The Babolat Viper Juan Lebrón 3.1 is designed for advanced padel players who want explosive power and a highly responsive feel. Inspired by Juan Lebrón’s aggressive style of play, it features a diamond-shaped head and high balance to help generate greater weight and force behind attacking shots. Its 3K carbon construction delivers a firm, reactive response, while the Black EVA core provides a combination of power and comfort. A textured hitting surface also helps players produce additional spin, making this racket well suited to an attacking style focused on fast, decisive play.

Key features:

• Diamond-shaped head: Designed to favour attacking shots and maximise power.

• High balance: Positions more weight towards the top of the racket for increased impact.

• 3K carbon construction: Provides a responsive and stable feel when striking the ball.

• Black EVA core: Offers a blend of power, elasticity and comfort.

• Textured hitting surface: Helps improve contact with the ball for increased spin potential.

• Dynamic Stability System: Improves stability through impact and helps maintain control during powerful shots.

• Exclusive Juan Lebrón design: Features a bold aesthetic inspired by the professional player's aggressive identity.

• Advanced player focus: Developed for experienced players who can take advantage of its power-oriented characteristics.

Technologies

• 3D Spin: A textured surface pattern designed to increase friction between the racket and ball, helping generate greater spin.

• Holes Pattern System: The hole arrangement is adapted to the racket's diamond shape to optimise the balance between power and precision.

• Black EVA: An elastic core material designed to provide a powerful response while maintaining a comfortable feel.

• 3K Carbon: Uses woven carbon fibres to create a stiff, responsive construction capable of transferring significant energy into the ball.

• Dynamic Stability: An anti-torsion construction incorporating a reinforced central section to improve racket stability, power and precision on impact.