CARLTON ZERO 007i badminton racquet
CARLTON ZERO 007i badminton racquet
Carlton Zero 007i Badminton Racket (Unstrung) | Matt Black/Gold
Carlton Zero 007i Badminton Racket (Unstrung) | Matt Black/Gold
Carlton Zero 007i Badminton Racket (Unstrung) | Matt Black/Gold

Carlton Zero 007i Badminton Racket (Unstrung) | Matt Black/Gold

Regular price Rs. 13,000.00 Sale priceRs. 6,899.00
/
Tax included. Shipping calculated at checkout.

  • Free shipping across India
  • Low stock - 2 items left
  • Inventory on the way

Products are generally shipped within 24 Hrs of receiving the orders (except Sundays). Following are the indicative timelines from the day of shipping:

Metros and Mini Metros: 1-3 Days

Other Cities: 2-4 Days

North East States: 5-7 Days

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Product Description

Carlton Zero 007i is a Head heavy, medium flex racket. The racket is made from a construction of high carbon fiber. The racket has a head heavy balance.The isometric shaped head gives it effective hitting area. The unstrung racket is suitable for the advanced level of players who like offensive style of play.

Product Specification

Expertise Level Intermediate
Weight (Grams) 84 (+/- 2)
Balance Point Head Heavy
Flex Medium
Grip Size  G2 (3 inches)
Frame Material
Japanese H.M Graphite
Shaft Material Japanese H.M Graphite
Stringing Advice
20 - 30lbs
Gourmets
80
Racket Length 675mm
Stringing Status
Unstrung
Full Cover  Yes

Product Technologies 

High Repulsion Shaft

High Repulsion Shaft is engineered with the highest precision in shaft manufacturing ensuring 360 degrees balanced graphite layups. Higher power and increased precision is achieved by blending the optimum flexibility and kick point of your Carlton racket shaft every time you swing it.

Japanese Hot Melt Graphite

\

Japanese Hi Modulus Graphite is the highest specification carbon available on the market treated with High pressurized heat for better graphite fusion ensuring your Carlton frame will outperform all other construction materials for frame response and stability.

You may also like