Austria
Belgium
Bulgaria
Croatia
Czech Republic
Denmark
Estonia
Finland
France
France (Corse)
Germany
Greece
Hungary
Ireland
Latvia
Lithuania
Luxembourg
Netherlands
Poland
Portugal
Romania
San Marino
Slovakia (Slovak Republic)
Slovenia
Spain (Baleares)
Spain (Continental)
Sweden
New Arrival
NOX Future Hybrid 12K Alum Padel Black/Blue/Silver
Cod: NXPR036 Mod: PFUTHYB25Pay € 224,90
Free Shipping Starting From 49€
Free return you have 14 days to rethink!(*) Products on sale, outlet or promotion have a return fee.
With maximum power and exceptional control, the Future Hybrid 12K Alum by NOX is the ideal padel racket for players who play both attack and defense. The carbon structure and the EV50 core guarantee an explosive but still precise ball output. The rough surface with 3D finish allows you to generate spin with great ease.
Details:
- Shape: teardrop
- Thickness: 38 mm
- Weight: 360-375 gr
- Frame: carbon
- Surface: 12K carbon
- Core: EVA
- Finish: rough
- Adjustable wrist strap
- Player level: advanced
- The racket is equipped with a zip-up cover and thermal interior to protect it from temperature changes.
Tecnology
- Smartstrap
System present on the bottom of the racket handle which allows you to replace the strap to improve hygiene. - Texture 3D
Rough surface on the last layer of the surface made with a honeycomb embossed texture that allows you to obtain shots with greater effect. - EV 50
High-density rubber core with extraordinary reactivity that gives greater ball speed on quick hits, especially when playing close to the net, with a medium-high impact feel. - Carbon Frame
Frame made of carbon which ensures maximum rigidity and greater durability to the racket. - DCS - Dynamic Composite Structure
Greater amount of material applied between the frame and the surface which increases rigidity and reduces the formation of cracks, even during the most aggressive hits. - Carbon 12K Alum
12K aluminized carbon, thinner and 25% lighter, which in addition to providing rigidity without weighing it down, offers more consistent performance even in the event of temperature variations.
