Description
The SUPER LIGHT series features the lightest rackets from the Kawasaki brand. Weighing just 74g, the Super Light L6 racket is manoeuvrable, precise, and powerful, providing you with great playing pleasure.
The Kawasaki Super Light L6 badminton racket is therefore a very light racket aimed at players of all levels seeking manoeuvrability and speed of play.
The semi-flexible shaft and the head-heavy balance (305mm) combined with its light weight provide greater power and manoeuvrability to assert your game.
The Super Light Technology incorporates 30T carbon fibres with a higher density for greater lightness, which bring more durability to the frame, while providing better feel and repulsion. The higher the number, the better the racket’s qualities. Balancing maximum strength and lightness, this carbon fibre absorbs vibrations while offering more sensation to its user.
Finally, this racket features Aerofoil Frame technology for improved aerodynamic efficiency, reducing air friction for faster swings. Additionally, the High Elastic Shaft offers more elasticity in the shaft, ideal for players seeking power.
Super Light Technology: the racket is lighter while ensuring ideal robustness and durability.
30T High Modulus Graphite: high-content rigid carbon fibres are used to ensure the racket’s overall stability and torsional resistance, prolong its lifespan, and effectively improve frame strength. The use of 30T H.M. Graphite offers better feel and repulsion.
The Super Light L6 racket can withstand a string tension of approximately 11 kg maximum (24 lbs).
Product information
- Play level: Advanced
- Player profile: Attacker
- Main benefit: Maneuverability
- Balance: Very head heavy
- Stiffness: Soft
- Pre-strung racket: False
- Cover included: False
- Ref.: SL-L6-BKGREEN
- Recommended retail price set by the supplier in: 2025
Technologies
- Aerofoil Frame : The rounded and smooth structure of the aerodynamic profile can effectively reduce the rotational speed of the frame.
- Hotmelt Technology : The carbon fiber is manufactured using thermofusion technology to better distribute the nano-resin.