JS-12 M

JETSPEED S 12

MIT
2018 NEW

全面採用新材料TERS特氏樹脂系統的新一代速度型球拍。拍框剛韌、中管快彈,網前抓球快速穩定,大動作擊球力量集中,適合擅長快速攻防的雙打好手。

  1. 核心技術
  2. 產品規格

﹝穿線模式﹞ 76孔穿線模式

一孔一線穿線方式,可分散打球時的拍線磨擦力,並且可提高拍線的耐久性,減少穿線磅數的損失。

根據空氣流體動力學原理,巧妙運用菱形及橢圓型劈風框形特性,劍鋒般的拍框可快速引導空氣,橢圓框可減少空氣阻力。融合兩項框型的特點,加快球拍回擊的速度,提升球拍的敏捷性。

百洛碳素纖維是運用日本三菱麗陽擅長的化學技術所研發而成的高性能尖端碳纖維複合材料。其高強度與超輕量化的特點運用於球拍,賦予絕佳的減震效果,大幅提升球拍的操控感,帶來超乎想像的完美體驗。

取自軍用螺旋槳葉的聚合物材質,與碳纖維組成三明治結構,材積極小化卻能滿足穩定、手感與準確的嚴苛標準。

TERS特氏樹脂系統採用美國進口航太等級材料,透過自動排氣來達到無孔洞的緊致結構,可使拍框剛韌,並強化中管彈韌性,使揮拍動力傳導效能極大化,在快速連續的攻防中維持穩定紮實的操控手感,強攻速守全方位。

中管材質

高強韌碳纖維 (High Resilient Modulus Graphite) + 百洛碳素纖維(PYROFIL) + 特氏樹脂系統(TERS) + 6.8 SHAFT

拍裝材質

高強韌碳纖維 (High Resilient Modulus Graphite) + HARD CORED TECHNOLOGY + 特氏樹脂系統(TERS)

穿線磅數

≤ 30 lbs (13.5Kg)
≤ 29 lbs (13Kg)

球拍重量 / 握柄尺寸

3U / G4、G5
4U / G5

Response

其他

Racket Response Indicator:

產品介紹

AERO-SWORD Frame Structure

Innovative technology combining the two popular frame structure SWORD and AERODYNAMIC, the AERO-SWORD can efficiently reduce air resistance and following a faster and greater hit back.

Brand new material Twin Epoxy Resin System (TERS) ###### A Whole Level of Supreme Elasticity and Stability

Twin Epoxy Resin System (TERS), an aerospace engineering material of holeless compact structure. Enhanc frame elasticity and shock absorption ability. In the meantime, reinforce shaft flexibility and resilience, and enable optimized swing force transmission.

Hard Cored Technology

Inspired by military helicopter, multi-layered structure made by carbon fiber and composites, minimize material size, reinforce handling feel and performance at a critical standard. 

Pyrofil Carbon Fiber

Pyrofil Carbon Fiber and its composites, are advanced high-performance materials from Japan. The characteristic of high intensity bounds ultra-light offers racket excellent shock-absorption and enhances control.

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.