label.chooseSize
Shoes Ultra Light Lady 26 woman purple
Description
Paddle tennis shoes for women. New high-end model designed for those seeking lightness without losing stability and protection.
Lightweight and breathable upper constructed with technical mesh. VTS perforations provide the necessary sweat ventilation. The JOMA SPORTECH thermosealed adjustment system adapts the shoes to the foot without adding weight and eliminating friction areas.
At the toe, they have PROTECTION rubber reinforcement to protect the area and extend their durability.
The midsole is made of optimized density phylon, flexible and with excellent response to impacts. It also incorporates STABILIS technology, located in the midfoot and rising through the ankle area. It is a semi-rigid piece of thermoplastic material that improves stability, reducing the risk of twists and helping to prevent injuries. It provides extra support in the lateral movements of this sport.
Omni sole made of DURABILITY rubber, formed by small circular studs to improve durability on hard surfaces. It facilitates slides to reach the ball faster.
Characteristics
- VTS design with breathable mesh
- SPORTECH design with heat-sealed adjustment system
- STABILIS phylon midsole
- DURABILITY rubber sole
- Toe PROTECTION reinforcement
Shoes Ultra Light Lady 26 woman purple
label.chooseSize
label.chooseSize
Select size
label.chooseSize
Fast home delivery
Durability
High-resistance rubber that delays wear due to abrasion.
Sportech
Injected rubber that prevents seams and other rigid materials on the upper part of the shoe. Providing lightness, comfort, greater flexibility and better fit to the foot. The thickness varies according to the protection and resistance needs of each area.
Stabilis
This is a TPU piece located in the narrowest part of the sole to prevent improper twists between the front and back of the foot, thus achieving greater stability.
VTS
Ventilation system that allows air to enter, promotes perspiration, maintains a constant temperature, preventing the foot from overheating.