New Balance Fresh Foam X More v6 Gray Red AW25 Shoes
New Balance Fresh Foam X More v6: Total Comfort for Your Daily Kilometers
The New Balance Fresh Foam X More v6 is a running shoe designed to offer ultra-soft cushioning and a smooth running experience in daily training. Ideal for runners seeking comfort and neutral support in every step.
- Surface: Asphalt
- Shoe Type: Neutral
- Use: Training / Max Cushioning
- Weight: 306 grams (10.8 oz)
- Drop: 4 mm
- Cushioning: Fresh Foam X
Run like you're on a cloud with the New Balance Fresh Foam X More v6
The New Balance Fresh Foam X More v6 is designed for those who prioritize comfort in their daily training. Its design combines softness, cushioning, and breathability, making them a perfect ally for long distances on asphalt. Its low drop and neutral support encourage a natural stride without sacrificing protection or stability.
Fresh Foam X Midsole: Softness taken to the highest level
It incorporates Fresh Foam X technology, New Balance's softest and most responsive midsole to date. Precisely designed to distribute impact pressure evenly, this technology ensures an extremely soft and comfortable stride, ideal for long distances or intensive daily use.
Secure and distraction-free fit: Technical and breathable upper
The upper is made with lightweight and breathable synthetic materials, allowing optimal ventilation during the run. The gusseted tongue offers a snug fit that adapts to the shape of the foot, preventing internal movement and improving the overall stability of the shoe.
Sole designed for asphalt: Grip and durability
Its outsole is optimized for efficient performance on urban surfaces. The compounds used improve durability and offer a secure grip both in dry and wet conditions, without compromising the fluidity of the transition in each stride.
Details that add up: visibility and smart design
It includes strategically placed reflective elements to increase visibility in low-light conditions, adding safety to your daily routine. All this in a modern, minimalist, and functional design.