New Balance FuelCell RC Elite v2 Trainers - Green - White - 6.5

While they can be used for some training runs, they are primarily designed as racing shoes. For daily high-mileage training, a more cushioned and durable trainer might be a better choice to prolong the life of the FuelCell RC Elite v2 and provide adequate recovery.

The carbon fiber plate embedded in the midsole adds stiffness to the shoe. This stiffness works with the rocker geometry to create a propulsive sensation, helping to guide your foot forward more efficiently and reduce energy loss during toe-off.

FuelCell foam is New Balance's most responsive cushioning technology. It provides a high level of energy return, meaning more of the impact energy is returned to the runner, resulting in a 'bouncy' and fast feel.

Refer to the New Balance sizing guide and measure your foot length. It is recommended to have a thumb's width of space between your longest toe and the end of the shoe. If you are between sizes, consider your preferred sock thickness and whether you prefer a snug or slightly roomier fit.

The shoes offer some protection and grip in damp conditions, but they are not waterproof. Extended exposure to heavy rain may saturate the materials. Grip may also be reduced on very wet or slippery surfaces.

As racing shoes, their lifespan is generally shorter than everyday trainers. Expect optimal performance for approximately 150-300 miles, after which the cushioning and responsiveness may diminish significantly.

Yes, the product description guarantees that these are 100% original and genuine New Balance footwear, sold by a reputable online dealer with over 10 years of experience.

Ensure you are wearing appropriate running socks. Try loosening the laces slightly, particularly over the midfoot, and re-lacing them to distribute pressure. If the discomfort persists after a short break-in period, they may not be the correct fit for your foot shape.

The FuelCell foam and carbon plate are designed for peak performance. With extensive use, particularly in high-impact scenarios, the responsiveness will naturally decrease. Consider replacing the shoes after a significant number of miles, typically between 150-300 miles for racing shoes, depending on usage.

The outsole is designed for optimal grip on dry to slightly damp surfaces. For significantly wet conditions, be aware that traction may be reduced. Avoid running at high speeds on very slick or wet surfaces.