The synthetic racquet handle, made using nanotechnology, has an innovative hollow structure that increases shock absorption and creates more space for the shaft to flex. This not only enables smoother strokes and better rebounds, but also makes it harder for the opponent to prepare for the transition from defence to attack.

Inspired by the military helicopter, the multi-layered structure created from carbon fibre and composites, minimises the size of the material, enhances the feel of the ball and delivers performance at a key level.

The single-hole design results in less friction between the strings, effectively reducing tension loss while extending the life of the strings.

An advanced carbon fibre with an extremely high modulus of elasticity, designed to ensure maximum stability and precision in the material’s performance. It enables the creation of an exceptionally lightweight yet extremely durable structure that effectively minimises deformation. As a result, it enhances control, dynamics and energy transfer efficiency.

WES 2.0 is an advanced system designed to improve shock absorption and stability during dynamic movements. The design has been developed to effectively reduce vibrations caused by contact with the surface or during impacts, resulting in greater comfort. Furthermore, the system enhances control and fluidity of movement during intense play.

TRI-FORMATION is a structural solution based on a special reinforcement system at three key points of the frame, which stabilises the entire structure during use. This distribution of forces improves control, reduces twisting and enhances precision of movement. The result is more predictable behaviour of the equipment, even under dynamic loads.

NANO FORTIFY SR is a solution that strengthens the material’s structure at a microscopic level through the use of nanoparticles. This results in greater durability and resistance to deformation and mechanical damage. The outcome is a more stable structure that retains its properties even under intensive use.