Adipower Vector cricket shoes are designed to perform well on various cricket surfaces, offering a balance of traction, stability, and comfort.
Q: How do the Adidas Adipower Vector cricket shoes enhance bowling performance?
A: The bevelled heel design of the Adidas Adipower Vector cricket shoes facilitates a smooth transition between the jumping and landing phases during the bowling motion, improving overall bowling performance.
Q: What makes the Adidas Adipower Vector cricket shoes comfortable to wear?
A: The Adidas Adipower Vector cricket shoes feature a soft, light upper material, an EVA midsole with adiprene cushioning in the heel, and a midfoot strap for a secure fit, all contributing to enhanced comfort during play.
Q: Are the Adidas Adipower Vector cricket shoes lightweight?
A: Yes, the Adidas Adipower Vector cricket shoes are designed to be lightweight, thanks to the revolutionary TPU outsole and the soft, light upper material, which help reduce overall weight without compromising performance.