Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)
Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)
Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)
Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)
Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)

Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)

$139.99
$154.99
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Local pickup available at Joy Badminton

Normalmente está listo en 24 horas

Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)

  • Joy Badminton (Local Pickup)

    Pickup available, normalmente está listo en 24 horas

    2417 STROZIER AVE
    SOUTH EL MONTE CA 91733
    Estados Unidos

    +16264161162

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Victor Thruster K Raptor TK-RAPTOR-C (Moonless Night)

"Take Flight and Strike from Above"

The VICTOR Thruster RAPTOR C is engineered to deliver the speed and power of an eagle in flight. With slightly head-heavy balance, it enables swift, forceful strokes.

Its stiff frame construction ensures superior stability and precision, ideal for fast, aggressive play. With a maximum string tension of up to 32lbs, it suits players who favor a firm, stable string bed for sharp, controlled attacks.


Weight / Grip Size

3U / G5

Flex

Stiff

Balance

Head Heavy

Frame

High-strength carbon fiber + Bio-carbon fiber + strong core filling technology

Shaft

High-strength carbon fiber + Bio-carbon fiber + 6.5 SHAFT

String

≦32 lbs(14.5kg)


 

 

 

The use of nano-scale resin material adding technology can make Nano fine particles evenly distributed in the gaps between carbon fiber bundles, increasing the overall rigidity and strength of the carbon fiber composite material and reducing frame deformation.

 

 

 

Bio-Carbon Fiber is a high-performance, cutting-edge carbon fiber composite material developed using the chemical technology that Mitsubishi Rayon of Japan is good at. Its high strength and ultra-lightweight characteristics are applied to the racket, giving it an excellent shock-absorbing effect, greatly improving the control of the racket and bringing an unimaginable perfect experience.

 

 

 

The polymer material taken from military propeller blades and carbon fiber form a sandwich structure. The material is minimized but can meet the strict standards of stability, feel and accuracy.

 

 

 

By arranging and reorganizing the different racket frame structural features and performing computer simulation calculations, we achieve an optimized setting that suits the hitting feel, racket characteristics and sports performance.

 

 

 

Computer simulation is used to create a new grip form, and injection molding technology is used to create freedom of swing in the middle shaft, increase the smoothness of the swing, and enhance the comfort of the hand feel.