PUMA Suede Charles F.stead Vi Trainers - Copper/White - 6.5 UK

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Currently unavailable
The PUMA Suede Charles F. Stead VI Trainers are designed for adults seeking a timeless, low-profile sneaker that blends premium materials with everyday versatility. These trainers provide reliable comfort and a sophisticated aesthetic through high-quality suede craftsmanship, making them an ideal choice for casual outings or refined street style. Please note that as a suede product, they require careful maintenance to preserve their texture and finish in wet weather conditions.
| Age Group | adult |
|---|---|
| Colour | Copper |
| Gender | Unisex |
| Material | Suede |
| Shoe Size UK | 6.5 |
| Accent Colour | White |
| Shoe Type | Trainers |
| Series | Suede Charles F.stead Vi |
| Model Part Number | 40846404 |
| Brand | PUMA |
Yes, they generally fit according to standard UK sizing for adults.
No, submerging suede in water or machine washing will damage the material and structure of the shoes.
Charles F. Stead is a renowned premium tannery known for producing some of the highest quality suede leather in the world.
It is best to avoid wearing them in heavy rain, as suede can absorb water and lose its texture.
Use a damp cloth with mild soap for the white accents, but be careful not to get the surrounding suede wet.
Use a specialized suede brush and move in a single direction to remove loose particles.
Gently use a suede eraser to rub the affected area, then brush the fibers back into place.
Lightly brush the suede with a dry, clean brush to restore the soft texture of the fibers.
When you first receive your PUMA Suede trainers, it is recommended to apply a suede-specific protective spray to guard against light moisture and dust. For ongoing care, use a soft-bristled suede brush to gently lift dirt and maintain the nap of the material. Avoid direct contact with heavy rain or salt, as these can cause permanent staining to the suede surface. If the shoes become damp, allow them to air dry naturally away from direct heat sources to prevent the material from hardening.