Yonex POWER CUSHION Eclipsion Z3 (JP)

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 cushining material, the new POWER CUSHION＋ boasts 28% more shock absorption and 62% more repulsion.

Highly breathable mesh for maximum ventilation.

The LATERAL SHELL is the shell-like portion, positioned to support the area that absorbs the most force, reducing lateral shake in sidestep footwork. The STABILITY REINFORCEMENT is composed of abrasion resistant artificial leather that stabilizes movement and improves lateral shake.

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.

Stable

Inserted in the midsole, the lightweight graphite sheet provides improved stability.

A lightweight cushioning material designed to provide an added bounce with each step.

The grip pattern of the sole has been redesigned creating the RADIAL BLADE SOLE. By finely arranging a windmill shape that combines areas with large and small indentations, the weight of the shoe is dispersed, and the grip is improved by approximately 3%*. Resulting in a grip that supports quick dashes and sudden stops.

*Tested by Yonex

Extra Stability with larger contact area.

Previously separated, the outer rubber of the sole tread and heel are now integrated. This increases the area of contact for more grip and stability.

Combining rubber-like flexibility with the stiffness of hard film, the polyurethane-based Durable Skin Light lets you play light on your feet while maintaining a secure and snug fit.

A bootie is integrated into the shoe connecting to the tongue and cradling your foot for improved comfort and better all-around fit.

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.