VICTOR Thruster TK-70 SuperLight Badminton Racket

Unleash exceptional power and precision on the badminton court with the VICTOR Thruster TK-70 SuperLight Badminton Racket. Crafted for optimum performance, the TK-70 boasts a dynamic design that empowers your game with unparalleled speed and control. Elevate your playing style and conquer opponents with the advanced technology and innovation that VICTOR is renowned for. Whether you're a competitive player or a passionate enthusiast, the Thruster TK-70's cutting-edge features are designed to amplify your skills and make every shot count. Elevate your game today with the VICTOR Thruster TK-70 SuperLight Badminton Racket.

 The POWER BOX design offers enhanced stability and anti-torque, enabling it to take higher string tension. NANO TEC technology distributes nano-particles between carbon fiber bundles, increasing stiffness and decreasing distortion. SEVEN SIX 76 single-pass grommet holes reduce friction, retaining tension and prolonging strings. FRS multi-layered carbon fiber amplifies elasticity and supplies steady control at high tension. The VICTOR Thruster TK-70 SuperLight Badminton Racket is a lightweight racket.

• Weight / Grip Size: 70g±2/G6    
• String tension LBS: ≦31 lbs(14kg)    
• Frame Material:High Resilience Graphite+Nano Resin+Fiber Reinforced System    
• Shaft Material:High Resilience Graphite + Nano Resin + 7.0 SHAFT    
• Response: Stiff    

POWER BOX: The box-shaped design effectively increases the stability and anti-torque, can stand higher string tension.
NANO TEC: The NANO TEC technology works by evenly distributing nano-sized particles in the vacant space between carbon fiber bundles, this highly increases the overall stiffness of the carbon composite fibers, and reduces the distortion of the frame.
SEVEN SIX 76: The single-pass grommet hole construction creates less friction between strings, this effectively reduces tension loss, while extending string life.
FRS: Based on the design of multi-layered carbon fiber, the advanced Fiber Reinforced System (FRS) can not only improve the elasticity, but also offer stable controllability with high tension string.