The Adidas Metalbone Carbon 3.4 is a premium padel racket from the 2025 collection, meticulously crafted for advanced to expert players seeking a harmonious blend of power and comfort. Its innovative design and cutting-edge technologies make it an excellent choice for those aiming to dominate the court with aggressive play.

Key Features:

• Diamond Shape & Head-Heavy Balance: The racket's diamond shape and head-heavy balance are engineered to deliver impressive power, making it ideal for offensive players who prioritize forceful shots.

• Carbon 6K Face: Constructed with Carbon 6K fiber, the racket's surface offers a balanced mix of power and flexibility, ensuring durability and responsiveness in every shot.

• EVA Soft Performance Core: This low-density EVA rubber core provides excellent ball output and comfort during play, offering a forgiving feel and high tolerance, especially beneficial during intense matches.

• Octagonal Structure: The unique octagonal design of the carbon tube enhances the racket's rigidity, improving stability and energy transfer, which translates to more powerful and precise shots.

• Power Extra Grip: An extended handle design increases swing inertia, optimizing force in your shots for enhanced power, and accommodating two-handed backhands with ease.

• Low Poly Design: The polyhedral design of the frame and core provides greater rigidity, contributing to increased power in your strokes and better force distribution upon impact.

• Spin Blade Decal: A textured surface finish enhances spin potential, allowing for more controlled and precise shots, giving players an edge during rallies.

• Smart Holes Curve: Strategically placed holes optimize the sweet spot and improve ball grip for enhanced precision and control.

The Adidas Metalbone Carbon 3.4 is designed for players who prioritize aggressive, offensive play without compromising on comfort. Its advanced features and high-quality construction make it an ideal choice for those aiming to elevate their performance and dominate the court.

Technical Description