Wilson Blaze SX9900 Spider CV Black/Blue Badminton Racket

The Speed series of badminton rackets from Wilson is the ultimate source for Light Speed. Each racket's aero-speed framed geometry, light-balanced design and integrated speed technologies empowers the responsive player to dominate the court with fast combination plays.

In badminton doubles that continues to evolve to high-speed rally deployment, controlling the short rally holds the key to the game. Wilson's lightest 68g racket enables the fastest racket work and further improves durability performance. A great choice for a doubles player who is close to the net.

SPEED X GEOMETRY

Based on aerodynamics, Air Clear Frame which realizes faster swing by reducing the air resistance of the whole head assists the fastest swing speed. Wilson traditional frame with simultaneous surface stability and power transmission performance.

SPEED TOP CAP

A new top cap design adopted for the speed series' braze, which further reduces air resistance and allows for speedy operation.

BRAIDED SPEED SHAFT

New Shaped Manufacturing Shaft that creates outstanding stability and shot feeling by making it super lightweight. Ultra high modulus carbon known as ultra lightweight + highly elastic carbon material is knitted (braided process) to make it lightweight yet strongly twisted and new slim shaft that evolved to high rigidity is the best To produce a sense of shot feel.

SPIDER SILK

Ultra lightweight · Flexible but boasting amazing strength, world's toughest strongest fiber. By overlaying the spider silk in the process of carbon laying up to 360 ° of head frame, we realized a new frame with strong ideal armor armed from "core" wrapped with inner armor.

LIQUID CRYSTAL FIBRE

Liquid Crystal Fiber Using Liquid Crystal Polyester Material Dramatically Increases Vibration Damping Performance and Produces a Clearest Finest Shot Feeling.

UNI BODY CARBON FRAME

By integrally molding the frame with light and rigid carbon, "clean and comfortable hit feeling" and "stable surface with small torque" are realized.