Victor [P9200夯 (HANG) C Black] Court Shoes

Name: Victor [P9200夯 (HANG) C Black] Court Shoes
SKU: 39776

LSS:

The outside of forefoot is designed using high-strength TPU. This significantly enhances the lateral stability during intense and rapid transfer of direction when playing badminton.

CARBON POWER:

Made of three-dimensional carbon fiber material, it provides the stability of the midfoot part of the sole and strengthens the anti-torsion effect of the arch of the foot.

LIGHT RESILIENT EVA:

A new, completely upgraded lightweight, highly resilient, and durable midsole, which has a 16% in durability when compared to the original high resilient EVA. It improves the life-span of shoes, reduced 19% of weight, flexibility increased by 5%, and lowered muscle burden in intensive exercises, which allows one to take agile paces quickly.

VSR ANTI-SLIP:

Upgraded outsole rubber, slip-resistant performance increases by 21% on dry PU floor.

Breathing:

A unique breathing mesh layer is used to increase ventilation. it facilitates the heat dissipation. This creates a more comfortable environment for the feet.

ENERGYMAX 3.0:

The new generation of highly elasticity material, with a 22% increase in rebound ability. The shock absorbency increase by 6%, which can dramatically enhance the instant resilience, shock absorption and cushioning effect to shocks.

ASYS:

A High-strength light weight thermoplastics TPU arch support is placed in the arch. This prevents pronation and torsional strain while providing stability.

V-TOUGH:

The inner surface of the toe is made of super wear-resistant special material which greatly prolongs the service life of the footwear. In a wear level testing, the super wear-resistant technology applied to the toe is proved 16 times more wear-resistant than average PU leather.

NEO DUPLEX:

New dual-density wedge structure midsole combined the ENERGYMAX3.0 on top, and Light Resilient EVA beneath, in accordance with the principles of sports biomechanics tangent angle of 7°, to balance the moments and angles of knee and ankle joint during exercise, achieving energy absorption and stable support together.