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YONEX Carbon Cruise Glider Men SHRGL1M 585 Sand Running Power Cushion Plus Shoes
Usage Guide : "US Size 28.0cm/ M10 = US Men's 10"
Description
Running
Carbon Cruise Glider Men
SHRGL1M
Color: Sand
Material Upper: Synthetic fiber
Midsole: Synthetic resin
Outsole: Rubber sole
Country of origin Vietnam
Power Cushion® Plus
A raw egg dropped from a height of 12m will bounce back more than 6m without breaking. Power Cushion® is a shock-absorbing material that combines Yonex's unique shock absorption and resilience. Power Cushion® Plus is a new shock-absorbing material that adds a highly resilient special resin to Power Cushion® and adopts a new structure in which +-shaped grooves are arranged in a grid pattern at optimal intervals and depths. While maintaining the conventional light weight, Power Cushion® Plus improves shock absorption by 28%*1 and resilience by 62%*2 (compared to general shock-absorbing material [EVA]), and a raw egg dropped from a height of 12m will bounce back more than 6m without breaking.*3 *1 Measured by the Japan Vehicle Inspection Association *2 Surveyed by the VOKEN Quality Evaluation Organization (Foundation) JIS method *3 Surveyed by Yonex Co., Ltd.
Featherlite-X
Light as a feather. Yonex's lightest material ever. Newly developed from the material in pursuit of lightness. Approximately 30% lighter than general EVA material. By installing it in the sole, it protects the knees and legs.
Hyper Featherlite
Lightweight, less deformable midsole material that maintains its initial performance for a long time.
Feather Bounce Foam
Light and bouncy. Improved resilience based on the lightweight material Hyper Featherlite. Since it can be installed in the entire sole with low hardness, it achieves high propulsion while maintaining lightness and cushioning. Thickness to protect the body. By installing it in a low hardness and thick sole, it disperses the landing impact and reduces the burden.
3D Power Carbon
The raised periphery reduces lateral movement when landing, and the moderate flexibility reduces the burden on the muscles, making it easier for runners with weak muscles to run with less strain.
Endurance Rubber
Highly durable rubber material (approximately twice as abrasion resistant as foam rubber used in conventional products*) is used throughout the outsole. The uneven sole is concentrated in the footbed area, which is prone to wear when running at high speed, to improve grip.
Wide Contact Design
By widening the width and increasing the contact area, the foot is less likely to wobble, creating high running stability.
Arch Former
By increasing the hardness of the midfoot to heel area of the inner instep, it suppresses the collapse of the arch of the foot due to overpronation, which is common in people with weak muscles.