"Li-Ning Super Series 9 Badminton Racket" with carbon fiber technology. it is designed for intermediate /Advance Badminton player who really wants to dominate in the game with More Power and fast racket swing.
Product Series: Super Series(SS)
Product Name: SS-9
Material: Carbon Fiber
Weight: 85-87 GM
Grip Size: S2
The Li-Ning Super series rackets made of ultra-strong material, the racket has optimum rigidity to bear higher tension for exact and steady strokes. The racket made of ultra-rigid carbon fibers with higher strength and rigidity, sustainable for more string tension, and reducible to the risk of frame deformation. The rigid carbon fiber is used to decrease the weight and improve its strength for easy control. The carbon fiber helps decrease frame weight and ensures higher strength and rigidity.
High Tensile Slim Shaft: The racket top slim shaft design provides extreme strength and easier free control. The 7.0 mm top slim shaft design provides extreme strength and easier free control. Perfect balance with racket weight and moving inertia and aerodynamics. A high tensile slim shaft as the mainstay of power and skill, strictly and precisely release the intention of players, in a cohesive state of racket and the body.
Dynamic- Optimum Frame: All-round optimized design improves racket mechanical structure for more efficient attack and defense system. The sweet point extends upward and the hitting point is moved higher. The effective defense area is enlarged for severe smash by dynamic-optimum frame. The hitting velocity is improved considerably with widened stringing area and increased bounce strength.
Aerotec Beam System: Based on Aerotech beam system, support of advanced calculation and gathered practicing data, the structure and shape of rackets frame section have extreme low drag coefficient and high intensity, to enable the players´ performance in various shots. The Aerotec-Beam System is an extra aerodynamic badminton racket frame structure that is specially engineered to minimize air resistance while maintaining the strength of the frame.