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- Yonex Ezone GT4 Type S Driver
YONEXYonex Ezone GT4 Type S Driver
Yonex Ezone GT4 Type S Driver
Silvermere Says:
"Elevate your game with the Yonex Ezone GT4 Type S Driver! Featuring innovative StrikeSpeed Carbon technology and a 2G-Namdâ„¢ Speed graphite composite, this driver delivers superior rebound and high initial ball velocity, even on off-centre hits. The expanded graphite composite area and vertical laser milled face improve stability and distance. Paired with a high-performance graphite shaft for a smooth, powerful swing, this driver is perfect for golfers aiming for precision and distance."
Yonex Co., Ltd. is proud to announce the launch of the brand-new 4th Generation EZONE GT Series. These innovative drivers feature all-new StrikeSpeed Carbon technology, significantly enhancing the player’s ability to maximize distance, while the fairway woods and irons are also improved to achieve better performance.
The EZONE GT drivers are the first golf clubs to feature the proprietary, Yonex-developed StrikeSpeed Carbon structure: The sole section utilizes 2G-Namdâ„¢ Speed*, an advanced graphite composite that assists the club head compressing and provides superior rebound on impact. This enables players of all skill levels to achieve high initial ball velocity even on off-center hits. Additionally, the graphite composite area of the sole is 10% larger than before, creating a synergetic effect with the 2G-Namdâ„¢ Speed* graphite in the crown.
StrikeSpeed Carbon
The EZONE GT drivers are the first golf clubs to feature the proprietary, Yonex-developed StrikeSpeed Carbon structure: The sole section utilizes 2G-Namdâ„¢ Speed*, an advanced graphite composite that assists the club head compressing and provides superior rebound on impact. This enables players of all skill levels to achieve high initial ball velocity even on off-center hits.
New graphite composite structure
By expanding the graphite composite area by 10% compared to the conventional series, the rebound performance of the face is improved and a lower center of gravity is achieved by reducing the weight of the crown section, which, in synergy with the sole structure, further enhances the distance performance.
Vertical Laser Milled Face
Laser milling in the vertical direction of the faces reduces the tilt of the spin axis and improves directional stability, which helps increase the average flying distance.
High-performance graphite shaft
The original shafts are designed and manufactured in Japan using advanced graphite materials. The 2G-Namdâ„¢ Flex Force, which excels in bending performances, is compounded close to the grip to create a compact and smooth swing, and the powerful initial speed performance increases the distance.
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