Free UK returns & Free delivery on orders over £50

WORLDWIDE SHIPPING

Fast and affordable

 

Shopping Basket

 
Discount 0.00
Subtotal 0.00
 
 
Ashaway Viper XT 1200 Hex Badminton Racket
Free Delivery
£ 56.67
RRP: £ 130.00 Save 56%
Availability:    In Stock

Why not take advantage of these exclusive offers when you buy this product.

Half price professional string upgrades available with this racket


 

String Tension, only required if choosing string upgrade


 

Choose a Free Ashaway Grip


 

Features
  •   Viper Weave
  •   Hex Frame
  •   Carbon Nano Tubes
  •   High Tension Frame
  •   High Power
  •   Max Tension 28lbs
  •   Strung in Ashaway Zymax 70

 

Specifications
Weight 91 g
Balance 306 mm
Flex 60.0000
Construction Carbon Nano Tube

 

Description
Ashaway Viper XT 1200 Hex Badminton Racket is a powerful attacking racket with good feel for defence. The head cuts the air for rapid swing speed.

Viper Weave Technology - this unique construction integrates a Meta Composite into a Ultra HM Graphite core to provide an X-treme tension frame with low torque and virtually no lateral movement even on miss hits.

HEX frame technology which provides strength in an ultra-slim construction. The hexagonal shape increases aerodynamics and together this generates ultimate speed

Carbon Nano Tube construction uses a carbon formation that provides immense strength with less weight than standard carbon formations.

The high tension head allows a max tension of 28lbs

The racket is prestrung in Ashaway Zymax.

Please note, where applicable, we will relogo the strings on rackets which have been restrung.

 

Other Information
Nano Carbon Graphite
 
The graphite layers are reinforced with carbon nanotubes. These Micro engineered tubes of carbon are one of the lightest and strongest materials known. The addition of these tubules to the graphite layers adds strength without weight.
 
Viper Weave
 
Accurate Strike - Ultimate head stability for an accurate strike. Viper Alloy is woven into the carbon layers to increase lateral strength and minimise torsion and twist through the stroke on shuttle impact.
 

Write a review

Please Note:   Although we ask for your full name and email address, they won't ever be published.

 

Note:

 

??????