Victor Thruster K Onigiri Badminton Racket

Victor Thruster K Onigiri Badminton RacketFeatures: Weight: 82g 4U Grip Size: G5 Tension: up to 31lbs G5 High Resilient Modulus Graphite Pyrofil Core Shell Rubber Category: MC Victor Thruster K Onigiri Badminton Racket is a part of Victor Power Range. This head heavy and medium flex racket is designed to allow you to make fast exchanges with maximum power. Core Shell Rubber (C. S. R) Core shell rubber is used to cover the epoxy resins to build resilience and protection. Core shell rubber is

Features:

• Weight: 82g 4U
• Grip Size: G5
• Tension: up to 31lbs
• G5
• High Resilient Modulus Graphite
• Pyrofil
• Core Shell Rubber
• Category: MC

Victor Thruster K Onigiri Badminton Racket is a part of Victor Power Range. This head heavy and medium flex racket is designed to allow you to make fast exchanges with maximum power.

Core Shell Rubber (C.S.R) - Core shell rubber is used to cover the epoxy resins to build resilience and protection. Core shell rubber is added into carbon fiber and the foam materials used to fill the frame, which not only increases the extension strength of carbon fiber, but also improves the resilience. The Foamex turns much more compacted during the foaming process and possesses with better shock absorption once the foaming is done.

GTX - Through the combination of various angles of carbon fiber and frame type, the racket performance is 8% higher.

Flash Shaft - Made by the combinations of various carbon fibers and reduce the shaft diameter to give the racket a quick resilience ability.

Power Box - The box-shaped design effectively increases the stability and anti-torque, can stand higher string tension.

Continuation Grommet - Takes up the wind and increase the swing speed and prevent the frame from damaging by the strings while in high stringing tension.

Internal T-Joint - One-piece T-Joint (compare to the external T-joint), transfer the power smoothly, and precise the hit.

Seven-Six76 - The single-pass grommet hole construction creates less friction between strings, this effectively reduces tension loss, while extending string life.