
The Wilson Kaos Women’s Tennis Shoes in the Deep Peacock Blue, Reflecting Pond, and Enamel Green colorway are designed for female players who prioritize speed, agility, and a lightweight feel on the court. Part of the Kaos line, this shoe is built to facilitate quick, explosive movements while providing a distinctive, bold aesthetic.
Key Technical Features
- Kaos Chassis: A flexible, double-chassis construction designed to enhance the foot's natural movement. It provides an agile arch for speed while maintaining lateral stability for control during sudden stops and starts.
- Skinguard Technology: The upper features a specialized overlay that adds durability and reinforces the forefoot and lateral sides, providing better support during aggressive side-to-side movements.
- Endofit Construction: An internal full-sock sleeve that provides a snug, glove-like fit. This design keeps the foot locked in and improves overall comfort and stability.
- R-DST+ Cushioning: This high-rebound foam in the midsole offers an excellent combination of impact absorption and energy return, helping you spring into your next shot more efficiently.
- DF2 (Dynamic Fit): With a 9 mm heel-to-toe drop, this shoe provides a balanced court feel—offering enough cushioning for comfort while keeping you low enough to the ground for quick reaction times.
Outsole & Durability
- Duralast Rubber: The outsole is made from a high-density, highly durable rubber compound that provides excellent traction and abrasion resistance across all court surfaces.
- Women’s Specific Fit: Engineered with a shape that specifically accommodates the biomechanics of the female foot, including a narrower heel and higher arch support compared to men's models.
Feature
- Colorway: Deep Peacock Blue / Reflecting Pond / Enamel Green
- Size: Women’s 11 US
- Weight: Approximately 9.3 oz (264 g) for a standard women's size, making it one of the lighter options in the Wilson footwear lineup.
- Playing Style: Best suited for "speed" players who rely on court coverage and quick footwork rather than heavy stability.
