Yonex Duora Z Strike Unstrung Badminton Racquet, Black/White
Yonex Duora Z Strike Unstrung Badminton Racquet, Black/White
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Yonex Duora Z Strike Unstrung Badminton Racquet, 3U5 - Black/White
Specifications
- Tension : 28LBS
- Weight : 88g
- Balance Point : 295mm
- Balance : Even Balance
- Frame Material : HM Graphite
- Grip Size : G5
NANOMETRIC Lightweight: NANOMETRIC improves the bonding strength between the carbon fibers enabling us to take racquet shaft construction to another level. By reducing the amount of carbon in the shaft to make it 60% thinner than a conventional racquet whilst retaining stiffness, YONEX has created a revolutionary lightweight racquet with lightening head speed and control.
NANOMETRIC DR Unique Technology: NANOMETRIC DR is a new carbon material developed by Yonex based on our unique NANOSCIENCE technology. Created from a material originally developed for next-generation space aviation by Toray Industries, Inc., this marks the first time it has been used within the racquet industry. By combining firm shuttle hold and high repulsion, NANOMETRIC DR puts the DUORA into a class of its own.
DUORA Grommet Design: The new DUORA Grommet design features 8 linked grommets made with differing thicknesses on either side of the frame. When hit on the box side, thicker and harder grommets on the aero side result in a stiffer string bed, ultimately increasing launch power on the shuttlecock.
HORIZONTAL - A CONCEPT: YONEX has designed a new grommet pattern called the HORIZONTAL-A CONCEPT that has helped us create the smallest frame in our history. The pattern anchors 4 strings horizontally to allow greater flex in the string bed and to create an enlarged sweet spot at the top of the frame. So even off-center shots can be powerful.
ISOMETRIC Enlarged Sweet Spot: ISOMETRIC technology continues to help the world’s greatest players achieve global success. Developed over 30 years ago, the ISOMETRIC design increases the sweet spot by 7%. Compared to a conventional round frame, a square-shaped ISOMETRIC racquet generates a larger sweet spot by optimizing the intersection of the main and cross strings.