Varlion LW Carbon Ti Magnolia padel racket

Varlion LW Carbon Ti Magnolia padel racket

Discover the excellence of control with the Varlion LW Carbon Ti Magnolia , a padel racket designed for advanced players looking to dominate the court with surgical precision and exceptional touch . With a round shape and low balance, this racket is the perfect embodiment of technical play, built to respond firmly in every situation of the match.

Its construction is based on a bidirectional carbon tubular , combined with a 38mm Hypersoft EVA foam core with a medium feel, providing an ideal balance between impact absorption and reactivity. The blade is laminated with layers of carbon and fiberglass impregnated with Varlion 's exclusive VAR-FLEX epoxy resin , which guarantees maximum elasticity, durability, and controlled power. All of this is coated with a thin layer of titanium dioxide that gives it that sober and elegant appearance that will captivate you at first sight.

One of its strong points is its innovative Aerodynamic Drilling , a perforation system that improves the aerodynamics of the racket, reduces unwanted vibrations, and enlarges the sweet spot, offering a uniform response across the entire hitting plane. This is complemented by Slice 3D technology, a rough surface with a curved relief that allows for more effective spin on both topspin and slice shots. Ideal for those looking to put their personal signature on every point.

In terms of structural design, it incorporates the now-iconic Hexagon Frame , which provides rigidity, stability, and greater structural control over impacts. This frame is protected by the adhesive Hexagon Protector , made of low-hardness TPU that cushions impacts without perforating the racket, thus preventing vibrations and weakening the frame.

At the heart of the racket is the Hexaforce bridge, which improves torsional rigidity and optimizes weight distribution. Finally, the innovative Handlesafety system reinforces grip security, as the cord runs through the sides of the handle rather than being traditionally secured, offering greater strength and a reliable, ergonomic fit.