Konstruksi lubang grommet untuk dilewati oleh hanya satu senar mengurangi gesekan antar senar yang secara otomatis mengurangi lbs yang hilang saat ditarik serta memperpanjang usia senar.
Terinspirasi oleh helikopter militer, struktur berlapis-lapis yang terbuat dari serat karbon dan komposit, meminimalkan ukuran material, memperkuat feel pada handling dan performa pada saat kritis.
R.T.C Tehnologi , berdasarkan ilmu pengetahuan - Structure design dan analisa data , memperkenalkan " Reflection Point " ke dalam frame racket dimana menjadi kunci yang dapat menghasilkan performa "Rebound" yang maksimal , yang secara efektif meningkatkan kualitas dan kecepatan dalam etiap ayunan racket .
SONIC-REBOUND TECHNOLOGY berintegrasi dengan R.T.C dengan bahan graphite yang berkualitas untuk memberikan ketangkasan dan performa reboud secara all around , mendefinisikan kembali racket type speed bagaimana seharusnya .
The compound frame design can be divided into three major parts: The upper section is made with fan-shaped structure to lower wind resistance and accelerate each swing. The Compound-Sword structure in the middle section is designed to lighten the filler and enable fast rebound. Finally, the lower section is built in airfoil structure to lower wind resistance and keep excellent anti-torsion performance in a 'whipping' style which helps to create steeper and quicker attacks with satisfying control.
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 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.
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.
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.
The single-pass grommet hole construction creates less friction be tween strings, this effectively reduces tension loss, while extending string life.
