Nike Tiempo Natural IV FG - The right cleats can only take you so far! If you play with both speed and power, the women's Tiempo Natural IV FG—with its great blend of performance features and classic craftsmanship—is truly the only way to go!
Soft and supple synthetic material helps provide water-resistant comfort and a great leather-like feel.
Shoe lining made of mesh helps provide comfort.
Recycled EVA sockliner provides contoured heel and arch.
support, enhances comfort and helps reduce stud pressure.
Strategic stitching on the vamp provides lateral support.
and helps prevent the material from losing shape, while.
simultaneously offering give and excellent touch on the medial side.
Center lacing system provides lock down fit.
Full-length TPU plate offers lightweight durability and comfort for play on natural surfaces.
Conical studs on the forefoot and bladed studs on the heel maximize penetration and traction with optimal pressure dispersal.
Lining and Layers:
- Breathable mesh lining add comfort.
Fabric:
- Soft and supple synthetic upper material helps provide water-resistant comfort and a great leather-like feel.
- Strategic stitching on the vamp provides lateral support and helps prevent the material from losing shape while simultaneously offering give and excellent touch on the medial side.
Support and Cushioning:
- High-density, recycled EVA sockliner provides contoured heel and arch support, enhances comfort and helps reduce stud pressure.
Sizing:
- Full-length TPU plate offers lightweight durability and comfort for play on firm, natural surfaces.
6pm.com
Step on the pitch in these Tiempo Natural IV FG soccer cleats from Nike and let your natural instincts take over! For use on firm, ground surfaces.
Footlocker.com
Look like a pro on the pitch in the Nike Tiempo Natural IV FG. This entry-level soccer boot features a durable synthetic leather upper with a recycled EVA sockliner. A lightweight TPU outsole with conical and bladed studs provides ground penetration, traction and pressure dispersion on firm, natural surfaces.