Color(s) | Dark Grey |
---|---|
Upper | Synthetic Fiber |
Midsole | Synthetic Resin |
Outsole | Rubber Sole |
Size | 25.0??30.0, 31.0 |
Material | POWER CUSHION , POWER CUSHION, Double Raschel Mesh, Durable Skin Light, Power Graphite Sheet, msLITE X, Feather Bounce Foam |
Item Code | SHBCFZ3M |
Badminton Shoes Reduce Shock During Hard Landings
YONEX 2025 Power Cushion Comfort Z (Limited Edition) MEN'S Badminton shoes - Dark Grey
- A one-off limited edition release of the Comfort Z in June 2025, featuring advanced shock absorption, breathable mesh, and ultra-lightweight msLITE X midsole ?? engineered for serious players seeking comfort, support, and stability.
1. POWER CUSHION
Shock Absorption - A lightweight, impact-absorbing material developed independently by Yonex which quickly returns to its original shape after receiving a shock load, converting the shock energy into power for fast and light footwork.
2. POWER CUSHION
A raw egg can be dropped from 12 meters above the POWER CUSHION mat, rebounding to a height of 6 meters without breaking. **Tested by YONEX** POWER CUSHION? is a trademark of Yonex Co., Ltd. *Research by the Japan Vehicle Inspection Association & Boken Quality Evaluation (based on JIS standards) in comparison to conventional cushioning material (EVA).
3. Double Raschel Mesh
Highly breathable mesh for maximum ventilation.
4. Durable Skin Light
Great Fit Leaves you Light on your Feet - A seamless construction offers natural comfort with an improved fit, eliminating discomfort from material friction.
5. Synchro-Fit Insole
Quicker Footwork - Reduces the gap between the foot and shoe with extra support around the heel, for maximum grip, comfort and performance.
6. Power Graphite Sheet - Stable
7. Toe Assist Shape
Reduces pressure on the big toe while improving support at the mid-foot and heel for increased stability. Power loss is reduced for swift footwork.
8. msLITE X
The lightest midsole material in Yonex history, 30% lighter* than general EVA.
9. RADIAL BLADE SOLE
Designed for confidence in directional change. A proprietary sole pattern increasing traction in vertical, horizontal and diagonal
Well - structured design for stability on slopes