1. Technologies
  2. Product Spec

The three-dimensional carbon fiber sheet provides mid-sole stability and decreases the torsional strain on the foot's arch.
 

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. 
 

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. 
 

The V-shaped square design allows a light-weight and minimized landing area, while providing the anti-slip for vertical and lateral movement. This gives you more responsive and agile footwork while providing additional durability.

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

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.

รูปทรงแบบ V-SHAPE ออกแบบดีไซน์ มาเพื่อลดช่องว่างของหน้าเท้าให้มากที่สุด โดยV-SHAPE นั้น จะเหมาะกับผู้ที่มีนิ้วชี้ยาวกว่านิ้วโป้ง

อัพเกรดยางของพื้นรองเท้า ช่วยให้การยึดเกาะเพิ่มขึ้นถึง 21%

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 proved 8 times more wear-resistant than average PU leather. 

Size

230mm - 295mm

Outsole

Rubber

Midsole

Light Resilient EVA+ENERGYMAX 3.0+TPU+Carbon Power+Solid EVA

Upper

Jacquard+V-Durable Plus+PU Leather+Double Mesh