





Trail running shoes - Women - Fresh Foam X Hierro V8 - New Balance
The
The Vibram® Ecostep outsole offers excellent grip and traction for running on all types of terrain, thanks in particular to its studs.
Thanks to its Fresh Foam X midsole, this shoe offers extremely soft cushioning, absorbing shocks effectively to optimise your stride. It helps to give you energy with every stride, ensuring maximum comfort, even on rough terrain, when trail running. Its breathable, robust and water-repellent hybrid mesh gives you comfort and protection.
For a more comfortable running experience, these shoes have a 6mm drop, which reduces the strain on your calves and tendons, while making each stride more dynamic.
The Fresh Foam X Hierro V8 will be your companion on a variety of terrains, including rocky and wet areas, while offering both comfort and durability.


- All-distance training and competitions
- Occasional to expert runners / all weights
- From 2 x per week
- Terrain: Trails
- The upper has a breathable, water-repellent but protected construction
- Lace-up fastening for a secure fit
- Curved sole profile under the toes starting towards the front of the foot
- Upper: Breathable, robust hybrid mesh with water-repellent treatment
- Midsole: Fresh Foam X more cushioned than ever for incredible comfort
- Outsole: Vibram® Ecostep for superior grip.
Features:
- Weight: 498g per pair
- Drop: 6mm
Technologies:
| Fresh Foam X | Fresh Foam X midsole, the new generation Fresh Foam midsole offers even more cushioning, flexibility and energy recovery with less weight. |
| Vibram® Ecostep | The sole offers really good grip on all kind of terrain, particularly on slippery grounds, and extended durability. Vibram Ecostep Natural rubber compound is an environmentally friendly solution, made with over 90% natural ingredients. The entire manufacturing process is carried out without the use of solvents or chemicals, without altering the sole's recognised grip and durability. |
| Toe Protect™ | Reinforced toe area offers optimum protection in the event of impact |