Victor A830 NitroLite CA Badminton Shoes for Men & Women - Lightweight Court Shoes with Cushioning for Badminton, Tennis, Squash - Black/White - Perfect for Indoor Sports & Training

Product Description

Victor A830 NitroLite CA (Black/White)

The Victor A830 NitroLite is a fourth-generation classic in Victor's comprehensive sneaker series, designed for advanced players seeking stability, performance, and durability. This model has a wider U3.5 design and Nitrolite foaming technology for extra comfort and incredible bounce on the court. Choose the Victor A830 Nitrolite badminton shoes to prioritize long-lasting and improved performance on the court.

Specifications:

• Size: 245mm - 295mm
• Outsole: VSR Rubber
• Midsole: NitroLite Midsole + ENERGYMAX 3.0+ + TPU + Carbon Power + Solid EVA
• Upper: V-Tough + Double Mesh + PU Leather
• Width: U-SHAPE 3.5
• Color: Black/White
• Product Code: A830NitroLite CA
• Players: Kantaphon Wangcharoen

Technology:

NitroLite

Innovative N2 foaming technology achieves not only the groundbreaking lightness of the midsole, but also ideal rebound and durability.

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.

VSR Anti-Slip

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

Carbon Power

Victor has used the three-dimensional carbon fiber sheet to add more stability and avoid any strain on the player's feet. It helps players deal with plantar fasciitis, overpronation, and other issues of the feet.

ENERGYMAX 3.0+

The high elasticity material, increased in resilience and shock absorption, can significantly enhance the instant resilience, shock absorption and cushioning effect to shocks.

V-Tough

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.

Radiation

Coping with the asterisk steps, the center is the rounded-shape design surrounded by triangular shapes. The radiation pattern provides more grip on the court during lateral and vertical movements. The small lump pattern distribution adds additional grip as the sensor and increases the grip.