Nox Beach SAND GREEN 2022 Beach Tennis Paddle
Description
Nox Beach SAND GREEN 2022 Advanced Beach Tennis Racquet
Power 75/100 || Control 75/100
SAND rackets have arrived to accomplish all the requirements of intermediate and advanced players. With sandy surface to maximize the spin in every hit and carbon frame to improve racket resistance. The HR3 Soft core in a 22 mm profile will ensure the best consistency and power.
The SAND Green racket and the SAND Pink racket share the same mould, but not all the same materials, the EVA rubber is different between them, making the SAND Green slightly harder than Sand Pink.
Characteristics of the Nox Beach SAND GREEN 2022 Advanced Beach Tennis Racquet
- Product type: Beach Tennis Paddle/Racket
- Year: 2022
- Level: Intermediate/Advanced
- Shape: Standard-Oval
- Balance: Medium High
- Frame: 50% Carbon
- Core/Center: HR3 Soft Core
- Face: Fiber Glass 3K
- Face Texture: Rough
- Holes: 14
- Thickness/Profile: 22 mm
- Weight: 335 - 355 g
- Length: 50 cm
- Power: 75/100
- Control: 75/100
Technologies of the Nox Beach SAND GREEN 2022 Advanced Beach Tennis Racquet
-
Carbon 3K :The 3K weave is achieved by interlacing the fiber yarns to form small squares. In our case, we use a 3K fiber of higher grammage than normal carbon fiber to achieve a more durable product.
-
HR3 Soft Rubber: Extra soft rubber for maximum comfort and vibration absorption.
-
Rough Surface: Our special thickness silica sand helps you boost extra spin to your shots so that you can place the ball at the desired point on the court.
-
Carbon Frame: Fiber carbon applied to the frame provides with greater rigidity and durability to the racket.
-
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.
MSRP: 150 Euro
Technology
Technologies of the Nox Beach SAND GREEN 2022 Beach Tennis Paddle
Carbon Frame: Carbon fiber applied to the frame provides increased rigidity and durability to the racquet.
HR3 Soft Core Rubber: Extra soft rubber for maximum comfort and vibration absorption.
Rough Surface: Our special thickness silica sand helps you boost extra spin to your shots so that you can place the ball at the desired point on the court.
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.
Carbon 3K: The 3K weave is achieved by interlacing the fiber yarns to form small squares. In our case, we use a 3K fiber of higher grammage than normal carbon fiber to achieve a more durable product.
Specifications
| Brand: | NOX Beach Tennis
|
| Year: | 2022 |
| Level: | Intermediate / Advanced |
| Technology: | DCS - Dynamic Composite Structure, 3K Fiberglass Face, 50% Carbon Frame, Rough Surface, HR3 Soft Core |
| Frame: | Fiberglass & Carbon |
| Core: | EVA Extra Soft - HR3 |
| Face: | Fiberglass |
| Face texture: | Rough |
| Holes: | 14 |
| Thickness/Profile: | 22 mm |
| Weight: | 345 +/- 10 grams |
| Shape: | Standard-oval |
| Length: | 50 cm |
| Includes Cover: | Yes |
About NOX
NOX is one of the top beach tennis in brands the world. The Spanish brand has taken the experience it gained manufacturing padel rackets over 14 years and now, together with the best players in the game, designed cutting-edge beach tennis paddles just for you.
NOX beach tennis rackets offer maximum performance, comfort and design, allowing players to give their maximum effort and achieve the highest results on the sand.
One of the greatest BT players of all time, Antomi Ramos, as well as former number 1 women's player, Maraike Biglmaier, use NOX.
Unleash your potential with NOX
