New Balance Fresh Foam X Vongo v6 Mens Mercury Blue/Thirty Watt

Need support that wont weigh you down? Try the New Balance Fresh Foam X Vongo v6! This stability running shoe delivers inherent support with an energetic ride. Slip into a seamless mesh upper and enjoy distraction-free miles. A dual-layer midsole features a soft, energetic foam on top with a firmer foam below to support your stride. Vertical flex grooves on the outsole add forefoot stiffness, giving you smooth and effortless transitions. Providing supercharged support, the New Balance Fresh Foam X Vongo v6 makes it easy to find your perfect strike!

Whats New?

• 6mm drop allows for more foam in the heel and forefoot, enhancing the underfoot experience.
• Dual-layer midsole features a soft and energetic foam on top with a firmer foam below for inherent stability.
• EVA film plate in the midsole provides an energetic rebound for a responsive ride.
• Mesh upper with no-sew overlays removes distraction so you can focus on the effort.

Whos it for?

• Runners looking for a high cushioned, max stability shoe for daily training.
• Runners who need support but dont want to wear a stability shoe with a rigid medial post.
• Runners who prefer a low-drop shoe that provides a close-to-the-ground running experience.
• Anyone with a wider foot who needs an athletic shoe to provide the proper fit.
• Runners who love the New Balance 1080 but need a shoe with more support for overpronation.

Shoe Technology

Upper:Engineered mesh upper provides structure, support and breathability. Synthetic upper material features no-sew overlays for a comfortable fit and feel. Lace closure offers a secure fit.

Midsole:Fresh Foam X midsole delivers a soft and energetic ride for incredible comfort. Made with approximately 3% bio-based content to help reduce carbon footprint. Supportive medial zone adds stability to reduce overpronation. Rocker profile leads smooth and efficient strides.

Outsole:Rubber outsole adds durability in high-strike areas. Vertical flex grooves in the forefoot add stiffness for effortless transitions.