Love Pickle Ace Pickleball Paddle

5% OF THE PROCEEDS FROM THIS PADDLE ARE DONATED TO PINK PONG, A CANCER RESEARCH CHARITY

The Love Pickle Ace Pickleball paddle is a top-tier paddle designed with high performance features, making it an excellent choice for competitive players. The Ace features a lightweight construction, made with DuPont Kevlar and Toray 700k Carbon Fiber. This balances together to provide power, control, durability, comfort, and flexibility.

Key Features:

• Premium Japanese Toray 700K Carbon/DuPont™ Kevlar® Blend Paddle Face: This fusion not only prolongs the paddle's lifespan but also boosts performance with a twill weave that improves grip, spin, and ball feel. The combination of these materials achieves an ideal balance of power and control, rendering the paddle face more adaptable and lenient than those crafted solely from carbon fiber. This distinct mixture assures that the paddle is robust, long-lasting, and delivers consistent performance in both power and control.
  
• Polypropylene Honeycomb Core: Employing cutting-edge 16mm polypropylene honeycomb technology, the Ace maximizes power while extending the racket's lifespan. The thicker core enhances the sweet spot, offering a more consistent bounce and shot precision.
  
• Carbon Fiber Frosted Surface: The Ace's carbon fiber surface, designed through a meticulous abrasion sand-blasting process, provides unmatched spin capabilities. This textured, sandpaper-like surface allows for enhanced ball grip, enabling players to shape shots and adopt an aggressive playing style.
  
• Precision-Engineered Carbon Forged Handle: Designed for elite players, the elongated carbon-forged handle ensures maximum flexibility, additional power, and comfort. This handle is the culmination of extensive research and testing by our expert team, meeting the highest standards of innovation and quality.
  
• Seamless Thermoformed Construction: The Ace benefits from thermoforming technology, resulting in a cohesive structure that boosts paddle responsiveness and touch. This technique reduces the risk of delamination, increases durability, and facilitates optimal energy transfer for precise gameplay.