WILSON Clash 98 V2 Tennis Racquet (310 g, Unstrung)

WILSON Clash 98 V2 Tennis Racquet

Description

The Clash 98 V2 from the renowned lineup offers advanced players a blend of precision and performance in a sleek package. With its compact head size, this racquet is designed for those who demand absolute control and finesse on the court. Utilizing FORTYFIVE carbon construction, it introduces a patent-protected technology that enhances both flex and stability, creating a larger sweet spot for optimized play. Moreover, the revised layup at the hoop's tip ensures unparalleled responsiveness, while the strategically distributed weight provides a balanced feel, empowering players with extra control over their shots. The premium design features an embossed Clash logo on the throat, complemented by an anodized elastic finish, giving the racquet a distinctive aesthetic appeal that matches its exceptional performance. Whether dominating the baseline or executing precise volleys at the net, the Clash 98 V2 is the ultimate choice for players seeking superior craftsmanship and unmatched playability.

Technologies

• PARALLEL DRILLING: Grommet construction revolutionizes racquet design by delivering a consistently forgiving string bed response while significantly expanding the sweet spot. Through meticulous engineering, grommets are strategically placed around the frame, absorbing and distributing impact forces evenly across the strings. This innovation minimizes unwanted vibrations, enhancing player comfort and control. Moreover, the widened sweet spot offers players a larger margin for error, enabling more precise and powerful shots even on off-center hits. By optimizing the racket's performance dynamics, grommet construction elevates the playing experience, empowering athletes to achieve their full potential on the court.

• PROTECTED FRAME: A patent-protected frame layup design is engineered to enhance the player's connection to the ball, particularly tailored to accommodate the contemporary, vertical swing path prevalent in modern tennis. This innovative construction not only fosters a heightened sense of connection during play but also harmonizes seamlessly with the demands of the modern swing technique. The material utilized in this frame not only amplifies flexibility, allowing for fluid motion, but also ensures stability throughout the entire swing, striking a delicate balance that optimizes performance without compromise.

• VERTICAL BENDING: The vertical bending of a racquet frame has a significant impact on ball dwell time, particularly for players employing more modern, vertical swing techniques. As the racquet frame flexes vertically upon ball impact, it effectively cradles the ball for a fraction longer on the string bed. This extended contact duration enhances the player's ability to impart spin and control, particularly beneficial for those utilizing pronounced vertical swings commonly seen in modern playing styles. By allowing the ball to linger on the strings momentarily longer, the racquet frame facilitates a more effective transfer of energy, optimizing shot placement and enhancing overall playability for players with such swing dynamics.

• HORIZONTAL BENDING: Incorporating horizontal bending into the racquet frame design heralds a new era of innovation, offering unparalleled flexibility. This revolutionary construction empowers players with enhanced control, particularly accentuating the fluidity of more traditional, horizontal swings. By ingeniously engineering the frame to flex horizontally, the racquet dynamically adapts to the player's movements, amplifying responsiveness and precision with every stroke. This pioneering approach not only revolutionizes gameplay but also sets a new benchmark for performance.

• TORSIONAL BENDING: The innovative design of the torsional bending feature incorporates proprietary carbon mapping techniques to effectively stabilize frame flexibility, particularly when encountering off-center hits. By strategically placing carbon materials within the frame, this technology enhances structural integrity and minimizes torsional twisting, ensuring more consistent performance and power transfer across the entire hitting surface. This advanced engineering not only optimizes stability but also enhances the racquet's responsiveness, providing players with greater control and accuracy, even in challenging playing conditions.