THRUSTER K 70 U (Unstrung) (Gray/Yellow) (TK-70-U)

THRUSTER K 70 U (Unstrung) (Gray/Yellow) (TK-70-U) The Victor Thruster K 70 U is designed for advanced players who demand a high level of precision, power, and agility in their badminton game. This model, part of the Thruster series, is known for its head-heavy balance and stiff shaft, characteristics that cater to aggressive players looking to dominate the court with powerful smashes and deep clears. The “U” designation typically indicates a lighter weight class, which enhances maneuverability and speed, making the Thruster K 70 U especially suited for players who value quick responses and the ability to execute fast-paced shots without sacrificing power. This balance of lightness and head-heavy design offers a unique combination that supports both offensive and defensive plays, providing competitive players with a versatile tool to challenge opponents across all aspects of the game.The Thruster K 70 U is ideal for competitive players who are looking to improve their game with a racket that offers a potent mix of power and speed, enabling them to execute a wide range of shots with precision and force. It’s suitable for both singles and doubles play, appealing to those who aim for a high-performance racket to complement their advanced skills and aggressive playing style. Grip Size: 70g±2/G6 Weight: 7U / 64-68grams Stiffness:  Balance: Head heavy Frame: High Resilience Graphite+Nano Resin+Fiber Reinforced System Shaft: High Resilience Graphite + Nano Resin + 7.0 SHAFT String tension: ?31 lbs(14kg) Single Pass Grommet The single-pass grommet hole construction creates less friction between strings reducing tension loss and extends string life  FRS  Based on design of carbon fiber and advanced fibre reinforced system not only improves elasticity, but also offers stable control with high string tension Power Box The box-shaped design effectively increases the stability and torque, can stand higher string tension Nano Tec Technology The Nano Tec Technology works by evenly distributing nano-sized particles in the vacant space between carbon fiber bundles. This increases overall stiffness of the carbon composite fibers and reduces frame distortion.