3K paddle racket

380

Product description

Product specifications Professional 3K paddle ball suitable for beginners and amateurs Improve your precision, control, and comfort with the CAMEWIN beach tennis racket. This racket is specially designed for players who prioritize shot accuracy and strong defense on the court. It features a design that provides a wide range of stability, made from high-quality, lightweight 3K carbon fibers, and weighing only 325 grams. This racket offers an ideal combination of maneuverability and shot stability. Feature Excellent 3K carbon fiber material Made from lightweight and highly durable 3K carbon fibers, this racket provides a quick response when hitting the ball. This excellent carbon material also offers shot stability, reduces vibrations, and ensures exceptional durability even in intense matches. Lightweight for speed and maneuverability Weighing only 325 grams, this beach tennis racket is lightweight and easy to use, allowing for quick reactions in defense and attack. This light weight also helps reduce hand fatigue during long play sessions. Aerodynamics and high responsiveness This racket’s thickness of 2.2 cm makes it very aerodynamic and easy to swing. Its slim design enables you to hit fast, consecutive shots, transition smoothly from defense to attack, and maintain a fast-paced game rhythm. Ergonomic grip The ergonomically designed handle fits comfortably in all hand sizes. The anti-slip layer ensures a firm grip even when hands are sweaty, allowing you to hit the ball with maximum power without worrying about losing control. Complete product What you get when purchasing this product: 1 × CAMEWIN SUNWAVE beach tennis racket made from 3K carbon fiber, 2.2 cm thick, and weighing 325 grams - 400 2 × grip tapes 1 × wristband 1 × storage bag More Specification Material 3K carbon fiber EVA foam Product dimensions: Head width: 23 cm Head length: 28 cm Thickness: 2.2 cm Total length: 50 cm Net weight 325 grams ± 10 grams Note: The meaning of "3K" (i.e., 3000 carbon filaments in each thread)