PALA ML10 SHOTGUN 18K LUXURY SERIES

Designed together with Miguel Lamperti for the 2024 season for all those players who seek to add maximum aggressiveness to their attacking strokes with a diamond-shaped blade format. New mold and new technologies so you can feel the padel of the future today. Of course, with NOX's classic HR3 rubber, the one preferred by Canoso from Bahía Blanca.

More balance, more speed

The edges of the profiles have been shaped to increase aerodynamics, the grip has been lengthened to facilitate grip, but what stands out most is the incorporation of the EOS Flap technology , lateral perforations designed to increase the maneuverability of the racket and distribute the weight distribution so that you have a fast and lethal racket in your hands.

Comfortable, solid and reliable

The new Shotgun maintains the combination of materials of its predecessors, the 18K carbon fiber and NOX HR3 classic rubber, Miguel Lamperti 's favorite. An intermediate touch and very familiar to all those players who follow our rackets.

Less vibrations, greater grip

The handle of the racket is the connection point between your body and your racket and that is why we have also paid special attention to this area of ​​the racket. On the one hand we have incorporated technology Pulse System , two rubber bands designed to absorb vibrations. In addition, the entire Luxury range now incorporates patented technology as standard. NOX Custom Grip® and certified by Test Padel for increased grip and decreased vibrations.

Includes the pioneering Smartstrap® replaceable safety lanyard system , Now evolved into a compact piece for greater strength and safety . More hygienic, safer and more customizable.

PADEL OF THE FUTURE, NOW.

Characteristics

Shape	Diamond
Weight	360-375 grams
Core	HR3
Frame	100% carbon
Expensive	Carbon 18K
Control	9/10
Power	10/10

Certified quality

Testea Padel certifies the quality of this padel racket against breakage of the frame and the faces of the blade as well as the durability of the product against fatigue.

Technologies

18K CARBON

High-performance 18K braided carbon, great lightness and resistance.

HR3 CORE

Core with high-density HR3 rubber, with the greatest memory effect, thus achieving greater power when hitting.

EOS FLAP

Improved aerodynamics and handling of the racket with lateral perforations at the base of the racket frame. The combination of design and engineering is reflected in a better gaming experience for users, with a distribution of the masses of the racket that results in greater speed in hitting and a greater feeling of control.

PULSE SYSTEM

Reduction of the vibrations transmitted to the player's hand with the insertion of side rubbers that go from the base of the racket frame to the bottom of the racket cap.

NOX CUSTOM GRIP®

Technology patented by NOX and certified by Testea Pádel , now standard with all Luxury padel rackets from the 2023-24 collection. Increases grip by 52% and decreases vibrations which are transmitted to your hand by 29%. A fully customizable system optimal for players with sweating or epicondylitis problems.

SMARTSTRAP®

Would you like to be able to change the grip cord on your racket? Smartstrap® is the pioneering replaceable safety lanyard system, now evolved into a compact piece for added strength and safety. More hygienic, safer and more
customizable. The implementation of this system arises with the purpose of offering padel players an option that fully adapts to their tastes, allowing the application of a bracelet, braid or sliding loop type fastening cord.
Allows change due to breakage, wear or washing.

ROUGH SURFACE

Rough surface on the last layer of the face of the blade using a honeycomb-shaped relief. With this roughness you achieve hits with greater effect.

DCS - DYNAMIC COMPOSIT STRUCTURE

By applying more material from the frame up to four centimeters inside the face we minimize the difference in hardness between the frame and the face. In this way, when the ball is hit with the outer parts of the blade, we minimize the possible cutting of the fibers that could occur when the rubber sinks.