NOX ML10 Pro Cup Silver (2025) - More stock in Sep 2025
🚚 Dispatched on NZ Couriers with 24 hours
For players seeking a padel racket that offers exceptional control and maneuverability without sacrificing comfort, the NOX ML10 Pro Cup Silver 2025 is an ideal choice. This racket is perfect for the technical player who values quick reactions and precise shot placement to dictate the game's tempo.
Manageability
With a lightweight design ranging from 350 to 365 grams, the ML10 Pro Cup Silver 2025 allows you to react more quickly and comfortably on every point, making rapid movements and adjustments with ease. Its round shape further enhances maneuverability and provides a stable feel, giving you superior control and agility for defensive plays and fast exchanges at the net.
Feel
The racket's round shape provides a large, centered sweet spot, ensuring forgiveness on off-center hits and boosting your consistency and precision. The Fiber Glass Silver hitting surface offers a unique balance of rigidity and flexibility, providing excellent ball output and enhanced touch for controlled lobs and accurate returns. Complementing this, the rough sand finish on the surface maximizes spin, giving you extra control to place demanding shots and make them more difficult for your opponents. At its core, the HR3 rubber delivers a high-density, memory-effect core for greater power in your strokes and ball output, supporting powerful finishes when the opportunity arises.
Technologies
The ML10 Pro Cup Silver 2025 integrates several key NOX technologies to enhance your game. FIBER GLASS SILVER utilizes a metallized fiberglass fabric to achieve a rigidity level between carbon and standard fiberglass. The SMARTSTRAP system allows you to quickly and easily replace the safety cord, improving hygiene and customizing your racket to your preferences. With an HR3 CORE, the racket features a high-density rubber core that provides a maximum memory effect, boosting your hitting power and ball exit speed. Finally, a CARBON FRAME reinforces the racket's structure, offering increased rigidity and overall durability.