Men's tennis shoes Wilson Kaos Swift 1.5 Clay white/blue atoll/lapis blue (WRS331060)

Wilson Kaos Swift 1.5 Clay men's tennis shoes white/blue atoll/lapis blue are an excellent choice for tennis players looking for footwear suitable for clay courts. The synthetic upper provides durability and lightness, which is crucial during dynamic play. Thanks to the lace-up closure, these shoes guarantee an optimal fit, translating into comfort and stability on the court.

EndoFit™ and OrthoLite® technologies

The Wilson Kaos Swift 1.5 Clay men's tennis shoes white/blue atoll/lapis blue are equipped with advanced technologies that enhance user comfort. The EndoFit™ system ensures a perfect fit to the foot, increasing movement precision and stability. The OrthoLite® insole further supports cushioning and breathability, which is invaluable during long matches.

Duralast and R-DST + sole

The Duralast rubber outsole offers exceptional abrasion resistance and grip on clay surfaces. The R-DST + technology used in the ethylene-vinyl acetate (EVA) midsole increases cushioning and responsiveness, resulting in better dynamics with every step. These innovative technological solutions allow for improved performance on the court.

Reinforcements in strategic areas

The Wilson Kaos Swift 1.5 Clay men's tennis shoes white/blue atoll/lapis blue are designed for intense play. Reinforcements in strategic areas of the upper increase its durability and protect against mechanical damage. This is the ideal footwear for players who value durability and reliability in all conditions.

Wilson Kaos Swift 1.5 Clay men's tennis shoes - features:

• Synthetic upper providing durability;
• EndoFit™ system improving fit to the foot;
• OrthoLite® insole supporting cushioning and breathability;
• Duralast rubber outsole ensuring abrasion resistance;
• R-DST + technology increasing cushioning and step responsiveness;
• Reinforcements in strategic areas of the upper enhancing durability;
• Laces ensuring an optimal fit to the foot;
• Designed for play on clay surfaces.