Reebok RBK FULGERE Slide Sandal - Black - UK 7


Currently unavailable


Currently unavailable
The Reebok RBK FULGERE Slide Sandal in Black (UK 7) is designed for adults seeking comfortable and stylish footwear for everyday wear and post-workout relaxation. Its primary benefit is the easy on-and-off classic slide design combined with durable construction. A potential caveat is its suitability primarily for casual use rather than athletic performance.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Unisex |
| Shoe Size UK | 7 |
| Model Part Number | 100210917 |
| Brand | Reebok |
These slides are primarily intended for casual wear, post-workout relaxation, and everyday comfort.
No, these slides are not designed for athletic performance. They lack the support and features required for sports activities.
Clean your slides using a damp cloth. Avoid using harsh chemicals or washing machines.
These slides are available in various adult sizes, including the specific UK 7 mentioned in this guide.
Yes, the design is unisex, making them suitable for both men and women.
The product description indicates durable construction, typically associated with synthetic materials common in slides, but specific material composition is not detailed here.
Ensure you have selected the correct size. Due to the slide design, minor adjustments in fit are limited. Consider the specific foot width for comfort.
While durable, prolonged exposure to harsh conditions or abrasive surfaces can accelerate wear. Avoid excessive friction and clean regularly as per care instructions.
Like most slide sandals, traction may be reduced on very wet or smooth surfaces. Exercise caution in such environments.
Setup: These sandals require no setup. They are ready to wear out of the box.
Compatibility: Designed for adult unisex wear, suitable for UK size 7 feet. They are compatible with most casual attire.
Care: To maintain the condition of your Reebok RBK FULGERE Slide Sandals, clean them with a damp cloth. Avoid harsh chemicals or machine washing, which could damage the material and structure.