StarVie Kenta Eternal Speed

StarVie Kenta Eternal Speed

The new Starvie Kenta Eternal Speed ​​padel racket is a true revolution within padel sport. With its advanced construction and innovative technologies, this padel racket offers an unparalleled combination of power, control and comfort for players of all levels.

Main features

The Starvie Kenta Eternal Speed ​​padel racket features two layers of 3K carbon, giving it exceptional stiffness for improved performance on the court. The Ultra Speed ​​Soft foam with ultra-soft density provides a softer and more resilient feel, making the padel racket easier to handle during the game. This makes it particularly suitable for players who prefer soft foam with an explosive sound.

In addition, this model has been carefully designed to amplify the power in your game, thanks to the new weight distribution mechanism at the heart of the padel racket. It is therefore ideal for padel players who suffer from arm or wrist problems.

The racket also introduces some innovative technologies. The Hex Tech technology provides a hexagonal rough layer on the clubface, which improves the durability and resistance of the Starvie Kenta Eternal Speed ​​padel racket and promotes precision when hitting the ball. The Geo-bridge technology improves the maneuverability of the padel racket during the game, resulting in more power in the hits and less vibrations transferred to the arm and wrist.

The Reactive hole technology optimizes the game by giving both defensive and offensive shots more power and control. The longer handle technology provides a more comfortable grip for two-handed players.

And finally, the Some inside technology, developed in collaboration with NOENE®, offers a new anti-shock padel grip that absorbs and protects up to 96% of the negative energy generated by shock and vibration.

The Starvie Kenta Eternal Speed ​​padel racket is proudly 100% made in Spain, maintaining the highest quality standards to ensure that every player gets the best that the sport of padel has to offer.