New Balance FuelCell Supercomp Elite V4

The New Balance FuelCell SuperComp Elite V4 is a high-performance running shoe developed for athletes seeking speed, propulsion, and efficiency in every stride. The result of years of research with elite runners, it features innovations that raise the bar for competition, offering maximum responsiveness, a precise fit, and advanced technology to push your limits.

Featuring 100% PEBA FuelCell foam and an Energy Arc carbon plate, this model delivers exceptional energy return while maintaining the lightness and stability needed for long distances. Ideal for marathons and high-performance races.

Key Differentiators

✔ FuelCell PEBA foam – More responsive, lightweight, and efficient, guaranteeing high-quality cushioning with superior energy return.
✔ Energy Arc Carbon Plate – Combines curved design with strategic cavities to maximize propulsion with each stride.
✔ FantomFit upper – Ultralight, breathable structure with precise support, maintaining comfort even at intense paces.
✔ Rocker Geometry – Smooth and natural transition from heel to toe for a more fluid run.
✔ Outsole with greater rubber coverage – Offers durability and excellent traction on different surfaces.

Feel and Fit

The SuperComp Elite V4 provides a soft feel with explosive energy , keeping your feet firm and secure throughout your run. The fit is anatomical, with an upper that molds to the foot and ensures effective ventilation, preventing pressure points and maintaining comfort until the end of the race.

Why choose this model?

If you're looking for a shoe for marathons, sprints, or performance training , the FuelCell SuperComp Elite V4 is the ideal choice. It was developed for those who demand speed, stability, and energy return in a lightweight and innovative design. It's the perfect fusion of advanced technology and proven experience from elite athletes .

Carbon Plate - Information

New Balance's Energy Arc technology combines a curved carbon fiber plate with strategic cavities in the midsole, optimizing energy storage and return during each stride. This means that with each impact, you gain extra propulsion , maintaining efficiency throughout your run and reducing fatigue over long