Siux Fenix Pro V Padel Racket by Alex Chozas 2025

Siux Unveils the New Fenix V 2025: Power and Precision Combined

Siux makes a big splash with the release of the Fenix V 2025, a racket that’s been completely redesigned to offer even more power and performance to the most demanding players.

With its new diamond-shaped frame, this racket features a head-heavy balance, ideal for hard-hitting smashes and powerful shots.

The sweet spot has been repositioned higher than on the previous version, thereby expanding the impact area and optimizing control on attacking shots.

The Fenix V 2025’s power isn’t limited to its shape: its frame is made of high-density 24K carbon, developed in collaboration with Textreme, a leader in the aerospace industry.

Inside, it features high-density EVA foam, specially selected to increase ball speed and add even more explosiveness to shots.

This combination of rigid carbon and compact foam maximizes power but requires advanced technique. 

Finally, the Fenix V 2025 isn’t just impressive for its performance. Its refined design in shades of bronze gives it a rare elegance, making it a racket that’s as aesthetically pleasing as it is effective on the court.

With this new version, Siux has created an exceptional racket that combines power, precision, and cutting-edge technologies, designed for the most demanding players in search of ultimate performance

Technologies Integrated into the Siux Fenix V 2025 Padel
Racket

Hard Touch

The foam used in this racket is Hard EVA. Thanks to its high density, you’ll experience incredible power return with this racket.

24K Carbon

The frame is made from 24K carbon fiber. Developed in partnership with Textrem, this is very high-quality carbon fiber also used in the aerospace industry. This material delivers power that’s rarely matched.

ShockOut:

In partnership with ShockOut, the racket features vibration dampeners that provide a better feel at impact by absorbing shocks.

Ultimate Tech:

The racket’s core features a structure that minimizes vibrations while enhancing power transfer.

Bitube Carbon Frame:

The frame is reinforced with carbon on the inside, which greatly enhances its durability.