SHT-308CL: CLAY COURTS
SHT-308CL: CLAY COURTS
- P.U. Leather, Double Russel Mesh, T.P.U., Dura Skin
- ToughBrid, POWER CUSHION, T.P.U., Power Graphite Sheet
- Endurance Rubber
Made in China
- 3-LAYER POWER CUSHION
- Round Sole
- Super Ergoshape
- Double Russel Mesh
- Outsole Construction
- Dura Skin
- Synchro-Fit Insole
The hard top and bottom layers absorb 30% more shock than our original Power Cushion and provide 5% more repulsion for enhanced transfer of energy. The soft middle layer quickly returns to its original shape after receiving a shock load, converting the shock energy into power for fast and light footwork.
ToughBrid molecules are arranged in a more stable alignment, which provides greater elasticity and shape retention. As a result, the shoe continues to provide a high level of cushioning performance for longer, even under the stresses of fast, high-impact footwork. Players can now enjoy maximum comfort on court and reduce physical fatigue to achieve superior footwork.
The YONEX Round Sole ™ is designed to provide all-around support for quick and smooth footwork. The Round Sole ensures smooth movements and the transfer of maximum energy.
Scientifically contoured, the Super Ergoshape provides more comfort and stability in the forefoot and toe areas of the shoe.
Double Russel Mesh is an ultra fine mesh that is extremely lightweight and durable.
It provides eight times more air exchange for releasing moisture than ordinary mesh fabric.
New Endurance Rubber inserted into the outsole achieves 20%* more durability, as well as maintaining sole grip. The channel depth on the inside sole, is also increased providing better contact with the court,
*Tested by YONEX
The visually improved upper design technology increases durability whilst maintaining comfort for smoother footwork.
YONEX new Synchro-Fit Insole construction allows a closer fit between shoe and foot, keeping power loss to an absolute minimum to achieve smoother movement and quicker footwork. Fig1. Compared to conventional footwear, the mid to heel area on the insole is lifted to provide a closer-fit between shoe and foot. Fig2. By holding the heel more firmly against the insole, the gap between shoe and foot is reduced, improving comfort and ensuring the foot does not slip forwards inside the shoe.