Reebok Classic Nylon Trainers - Green - White - 8.5 UK

Currently unavailable

Currently unavailable
The Reebok Classic Nylon Trainers are ideal for adults seeking a versatile, heritage-inspired sneaker for casual daily wear and urban navigation. Combining a breathable nylon base with plush suede overlays, these shoes offer a comfortable, lightweight feel rooted in 80s aesthetics. While they provide excellent style and everyday comfort, potential buyers should note that they are designed primarily for lifestyle use rather than high-intensity athletic performance.
| Age Group | adult |
|---|---|
| Colour | Green |
| Gender | Female |
| Material | Nylon |
| Shoe Size UK | 8.5 |
| Accent Colour | White |
| Shoe Type | Trainers |
| Series | Classic Nylon |
| Model Part Number | 100245711 |
| Brand | Reebok |
No, these are lifestyle trainers designed for casual wear and walking, not for high-impact sports or running.
You can use a soft cloth with mild soapy water, dabbing gently at the surface. Avoid soaking the shoe.
The Reebok Classic series generally fits true to standard UK sizing, but if you prefer extra room for thicker socks, consider that the nylon upper is soft and flexible.
The insoles are typically standard. If you require custom orthotics, they can usually replace the existing liners.
No, the nylon and suede materials are not waterproof and may absorb water if worn in heavy rain.
Use a dry suede brush or a specialized suede eraser to gently lift stains without using liquid cleaners.
Use a shoe tree when not in use to help the nylon and suede maintain its original shape.
As a lifestyle trainer, no complex setup is required; simply ensure your UK size 8.5 fit is comfortable for your arch height. Compatibility is best suited for casual settings. To maintain your Reeboks, it is recommended to use a soft-bristled brush to remove dust from the suede areas regularly. Avoid machine washing, as the moisture can damage the suede texture and compromise the adhesive bonds. If the trainers get wet, let them air dry away from direct heat sources to prevent the materials from shrinking or becoming stiff.