Gaviota 2 W women's shoes violet

Many runners are looking for shoes able to provide fit ankle support and excelent cushioning by each step on the hard surfaces. For this purpose have been made Gaviota 2 shoes designed for those runners who prefer road running. This model as well as its precesedor has been created through the newest Hoka technologies, which provide Arch-lock support and protection without using of rigid and unforgiving materials. A shape of the shoe is designed according to specific men´s foot anatomy it therefore provides comfort and support by each step. A midsole is made of EVA + RMAT® materials compound its geometry provides 5 mm sole drop for additional stability and smooth toe-off. Plus a new upper made from engineered mesh offers superior breathability to its predecessor while embracing all that made it breakthrough.

Gaviota 2 W:
- Late-stage Meta-Rocker - Offset: 5mm, forefoot: 22 mm, heel: 27 mm
- Arch-lock wings, ankle stability support
- Lightweight, open engineered mesh to optimize comfort and breathability
- Ortholite® offers a comfortable step in and precise fit
- EVA+RMAT®, J-Frame using rubberized foam for support, rebound, and durability
- Flat-waisted geometry provides inherent stability
- Zonal rubber placement for durability

About the brand Hoka One One

The French brand Hoka One One was born in the minds of two sports enthusiasts, Jean-Luc Diard and Nicolas Mermoud. Both are lovers of adventure and running. They have extensive experience with various running routes around the world. Both founders acknowledge the idea that a runner should feel free, whether he is running in nature or in the city. Fatigue, muscle tension and problems associated with this, runners solve every day. Jean-Luc and Nicolas started working on a shoe that would largely eliminate these problems and the pleasure of running could be unlimited.

Hoka produces both low-profile and max-cushion shoes for road, trail, and all-terrain; throughout its product line, Hoka shoes retain features like a low weight-to-cushion ratio and midsole and outsole geometry designed to promote inherent stability and an efficient stride.