Superior stability combined with a comfortable sock-like fit makes the Eclipsion-Z men's badminton shoe one of the best all-round performance badminton shoes. Originally designed as a tennis shoe, it was extended to a badminton shoe due its incredible popularity.
Upper: Durable Skin
Midsole: ToughBrid Light, Power Graphite, Power Cushion +
- Color: Black/Gold
Power Cushion+ By adding a special elastic resin to POWER CUSHION, while maintaining the conventional lightweight properties, high shock absorption is realized. Grooves designed in a lattice pattern, with optimum spacing and depth, achieve further resilience.
Compared with conventional POWER CUSHION, the new POWER CUSHION+ boasts 25% more shock absorption and 12% more repulsion.
Power Graphite A graphite plate is inserted under the middle portion of the foot to increase stability and reduce weight within the shoe.
Hexagrip Sole for agile and stable footwork, the hexagrip pattern provides 3% more grip and is 20% lighter than standard sole material.
Round Sole The YONEX Round Sole is designed to provide all-around support for quick and smooth footwork. The Round Sole ensures smooth movements and transfer of maximum energy.
Inner Bootie Tongue connected with shoe opening reduces overlapping layers for a more snug fit.
TPU Support Elongating the TPU section reinforces the foot during quick, harsh lateral movements.
Syncro-Fit Insole: YONEX Synchro-Fit Insole construction creates a secure contact between foot and shoe, reducing energy wastage through an improved fit.
Feature 1. Compared with conventional badminton shoes, the mid to heel section on the insole is elevated to provide an improved fit between foot and shoe.
Feature 2. By holding the heel firmly against the insole, the gap between foot and shoe is reduced, improving comfort and performance, ensuring the foot has maximum grip inside the shoe.
Toe Assist Shape: A toe-centric design that cuts down on pressure in the big toe, as well as offering improved support at the mid-foot and heel for a stable fit. Power loss is reduced, allowing for swift footwork.