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76구 Grommet System 

1홀 1줄의 방식으로 타구시의 스트링 마찰을 분산시켜줍니다. 그로 인해 스트링의 내구성을 향상 시켜 주고 스트링의 파운드 손실을 줄여 줍니다.

HARD CORED TECHNOLOGY기술은 헬기의 프로펠러에서 사용되는 소재, 탄소섬유와 합성물이 다층구조(Multi-layered)로 되어있어 타구감의 안정도와 정확성을 증가 시켜줍니다.

소비자 가격

260,000원

샤프트 소재

High Resilient Modulus Graphite + 6.8 SHAFT

프레임 소재

High Resilient Modulus Graphite + HARD CORED TECHNOLOGY

스트링 텐션

≦ 30 lbs(13.5Kg)
≦ 29 lbs(13Kg)

무게 / 그립 사이즈

3U / G5
4U / G5

Response

Product Details

Compound-Sword Frame Structure

Compound-Sword frame increases speed and stability. The upper part of the frame reduces air resistance, the middle part improves the energy transfer user's swing to the shuttle, and the lower part increases stability and speed by drastically reducing any racket twisting. This ensures to get as much speed for the drop shots and defenses, while also giving the stability to hit accurate smashes.

Sonic-rebound Technology

SONIC-REBOUND TECHNOLOGY integrates R.T.C with high resilient modulus graphite material to enable swift and all-around rebound performance, redefining what a SPEED racket could be.

REBOUND TRANSITION CONSTRUCTION (R.T.C)

R.T.C technology, based on scientifically-designed structure and data analysis, introduces “reflection point” to the frame’s key spots to maximize the “rebound” performance, effectively improving both the quality and speed of each swing.R.T.C technology, based on scientifically-designed structure and data analysis, introduces “reflection point” to the frame’s key spots to maximize the “rebound” performance, effectively improving both the quality and speed of each swing.

Hard Cored Technology

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

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.