Badminton racket Yonex ARCSABER 7 PRO 4UG5 Grey / Yellow

ID: YO-112634

Arcsaber 7 pro

The ARCSABER frame is designed to flex at impact to keep the ball on the string for longer. By storing and then releasing energy, the ARCSABER enables precisely crafted shots for players looking for a higher level of control. CS carbon nano fibers are installed on the sides of the racket, which improves the elasticity of the frame, which allows better control of the ball at the moment of impact.

Item code: ARC7-P
Stiffness: medium
Frame: HM graphite/pocketing booster
Shaft: HM graphite/ ultra PE fiber
Handle weight/size: 4U (average 83g) G5.6
Color: grey/yellow

1. ISOMETRIC - Increased "sweet spot" - the ISOMETRIC design increases the "sweet spot" by 7%*. Compared to a conventional round frame, the ISOMETRIC square shape racket creates an advantage by optimizing the intersection of the main and cross strings.

2. Solid Feel Core - Reduces Vibration - Built-in solid core reduces harmful vibrations upon impact. A solid tactile core is found in all rackets made in Japan.

3. Ultra PE FIBER The shaft is made of Ultra PEF - ultra polyethylene fibers - which are light enough to float on water, but can withstand enormous forces. these properties allow for maximum shock absorption.

4. THIN SHAFT - Reduced Air Resistance - The thinnest racquet Yonex has produced significantly reduces air resistance while providing maximum feel.

5. ENERGY BOOST CAP PLUS - A uniquely designed cap that maximizes shaft performance. The front allows the shaft to flex, while the side arch curves stabilize the racket face by preventing the shaft from twisting.

6. Built-in T-JOINT - Increases strength between frame and shaft and eliminates head twist for more control.

7. Box frame - Extremely hard profile ensures a solid and stable feeling when in contact with the feather.

8. IMPROVED ARCSABER FRAME - Control with confidence through this unique frame structure with varying degrees of flex from the top, sides, and bottom, built to increase ball retention at impact while reducing instability and spin at impact.