Technologies of the Nox  AT10 Genius LTD Edition Padel Paddle/Racquet

• Carbon 18K: Maximum stiffness and strength while maintaining the lightness of the racket thanks to the finest interwoven carbon microfilaments in our range of racket.

• Multilayered Black Eva: Multilayer core that combines different rubber densities to optimize ball exit in low-speed defensive shots and power in finishing shots.

• Dual Density Core: Dual density sandwich rubber core that optimizes performance depending on the face used. On the "Hard" side, power is increased in the stroke, while on the "Soft" side, control is maximized, providing a perfect balance for all types of plays.

• EOS Flap: Side perforations designed to increase the manageability of the racket and distribute the weight distribution so that you have a fast and lethal racket in your hands.

• Oversize Grip: A 30 mm grip extension for players who need a longer grip whether they have a two-handed stroke or not.

• Pulse System: Reduction of vibrations transmitted to the player's hand with the insertion of lateral rubber bands that go from the base of the frame to the bottom of the racket.

• NOX Custom Grip: The entire Luxury range incorporates the patented NOX Custom Grip® technology, certified by Testea Padel to increase grip and reduce vibrations.

• SmartStrap®: The Nox Smart Strap is the latest technology implemented in the new collection of rackets that will allow you to change the grip cord quickly and easily.

• Carbon Frame: By using a carbon material in the frames we give more rigidity and durability to the frame and the racket in general.

• Exclusive Spin: New technology that includes two types of rough finish on the surface of the face: the 3D hexagonal finish located in the center of the racket and the sand finish on the rest. With this double roughness we obtain greater control and the possibility of printing more spin on the ball. Molded with a low weight silica sand bath. With this roughness we obtain shots with more spin.

• DCS - Dynamic Composite Structure: By using a greater amount of material from the frame up to four centimeters inside the racket face we minimize the difference in toughness between the frame and the face. Thus, when the ball is hit with the outer areas of the racket we minimize the possible cutting of fibres that could occur when the rubber sinks in.