New Balance FuelCell Rebel v5 Trainers - Black/Grey - 13.5

Currently unavailable

Currently unavailable
The New Balance FuelCell Rebel v5 is a high-performance everyday trainer designed for runners who crave a lightweight, responsive feel during both steady mileage and high-intensity speed work. Built for adult athletes, this shoe features a specialized blend of PEBA and EVA foam to provide a springy, energetic ride that transitions seamlessly across different paces; however, runners seeking extreme stability or heavy-duty arch support may find the minimalist-leaning design less structured than traditional stability trainers.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Material | Polyester |
| Pattern | Geometric |
| Shoe Size UK | 13.5 |
| Accent Colour | Grey |
| Shoe Type | Trainers |
| Series | FuelCell Rebel v5 |
| Model Part Number | MFCXLC5 |
| Brand | New Balance |
Yes, it is well-suited for long runs, though runners who prefer maximum cushioning and rigid support might find other models better suited for ultra-distance events.
The Rebel v5 is designed as a neutral trainer and does not feature excessive arch correction, focusing instead on responsiveness and a natural gait.
Spot clean with a soft brush or a mild detergent cloth. Do not machine wash as it can damage the specialized foam and glue.
Absolutely. The lightweight build and PEBA-based foam are specifically designed to facilitate speed and rapid transitions.
Yes, it generally fits true to size, similar to other performance trainers in the New Balance line.
Utilize the runner's loop or 'heel lock' lacing technique to provide a more secure fit around the ankle.
Ensure you are giving the shoes at least 24 hours between runs to allow the foam cell structure to fully recover its shape.
To maximize the life of your FuelCell Rebel v5 trainers, ensure you choose the correct size based on your standard athletic fit, keeping in mind that high-performance mesh uppers have a flexible feel. To maintain the integrity of the foam and the mesh: