Black Crown Gladius Force 2026 Padel Racket

A racket for the gladiators of the court

Versatile in design and highly responsive, Black Crown presents the Gladius Force, a racket for advanced players.

Its structure is based on cutting-edge engineering that combines 18K aluminized carbon and 3K carbon in the frame, offering superior stiffness for maximum energy transfer.

Paired with a Hard EVA Black rubber core, this racket delivers a powerful impact on smashes while maintaining surgical precision.

For spin enthusiasts, it features the 5D Extra Spin textured finish, a technology that grips the ball to impart aggressive spin on your lobs and serves.

Balance is at the heart of this power: the Gladius Core Balance system was specially developed to optimize the racket’s stability, giving you better control even during the fastest rallies.

The Aero Carbon frame, meanwhile, guarantees exceptional durability, capable of withstanding the intensity of competitive matches.

The Gladius Force stands out as the most accessible power racket in the Black Crown collection, ideal for those who want to inject aggression and solidity into their transition and finishing shots.

Technologies featured in the Black Crown Gladius Force 2026 padel racket:

Hard Black EVA foam ensures an optimal balance between comfort and responsiveness. Its high density delivers a lively ball speed without sacrificing control, guaranteeing a soft feel upon impact and excellent vibration absorption.

Aero Carbon

Aero Carbon is a high-tech material used in the racket frame. Made of 100% carbon, it offers exceptional lightness while ensuring high durability.

5D Extra Spin

5D Extra Spin is a racket surface technology that incorporates a 3D effect to increase ball grip and promote spin generation.

Gladius Core Balance

Gladius Core Balance is a system that intelligently adjusts the weight distribution within the racket to make it more maneuverable and stable, allowing you to string together shots with precision without losing control.

Uni Carbon 

This technology uses unidirectional carbon fibers to stabilize the frame. It optimizes energy transfer upon impact, delivering increased power and enhanced precision.