The i-Run team says
The New Balance Fresh Foam Arishi V4 TIRALUX shoe for women is the essential partner for your daily activities.
Fresh Foam Arishi V4 TIRALUX, for which type of athlete, what use, what distance, and what surface?
Accessible to everyone, this pair is designed for all athletes looking for a versatile shoe that can be used throughout the day.
The Arishi TIRALUX effortlessly accompanies you in your daily activities. It can also be suitable for starting running over short distances and at a slow pace.
It follows you in your urban explorations on the roads.
New Balance Arishi V4 TIRALUX, what use?
+ Combining comfort and style, this lifestyle model allows you to move confidently on each of your outings.
- If you are looking for a comfortable shoe specifically designed for your regular running training over all distances, we recommend the New Balance Fresh Foam X 1080 V14.
Why choose the Fresh Foam Arishi V4 TIRALUX?
It offers multiple advantages such as:
- A soft cushioning that absorbs shocks upon ground impact.
- Reliable support and good stability.
- A breathable mesh upper for continuous well-being.
- Seamless overlays that minimize friction.
- A durable rubber outsole that promises optimal traction on asphalt.
Features of the Fresh Foam Arishi V4 TIRALUX shoe
- Drop: 8 mm.
- Cushioning: The midsole is made of soft and lightweight foam that perfectly cushions your steps to facilitate your progress.
- Upper (the top part that wraps your foot): Its breathable mesh allows air to circulate for maximum ventilation. It provides excellent comfort, maintaining your feet in all circumstances.
- Outsole: Durable in use, it guarantees unfailing traction throughout the day thanks to its resistant rubber.
- Removable insole
- Width B: standard
- Observed weight at i-Run: 237 g in size 40
Technologies
-
Fresh Foam
Sole offering exceptional comfort and cushioning. The sole is very flexible thanks to its unique honeycomb construction. The concave parts of the sole provide high-quality comfort, softness, and cushioning, while the convex parts promote better stability.
