SIUX PEGASUS REVOLUTION 12K

SKU: 24151-P
Special Price €198.95 Regular Price €380.00

The Siux Pegasus Revolution padel racket is made of 12K carbon, fibreglass and Eva Soft EHR rubber. It is designed for advanced and professional players.

Special Price €198.95 Regular Price €380.00
-€181
Brand Siux
Color Black, Red
Product Padel Rackets
Balance Medium
Core Soft Eva
Face Carbon 12k
Format Oversize
Level Advanced / Competition
Finishing Matt
Shape Teardrop
Surface Rough
User Man, Woman

Why choose the Siux Pegasus Revolution padel racket?

The Siux Pegasus Revolution padel racket is a product that combines power and control. It is an excellent quality product that incorporates carbon and fibreglass to provide resistance and flexibility to achieve better ball control. The Siux Pegasus Revolution padel racket has a premium design, exclusively for players with a lot of experience. Its hybrid or inverted teardrop shape makes it a piece of equipment that balances ball control and power in rebounds.

Its frame is bi-tubular and the contact surface is fibreglass. The core is made of EVA Soft High-Recovery rubber, a technology that prevents it from losing its shape after each rebound.

Who is the Siux Pegasus Revolution padel racket for?

The Siux Pegasus Revolution padel racket is designed for dynamic and advanced players. It allows you to control the speed and direction of the ball, as well as allowing you to hit powerful shots. It promotes performance optimisation on the court.

Design and colours

The black Siux Pegasus Revolution padel racket with red detailing has a hybrid or inverted teardrop shape. The brand's logo stands out in the centre in brown letters.

Technical characteristics of the Siux Pegasus Revolution padel racket

  • Easy-to-handle weight, between 355 to 375 g.
  • Hybrid shape that ensures a balance between power and control.
  • Medium balance with more strength in the handle.
  • EVA Soft High-Recovery rubber with 5 laminated layers in the core.
  • Shockout technology, a system that reduces the impact of vibrations.