Wilson Clash 100 Pro V2.0 (22)

Wilson Clash 100 Pro V2.0 Unstrung 2022

The evolution of Clash features rich, unique design paired with performance defined by a supreme blend of power, feel and control. Patent-protected carbon construction allows the racket to bend with maximum flexibility and stability at impact, giving players of all skill levels and swing styles more on-court confidence than ever before. 

New design meets signature performance with a twist: the Clash 100 Pro v2 upgrades playability while maintaining the remarkable blend of flexibility and stability synonymous with the Clash franchise. Boasting a revised construction at the tip of the hoop, this racket significantly augments the sweet spot for more consistency on off-center contact. Super headlight for excellent control over the racket head, the Clash 100 Pro v2 dials up an attractive design with an embossed Clash logo on the throat and an anodized elastic finish for a smooth, rich look on the court. Racket includes Agiplast plant-based end caps, bumper, and grommets to reduce waste and lower environmental footprint.

- Super head-light balance reduces swing weight and amplifies control of the head through the swing

- FORTYFIVE° comprises a patent-protected carbon construction that creates maximum flexibility and stability at impact for an uncompromising blend of power, control and feels.

- Revised construction at the tip of hoop supplies additional consistency and an enhanced sweet spot

- Innovative design features embossed Clash logo along the throat and an anodized elastic finish for a clean, rich look on the court

- Horizontal Bending creates industry-leading flexibility for increased control on horizontal, traditional swings

- Vertical Bending increases dwell time for players with vertical, modern swings

- Torsional Bending features proprietary carbon mapping to stabilize the extreme flexibility on off-center hits

- Parallel Drilling provides a consistent, more forgiving string bed response

- Agiplast plant-based bumper, grommet, and end cap components reduce the environmental footprint