Gaviota 4 W women's shoes BFPA

A premium stability shoe, the Gaviota 4 returns this season, as plush as ever. Delivering the same maximal cushioning and J-Frame™ enhanced support, it’s been reworked with a plusher collar and tongue to offer unexpected improvements in comfort. HOKA’s unique J-Frame technology delivers a stable platform for runners looking to prevent over-pronation by using firmer foam on the medial side of the shoe, combined with additional rubber for durability which provides a great comfortable run experience – all without adding weight or material. Updated with a hidden eyestay reinforcement and single-sided tongue gusset to reduce slippage plus the upper redesigned to provide a more supportive, better-fitting, light-weight package, no detail has been overlooked in this new offering from the Gaviota range.

- J-Frame™ midsole designed to combat over-pronation with extended heel support
- CMEVA Midsole
- Late stage Meta-Rocker for a smooth ride and forefoot support
- Rubberised EVA
- High-wear rubber placement for improved durability
- Midfoot H-Frame for increased upper support and midfoot lockdown
- Breathable engineered mesh
- Recycled polyester laces
- Heel pull tab for easy pull-on
- Vegan

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.