High ResilienceModulusGraphite + HARD CORED TECHNOLOGY + Metallic Carbon Fiber
Shaft Material
High ResilienceModulusGraphite + PYROFIL + 6.8 SHAFT
Response
Technologies
Carbon reinforced.
Inspired by helicopter blade technology, reinforced carbon fiber layers strengthen the frame, reducing material size while maintaining structural integrity.
Advance material from Japan.
PYROFIL carbon fiber, developed by Mitsubishi Chemical, is a high-performance material known for its lightweight strength. It delivers exceptional shock absorption while enhancing racket control.
Metal-fused power & precision.
METALLIC CARBON FIBER technology fuses a thin metal sheet into carbon fiber, enhancing stiffness, stability, and durability. This fusion strengthens the racket frame, reducing vibrations and improving power transfer for a more controlled and explosive performance.
Smash with confidence.
The box-shaped design effectively increases stability and anti-torque of the frame, while increasing the racket string tension limit.
Weight / Grip Size
3U/G5 4U/G5
String tension LBS
≦32 lbs(14.5kg) ≦31 lbs(14kg)
Frame Material
High ResilienceModulusGraphite + HARD CORED TECHNOLOGY + Metallic Carbon Fiber
Shaft Material
High ResilienceModulusGraphite + PYROFIL + 6.8 SHAFT
Response
Technologies
Carbon reinforced.
Inspired by helicopter blade technology, reinforced carbon fiber layers strengthen the frame, reducing material size while maintaining structural integrity.
Advance material from Japan.
PYROFIL carbon fiber, developed by Mitsubishi Chemical, is a high-performance material known for its lightweight strength. It delivers exceptional shock absorption while enhancing racket control.
Metal-fused power & precision.
METALLIC CARBON FIBER technology fuses a thin metal sheet into carbon fiber, enhancing stiffness, stability, and durability. This fusion strengthens the racket frame, reducing vibrations and improving power transfer for a more controlled and explosive performance.
Smash with confidence.
The box-shaped design effectively increases stability and anti-torque of the frame, while increasing the racket string tension limit.
