New Balance New Balance Fresh Foam Hierro v7 MTHIERT7 shoes green

New Balance Fresh Foam Hierro V7 Mthiert7 shoes - Green

Lightweight, durable and some proposal for local running lovers. Fresh Foam Hierro V7 combines the soft Fresh Foam cushioning with the extremely durable Vibram® Megagrip sole, offering protection and adhesion on stony paths, mud and wet surfaces.

The most important features:

- Depreciation: FRESH FOAM Central Foam foam ensures comfort and suppression of shocks during longer trainings.

- adhesion: Vibram® Megagrip outer sole with increased abrasion resistance guarantees stability in difficult conditions.

- Tread with zones: special zone tread shape and distributed dowels improve control at runs and fugitives, reducing the risk of slipping.

- Protection: The reinforced tip of Toe Protect protects fingers from stones and impacts.

- upper: The combination of textile and synthetic materials ensures durability and good breathability.

- Construction: low, lace -up footwear with a neutral foot profile, internal lining made of textile material, material insert.

- additional features: tabs in the sole for better traction; Breathable materials.

Technical data:

- Model: New Balance Fresh Foam Hierro V7 (mthiert7)

- Green color

- Purpose: Field runs (Trail)

- Type: low, laced

- outer material: synthetic / textile material

- Lining: textile material

- Foot type: neutral

- weight with packaging: approx. 1.0 kg

- condition: original packaging

What they fit:

Great for daily trail trainings, long running in the mountains and forest paths. They blend in perfectly with light sports jackets and running tights - ideal for completing a functional, sports wardrobe.

Tips:

- Choose the size according to the manufacturer's table and trying on the model if possible.

- After running in the mud or salt, wash the sole and leave to dry in a breathable place.

New Balance Fresh Foam Hierro V7 shoes are a proposal for people looking for a combination of depreciation, protection and some adhesion in a demanding area.