Made of ultra strong material, the racket has optimum rigidity to bear higher tension for exact and steady strokes.
The racket made of super rigid carbon fibers with higher strength and rigidity and is bearable for more string pounds. The risk of frame deformation is also minimized.
Continuous multi-dimensional weaving method brings precision process, then light and high strength rackets are thus manufactured with fine touch feeling.
The pre-dipped tube-like materials are made of light composite carbon fiber. Continuous multi-dimensional weaving method brings high intensity, rigidity and durability. The racket body will not have any drapes resulting from incomparable flexibility to traditional materials. No bundle of fiber would be broken in the whole process from weaving to processing and therefore junction seam is avoided.
With support of advanced calculation system, the rackets are made with extreme low air resistance and thigh intensity to enable the players’ performance in various ways.
The rackets fit into different players are all resulted from aerodynamic design. Through unrelenting tests, and the strategies that targeted at different playing, the supportive data is accumulated, LiNing beam system is thus established.
All-round optimized design improves racket mechanical structure for more efficient attack and defense system.
Apart from further increase of sweet point based on isometric frame, the sweet point extends upward and the hitting point is moved higher. The effective defense area is enlarged for severe drop shot and a dropping strength that bursts in a blink. The hitting velocity is improved considerably with widened stringing area and increased bounce strength.
Innovatory integrate molding design to improve frame’s performance, string tension and stroke effects.
With integrated molding technology for string holes and frame, the strong contacts frame directly and the bounce from collision will be more refreshing with stronger burst strength. Especially at critical 3 and 9 o’clock position, a solid and stable sweet point is formed. All integrated wall of string holes is reinforced with carbon fibers. O make the string tension to the maximum, the torsion strength is increased by 20%, the compression strength of side frame is improves by 30% and anti-depression strength of string holes is increased by 20%.
The top slim shaft design provides extreme strength and easier free control.
Being an output center of strength and technology, the shaft will respond to the intention of player with strict accuracy, just as LiNing adopts the slim shaft design of 7.0mm outside diameter. The shaft body is proved at perfect balance of weight, movement inertia and aerodynamics.
The rigid carbon fiber is used to decrease the racket’s weight and improve its strength for easy control.
The carbon fiber helps decrease frame weight considerably and ensures higher strength and rigidity. Using such material in LiNing rackets makes practice easier for novice players.
Top technology and advanced design make force deployed evenly on the frame and lower the air resistance for a stable and prompt return stroke.
In order to increase the hitting speed and achieve prompt return stroke, effectively lowering the air resistance would be an optimum approach. The advanced wave design as LiNing rackets could considerably decrease air resistance. During bend molding, the stress concentration points are eliminated greatly and the frame structure thus becomes stable and firm.
Multi-layer carbon fibers plus exquisite handcraft accomplishes a reinforced quality racket with excellent performance.
Carbon fibers are differentiated in toughness according to different angle. Because of that, the rackets are reinforced by the carbon fibers in an all-round way or even strengthened by multiple layers at specific points, which greatly improves the overall strength and durability of the racket.
Elaborately produced by handwork instead of automatic batch production, the racket has minimal facial folds and stress concentration point at the frame bending part.
Based on the principle of bionics, the torsion point is intended to forward to help enhance hitting power.
The taper shaft design is based on the bionics principle. Diameter of the shaft varies gradually from front end to rear. At front end it is 6.45mm, 7.0mm at middle section and 7.45mm at the rear end. The shaft has a rational distribution of forces and the torsion point locates at the front part between 6.45mm to 7.0mm during deformation. Thus the frame could restore instantly and release an intensive strength for a fierce drop shot.
The application of nanometer technology upgrades the rackets’ manufacturing process in an all-round way and thus breaks the limit in hitting intensity.
A stable, fine and tenacious racket will ensure stronger hits for its player. The original LiNing TB Nano material science and technology makes it possible. The enhanced NANO technology bonds the carbon fibers and resin to an unprecedented level with natural perfection. The an ideal racket is here with 20% strength increased.
The frame from point 3 and 9 o’clock and above is made of ultra elastic 3G titanium alloy.
The istinguished feature of metal memory will control the frame restoration precisely at the moment of deformation and to restrain the shake resulting from vibration waves. The anti-torsion performance of strokes is improved under high tension conditions and brings about a quick, exact and stable second stroke.
State-of-the-art technology combined with real data collected from player’s practice, optimized shaft’s performance through continuous improvement.
Based upon bionic study results, ergonomics and trial data collected from top professional players, the racket shaft with frontal bending point is accomplished. A great improvement in smash performance – especially in drop shot, was made by the featuring of low wind resistance, high flexibility & strength.
Introducing aviation technology design that releases the metal performance memory and improves control on strokes.
The inter-field application of aviation technology on LiNing products – the Wing Stabilizer Mechanism. The frame from point 3 and 9 o’clock and above is made of ultra elastic 3G titanium alloy. The distinguished feature of metal memory will control the frame restoration precisely at the moment of deformation and to restrain the shake resulting from vibration waves. The anti-torsion performance of strokes is improved under high tension conditions and brings about a quick, exact and stable second stroke.
High-tech light shock-absorption materials filled in racket frames, improving smash performance and avoiding injuries from movements. HDF shock-absorption materials, which was filled in the racket frames, are developed by using advanced technology, with strong capabilities of shock absorption to reduce the load to the wrist and arm caused by shooting. Motional injuries could thus be effectively avoided without compromising player’s perfect performance. This new-generation material is light in weight and flexible to play.