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Li-Ning

Li-Ning AXForce Cannon Unstrung Badminton Racquet, 5UG6 - Deep Teal

Li-Ning AXForce Cannon Unstrung Badminton Racquet, 5UG6 - Deep Teal

Regular price Rs. 4,890.00
Regular price Rs. 6,290.00 Sale price Rs. 4,890.00
-22% OFF Sale Sold out
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Li-Ning AXForce Cannon Unstrung Badminton Racquet, 5UG6 - Deep Teal

Experience the powerful precision of the Canon Smash. Axforce Canon is built with standard modulus carbon fiber to offer excellent performance. Its tensile profile offers greater flexibility which optimises the shaft for better smash defence. The racket composition and frame design provides greater power for smashing and improves service life.

Product Model Axforce
Player Type Attacking
Racket Grip Size G6
Player Level Professional
Balance Head Heavy
Weight

 

Upto 84 grams

 

Shaft Flexibility Flexible
Material Carbon Fibre
Frame Shape Dynamic Optimum Frame
Maximum Racket Tension

 

31 LBS (pounds)

 

Country of Origin China
Manufactured by Li-Ning (China) Sports Goods Co. Ltd., Beijing, PRC
Imported and Marketed by Sunlight Sports Pvt. Ltd. Muneshwara Layout, Avalahalli, Old Madras Rd, near K.R. Puram Bengaluru 560049 Karnataka IN

 

Sonic Boom impact

Axforce Cannon - Badminton racket - Sonic Boom System

The racket uses cutting-edge technology to fully optimise the air pressure formation process and uses it to enhance the racket's striking sound. This gives an elaborate sense of contact hits, fast delivery speed, crisp sound, and strong sound impact.

Flexible Shaft

Axforce Cannon - Badminton Racket - Power

 The racket shaft is forged for flexing your smashes and defences with top notch efficiency. Its tensile profile offers greater flexibility which optimises the shaft for better smash defence. This extension of the longer bending moment improves returns to boost your score.

Std Modulus

Axforce Cannon - Badminton Racket - High Carbon

 Standard modulus carbon fiber is primarily used in applications where a balance between strength and flexibility is required. It offers excellent performance characteristics, including high strength-to- weight ratio, excellent fatigue resistance, and dimensional stability

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