JOOLA Simone Jardim Hyperion CFS 16 Pickleball Paddle

JOOLA Simone Jardim Hyperion CFS 16 Paddle

Everyone is looking for the perfect balance of power and control in their game, and the JOOLA Simone Jardim Hyperion CFS 16 Paddle gets you as close to it as anything on the market. The Carbon-Flex5 face material adds maximum texture, encouraging controlled spin shots that draw your opponent out of position. Meanwhile, the Hyperfoam Edge Wall increases stability and enlarges the sweet spot so you can strike pure backhands and powerful forehands to put balls away.

Both the 8.4 oz. Standard and 7.9 oz. Swift iterations of the Simone paddle boast an Aero Curve that helps you swing the 16.5" long x 7.5" wide tennis-player's choice confidently and quickly. The large surface area of this paddle is reinforced with a reactive honeycomb polymer core which limits vibrations, provides adequate feedback, and promises consistent performance throughout your match. Finally, the elongated 5.5" CX carbon handle flexes ever so slightly, add a touch of extra power.

Designed for the most decorated women's player in pro pickleball history, Simone Jardim, who demands both power and control, the JOOLA Simone Jardim Hyperion CFS 16 Graphite Pickleball Paddle adds these same features to your game so you continue to thrive on the court.

Actual grip sizes may vary up to 1/8"

Features:

• CX-Forged Hande that provides maximum flex for more power and comfort.
• Aero-curve is a pro-proven unique head curvature for less drag and increased swing speed.
• Carbon Friction Surface (CFS) is an advanced, durable long lasting carbon-flex5 texture for raw power and maximum spin.
• Swift Technology has upgraded materials for a lighter and faster swing.
• Hyperfoam Edge Wall has specialized foam injected to increase the sweet spot for better edge to edge performance.
• Reactive Honeycomb Core helps tune the paddle for higher-level consistency of the bounce for every shot.
• Sure-Grip Elongated Handle is  an anti-slip ridge grip for optimum hold performance and shock absorption.