LI-NING 3D Calibar 300C Badminton Racquet
The 3D CALIBAR 300C badminton racket is built on the 3D Calibar Technology Platform and features a high-tech, geometric badminton racket frame design that greatly reduces air resistance. It produces faster swing speeds for bigger smashes and gains outstanding reviews from strong players that are looking for maximum power.
Li-Ning COMBAT rackets have a heavier head and a higher balance point. Suitable for very strong, aggressive players looking for MAXIMUM power.
BADMINTON RACKET SPECIFICATIONS:
- STRINGS: Custom Option - See Above
- CASE: Standard Case Included
- COLOR: Green, Grey
- MATERIAL: Commercial Grade Carbon Fiber
- WEIGHT: W3 85-89 grams
- OVERALL LENGTH: 675mm
- BALANCE POINT: 302mm
- FLEX: Medium
- TENSION: Vertical 24-28 lbs, Horizontal 26-30 lbs
BADMINTON RACKET TECHNOLOGIES:
WING STABILZER
Introducing aviation technology to control the racket frame. After impact, Li-Ning rackets absorb unnecessary shaking from vibrations and restore the racket’s outer “wings” back to a precision performance mode. This readies the player for a quick, precise and stable follow up stroke.
DYNAMIC-OPTIMUM FRAME
DLi-Ning rackets are manufactured with a sweet spot that extends upward. The hitting point is moved higher, providing a larger defensive area. This considerably improves hitting velocity due to a wider stringed area and increased bounce strength.
AEROTEC-BEAM SYSTEM
Implementing real data compiled from the field, Li-Ning manufactures the most aerodynamic rackets possible. Advanced calculations have resulted in rackets with extremely low drag and higher intensity.
TB NANO
The nanometer technology combines the carbon fiber and resin more closely. This method provides better elasticity, stability and durability – resulting in more powerful striking.
ULTRA CARBON
The frame is compressed with unique grooves that prevent twisting and enhances stability, so you have an accurate attack point.
UHB SHAFT
Li-Ning studied the way championship caliber athletes practice and collected empirical data. The result is a cutting-edge technology that optimizes the shaft’s performance. With a more frontal flex point, your smash performance is improved.
