Ben Johns Perseus CFS 16mm Paddle

The Ben Johns Perseus Paddle is the result of JOOLA’s ongoing desire to bring the newest and latest innovation into the market. With direct feedback from the world’s number one pickleball player, this paddle will check off all the important elements needed from a paddle to perform at the highest level. Each aspect of Ben Johns new paddle has been carefully engineered and tested so that it can perform just as well on center court as it does at the local rec center. Boasting a new charged carbon surface technology, the paddle provides impressive power and pop, while maintaining a connective feel to keep your shots on target. The specially engineered shape design enhances the paddle’s sweet spot providing optimal forgiveness, while a fully encased carbon construction increases the paddle’s strength and stability.

• OFFICIAL PADDLE SPONSOR OF WORLD #1 PICKLEBALL PLAYER BEN JOHNS & THE PPA TOUR: An innovator & global leader in table tennis for 70+ years, JOOLA teams up with Ben Johns to create a new line of pickleball equipment that will forever change the game.

• BEN JOHNS SIGNATURE PICKLEBALL PADDLE: JOOLA collaborated closely w/ the world’s #1 player to design his latest pickleball paddle of choice. The JOOLA Perseus paddle offers aggressive, offensive players every technological advantage over their opponents.

• FULLY ENCASED IN CARBON FOR DURABILITY: Carbon fiber pickleball paddle with extreme strength & stability. Stands up to aggressive play & keeps the paddle consistent across its life. Length 16.5″ Width 7.5″ Weight 8.0oz., Grip Length: 5.5″

• SWEET SPOT OPTIMIZED SHAPE: Specially engineered shape creates a large sweet spot pickleball paddle that adds accuracy and control to your game. The latesst Feel-Tec Pure Grip creates a tacky handle while absorbing sweat from your palms.

• CARBON FRAMED DESIGN: Fully encased Carbon frame for increased strength and durability.

• FEEL-TEC PURE GRIP: Offers a tacky feel for enhanced grip while also providing optimal comfort and increased shock absorption.