New Balance 1080v15 - Black/Green - 6.5

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The New Balance 1080v15 is designed for neutral runners and everyday athletes who prioritize superior comfort and consistent performance during daily training sessions. By incorporating advanced cushioning technology, the shoe provides enhanced energy return and shock absorption for a smoother ride, though the significant design overhaul may require a brief adjustment period for long-term fans of previous 1080 iterations.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Male |
| Material | Polyester |
| Shoe Size UK | 6.5 |
| Accent Colour | Green |
| Shoe Type | Trainers |
| Series | 1080v15 |
| Model Part Number | M10805MD |
| Brand | New Balance |
The 1080v15 is designed with a standard athletic fit; however, the flexible polyester upper accommodates a variety of foot shapes comfortably.
Yes, the cushioning and energy return technology are specifically designed to support the high-mileage demands of marathon training.
Generally, running shoes should be replaced every 300 to 500 miles depending on your running surface and gait style.
No, machine washing can damage the advanced cushioning foam and adhesive components. Stick to hand cleaning with a soft cloth.
They are best suited for roads, concrete, and synthetic tracks, where the cushioning can perform optimally.
Ensure the laces are tightened using the eyelets to lock the heel in place, providing better lateral support.
Use a soft brush to remove dried mud and a damp cloth with mild soap for light stains, then air dry.
To ensure the longevity of your New Balance 1080v15 trainers, keep them away from direct heat sources, which can degrade the cushioning foam. If they become wet, remove the insoles and stuff the shoes with paper towels to draw out moisture naturally. Regularly check the outsole for debris lodged in the treads to maintain optimal grip. Because these use a polyester upper, spot-clean using a mild detergent and a soft cloth rather than submerging them in a washing machine, which may damage the structural integrity of the shoe's midfoot lockdown.