Nox ML10 Pro Cup Silver 2023
The paddle Nox ML10 Pro Cup Silver 2023 it is a comfortable, solid and with a very striking design.
Delivery in less than 7 days
Returns up to 30 days
Warranty on all products
100% secure payment
Padel shovel Nox ML10 Pro Cup Silver 2023
The total shovel. Once the test becomes irresistible: comfortable, robust, powerful and durable. The ML10 Pro Cup Silver 2023 is an ideal choice for players of any level. If you have doubts when acquiring a shovel, the Pro Cup will never disappoint you. It is one of the most popular shovels in history and the first one designed by Miguel Lamperti, an authentic classic.
Totally identical to the ML10 Pro Cup, the ML10 Pro Cup Silver 2023 has a reduced weight, adapted to the strength of the players.
It incorporates the innovative Smartstrap replacement safety cord system, now improved in a compact piece to provide greater resistance and safety. In addition, it is more hygienic, safe and customizable.
CHARACTERISTICS
Shape: Round
Thickness: 38 mm
Weight: 350-365 grams
Nucleus: HR3
Framework: Carbon
Cara: Fiber Glass Silver 3K
Control: 10/10
Power: 9/10
CERTIFICITY
Testea Padel endorses the quality of this paddle, ensuring resistance in the frame and faces, as well as durability against fatigue.
TECHNOLOGY
IN THE PALA FRAMEWORK
Carbon Frame: Carbon frame that provides stiffness and durability to the whole.
Dynamic Composit Structure: By applying more material from the frame up to four centimeters inside the face, the hardness difference between the two is minimized, reducing the risk of cutting fibers by hitting the ball in the outer parts.
IN THE NUMBER OF PALA
HR3 Core: Nucleus with rubber more dense than HR3, accelerating the recovery of the state prior to the impact of the ball and achieving maximum power.
OTHER ZONES OF PALA
Customize your shovel, improve hygiene and safety by easily replacing the cord without losing the warranty, avoiding manipulating the lower cap.
IN THE CARA OF PALA
Fiber Glass Silver: Glass fiber fabric with metallic finish to provide stiffness, located between carbon and fiberglass.