Nox AT10 Genius 18K ALUM

The NOX AT10 Luxury GENIUS 18K Alum 2024 by Agustín Tapia combines premium materials for a balanced, high-performance experience. Featuring a teardrop shape, medium balance, and 360-375g weight, it's designed for advanced players needing versatility.

18K Alum Carbon faces deliver a solid yet comfortable medium-hard touch resistant to temperature changes, paired with the **MLD Black Eva** multilayer core for quick ball exit and control. Technologies like **EOS Flap** enhance maneuverability, while **Exclusive SPIN** dual rough surface maximizes grip and spin.

Vibration reduction comes from **Pulse System** and **NOX Custom Grip®**, with **Smartstrap®** for customizable safety. Ideal for all-court play with exceptional consistency.

Rated highly for balanced performance with official scores of **Power 90/100** and **Control 100/100**, this racket shines in versatility. Key contributing technologies include:

• Carbon 18K Alum: Aluminized carbon for temperature-stable, solid comfort.
• Exclusive SPIN: Dual 3D hexagonal and sand rough finish for enhanced spin and control.
• EOS Flap & Pulse System: Improve aerodynamics, weight distribution, and vibration absorption.

On the court, the teardrop shape and medium balance deliver exceptional maneuverability for quick volleys and defensive lobs, while the solid feel supports powerful smashes and precise bandeja shots.

Players appreciate its vibration dampening via **Pulse System** and **Custom Grip**, reducing arm fatigue during long matches, though it requires good technique to maximize the generous sweet spot.

The NOX AT10 Luxury GENIUS 18K Alum by Agustín Tapia is a premium versatile racket excelling in control with solid power delivery. Its 18K Alum Carbon faces and **MLD Black Eva** core provide a comfortable, medium-hard touch ideal for advanced players seeking consistency across all shots.

Key standout features include the **EOS Flap** for enhanced aerodynamics and the **Exclusive SPIN** dual rough surface for superior ball grip and spin generation.