Innovative technology in the racquet by interlacing the vertical strings around the ring. It lengthens the vertical strings and gives them a similar size. This results in better ball control, more rebound power and improves the strength of the racquet frame.

The racquet shaft is the key to power transmission and more efficient play. By combining highly resilient materials and innovative design, VICTOR has created the best ever shaft with incredible anti-twist and resilience properties.

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.

This technology offers an inward-facing frame design on the 6/12 o'clock axis and outward-facing on the 3/9 o'clock axis. The design is inspired by the aerodynamics of a sword blade cutting through the air, ensuring that every movement is executed with lightning speed and precision.

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 3.0 is a solution designed to improve the stability and resilience of the frame, particularly in areas subject to high stress. The system reinforces critical points, ensuring that impact energy is better controlled and transferred. This results in greater precision and a more dynamic response during play.

An advanced graphite fibre with enhanced elasticity, combining low weight with high resistance to deformation. This material effectively stores and releases energy during movement, resulting in greater dynamism and precision. Thanks to its structure, it improves the stability of the construction and increases the durability of the equipment.