The ARCSABER frame is designed to flex at the point of impact to hold the shuttle on the string bed for longer. By storing and then releasing energy, ARCSABER delivers precise shot-making for players seeking a higher level of control. Positioned at the sides of the racquet, CS Carbon Nanotubes improve the frame’s elasticity, holding the shuttle on the string bed for enhanced control at the point of impact.
“I feel more power, and even more accurate control. With this racquet, everyone can improve their game.” Taufik Hidayat
The square-shaped ISOMETRIC frame shape is designed to keep vertical strings at a similar length, as well as the horizontal strings to produce an expanded sweet spot in all directions.
2. Solid Feel Core (Cuts Vibration)
The built-in solid feel core cuts harmful miscellaneous vibration at impact. Solid feel core is carried in all racquets manufactured in Japan.
3. Ultra PEF
The shaft is constructed using ‘Ultra PEF’ – ultra poly ethylene fibre – which is light enough to float on water yet able to withstand immense forces. these characteristics allow for maximum shock absorption.
4.Super Slim Shaft (Reduced Air Resistance)
The slimmest racquet ever produced by YONEX vastly reduces air resistance whilst providing maximum feel.
5. Energy Boost CAP PLUS
Uniquely shaped cap which maximizes shaft performance.The front allows the shaft to flex, while the sides arch-shaped curve stabilizes the racquet face by preventing the shaft from twisting.
A new composite material T-ANCHOR used in the T-joint helps reduce excess torque when hitting an off centre shot.
7.New Built-in T-Joint
The lightweight T-Joint increases stability of the shuttle on the strings, maximizing power and control.
8. Box Frame
The extra stiff profile provides a solid stable feel on impact with the shuttle.
9. POCKETING BOOSTER
The frame is lined with POCKETING BOOSTER, a proprietary rubber-like material emphasizing elasticity in the frame’s flex.
10. ENHANCED ARCSABER FRAME
Control with confidence through this unique frame structure with varying levels of flex from top, sides, to bottom, built to increase shuttle hold while reducing instability and twisting at impact.