YONEX RAKET BADMINTON NANORAY 7000 - YELLOW
YONEX R/B NANORAY 7000
YONEX R/B NANORAY 7000
Yonex NanoRay 7000 Badminton Racket:
Yonex Nanoray 7000 racket is a NANOMESH and CARBON NANOTUBE frame and shaft which gives fast racket swing for intermediate players.
It is a head light racket balance racket which is designed for fast swing and quick repulsion. Racket weight is around 83 gms while it is a flexible flex racket
Medium Flex and headlight combination gives fast racket swing and accurate shitte placement to opponent court.
Yonex Nanoray 7000 frame is developed with Aero type cross section which offer less air resistance and results into better racket handling.
With Isometric head shape, player will get enlarged sweet spot area for maximum power flow.
With Nanomesh and carbon nanotube , this racket offers lightweight but strong racket feel.
Technology in Yonex Nanoray 7000
Yonex Isometric Head Shape for Enlarged Sweet Spot
Yonex used Isometric head shape in this racket instead of oval shape. Isometric head shape designed to offer similar length of vertical string as horizontal string. This new frame shape offers following key benefits to players
A - Isometric shape gives better head stability.
B - Isometric head shape gives enlarged sweet spot by which player can place powerfull shots.
C - With Enlarged sweet spot , badminton player can hit effective shots even if shuttle hit off center.
Yonex Nanomesh and Carbon Nanotube material for Headlight Configuration
Yonex used Nanomesh and nanotube material into shaft and frame of the racket. This new type of material create a mesh type material structure which gives following key benefits to players:
A - Very Light but rigid Badminton racket structure.
B - Lightweight racket helps in placing better drive shots.
C - Better Racket strength and handling.
D - Improved repulsion Power and strength.
Yonex Built in T Joint
Joint of any device is a weaker part and its affect the overall dynamic of the device.
In Racket T joint is a weaker part and its affect the racket stability when shuttle hits the string bed.
During shuttle impact on string bed, forces are transferred to T joint and if joint is weak in nature then it could cause direction instability of shuttle.
Yonex identified this problem and developed built in T Joint.
Yonex used Molded deep into the layers of graphite which gives joint free section and provide more rigid racket.