Victor A970ACE U (Blue Atoli)

  VICTOR A970ACE-U (Blue Atoli) International Players’ Shoe of Choice A970ACE is the flagship shoe of the All-Around series that features well-fitting wearing comfort. It is engineered with upgraded HYPEREVA and shock-absorbing E-TPU to greatly improve the lightweightness and rebound performance. The heel protection tab design and durable Microfiber PU leather upper further satisfy the need for comfort and fitting. Product Description   Outsole:  VSR Rubber Midsole:  HYPEREVA + E-TPU + TPU + Carbon Power + Solid EVA Upper:  V-Durable+ + Double Mesh + Microfiber PU Leather Technology The outside of the forefoot is designed using high strength TPU. This significantly enhances the lateral stability during intense and rapid transfer of direction when playing badmitnon.  Th three dimensional carbon fiber sheet provides mid-sole stability and decreases the torsional strain on the foot’s arch.  A unique breathing mesh layer is used to increase ventilation. it facilitates greater heat dissipation. This creates a more comfortable environment for the feet. The newly invented double-wedge structure midsole: Based on the principle of biomechanics, the special cushioning/elastic material is overlapped with the midsole of material to achieve a double-wedge structure midsole with both energy absorption and stable support. Upgraded outsole rubber, slip-resistant performance increases by 21% on dry PU floor. The inner surface of the toe is equipped with protective coatings and a wear-resistant layer for upgraded endurance. In a wear level testing, the wear-resistant technology applied to the toe is more wear-resistant than average PU leather.  Made with polyurethan 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.  HyperEVA is the latest developed midsole technology that focuses on resilience and cushioning, which achieves better lightness, elasticity, and stability.