New Balance FuelCell SuperComp Elite v5 - Trainers - UK 11

This shoe is designed for adult male runners seeking a high-performance option for long-distance road racing, such as marathons and half marathons, who have neutral foot mechanics and prioritize speed and energy return.

The midsole features a dual-layer construction made entirely of PEBA FuelCell foam, which is known for its lightweight, high energy return, and responsive cushioning characteristics.

The full-length sculpted carbon fibre plate is engineered to be stiffer in the forefoot, creating a pronounced lever effect that enhances forward propulsion and makes the shoe feel fast and efficient.

No, this shoe is specifically designed as a race-day supershoe. Its lightweight construction and aggressive geometry are optimized for racing and high-intensity speed work, not for the higher mileage and durability demands of daily training.

The single-layer engineered mesh upper is designed to offer a close, breathable, and comfortable fit, minimizing potential irritation during long races.

The primary benefits are its exceptional energy return, lightweight feel, and propulsive design facilitated by the PEBA foam and carbon plate, all aimed at helping runners achieve faster race times.

Clean them with a damp cloth, avoid machine washing, and air dry away from heat. Store them in a cool, dry place.

The shoe is designed with a stiff carbon plate for propulsion. Try incorporating a few shorter runs to allow the shoe to break in and for your legs to adapt to the plate's mechanics.

The outsole is designed for grip on dry roads. Be cautious on wet surfaces, as the thin rubber compound may offer reduced traction in damp conditions.

Supershoes often require a short adaptation period. Ensure you have the correct size and consider wearing them for shorter runs before a long race to acclimate.

This can be normal for high-performance, lightweight race shoes. The outsole prioritizes weight savings over extreme durability. Focus on using them for intended race and speed work purposes.