The single-pass grommet hole construction creates less friction between strings, this effectively reduces tension loss, while extending string life.
PYROFIL carbon fiber and its composites, are advanced high-performance materials from Japan. The characteristic of high intensity bonds ultra-light offers racket excellent shock-absorption and enhances control.
Combining the controllability of “diamond-shape” structure with the stability and smoothness of “sword-shape” structure, AERO-DIAMOND frame minimizes air-resistance and improves handling stability during each game.
Inspired by military helicopter, multi-layered structure made by carbon fiber and composites, minimize material size, reinforce handling feel and performance at a critical standard.
The shaft is key to power transmission, and that’s why VICTOR has been committed to developing better shafts. Through the combination of highly resilient materials and innovative design, VICTOR has created the best shaft ever with incredible anti-torsion performance and resilience.
With an optimized grommet design following a set of strict scientific procedures, players can feel about 10% more ”connected” with the racket head, as described by VICTOR Lab testers, as well as a larger sweet zone, which provides increased control and great feedback from the stringbed.
The PYROFIL carbon-fiber composites, a Japanese-invented material, boasts superb shock-absorption which, when used in the racket shaft, creates lightweight swings and a comfortable stiffness. Together with VICTOR’s ANTI-TORSION SYSTEM, it saw a 22% improvement in anti-torque, offering a more solid and stabilized hitting feel.
VICTOR Labs trialed countless combinations of materials for the racket frame and ultimately achieved the perfect balance with the NANO FORTIFY TR as the leading content. The HX-900X features a surprising amount of resilience, 17.5% better than its preceding model, which helps athletes to retain more power in the backswing and altogether generate more pace and weight when they launch the shots.
