VICTOR P9200II A Support Series Professional Badminton Shoe V-Shape 2.5 Badminton Shoes For Men(White) | Zipri.in
VICTOR P9200II A Support Series Professional Badminton Shoe V-Shape 2.5 Badminton Shoes For Men(White)

VICTOR P9200II A Support Series Professional Badminton Shoe V-Shape 2.5 Badminton Shoes For Men(White)

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SHOES TECHNOLOGY:LS-S: 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: The three-dimensional carbon fiber sheet provides mid-sole stability and decreases the torsional strain on the foot's arch.Light Resilient EVA: Lightweight, highly resilient, and durable midsole, increased in durability and resilient performance compared to the original high resilient EVA, reduced the weight, improves the life-span of shoes, and lower the muscle burden for users in intensive exercises, allows taking agile paces quickly.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.NEO DUPLEX: The newly invented double-wedge structure midsole: Based on the principle of biomechanics, the special cushioning/elastic material is overlapped with the midsole material to achieve a double-wedge structure midsole with both energy absorption and stable support.VSR ANTI-SLIP: Upgraded outsole rubber, slip-resistant performance increases on dry PU floor.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 more wear-resistant than average PU leather.E-TPU: Made with polyurethane granular material, E-TPU has excellent resilience and deformation recovery ability once foam molded, making it not easy to deform for long time wearing. E-TPU provides a comfortable, shock-absorbing, and elastic wearing experience, which is significantly better than traditional EVA material.