Nike Victori One Shower Slide - White/Black - UK 16




Currently unavailable




Currently unavailable
The Nike Victori One Shower Slide is designed for athletes and active individuals who need a reliable, quick-drying footwear option for gym showers, pool decks, or locker rooms. Featuring a lightweight one-piece foam construction and specialized traction patterns, it provides excellent comfort and stability on wet surfaces; however, its specialized design is primarily intended for casual, water-exposed environments rather than long-distance walking.
| Gender | Male |
|---|---|
| Pattern | Polka Dot |
| Age Group | adult |
| Colour | White |
| Accent Colour | Black |
| Shoe Type | Slippers & Sandals |
| Shoe Size UK | 17 |
| Series | Victori One |
| Model Part Number | CZ5478-100-170 |
| Brand | Nike |
While durable enough for short trips, they are designed as shower and pool slides. The foam is soft and may wear down quickly if used for long walks on concrete.
Simply rinse with warm water and a mild soap. Wipe with a damp cloth and air dry.
Yes, the materials are water-resistant and the drainage system works well in the ocean, though you should rinse them with fresh water afterward to remove salt.
The Nike Victori One typically fits true to standard athletic sizing, but it is recommended to check the specific UK size guide before purchase.
The one-piece foam construction provides a contoured footbed that offers basic arch support for casual wear.
Check the underside of the sole for debris or soap scum buildup and rinse thoroughly with water to restore grip.
Ensure the midsole perforations are clear of obstructions like sand or grit.
There is no setup required for the Nike Victori One Shower Slide; simply slide your foot in and enjoy the fit. For care, rinse the slides with clean water after use in chlorinated pools or sweaty locker rooms to maintain hygiene. If they become dirty, use mild soap and a soft cloth to spot clean. Avoid leaving them in direct, intense sunlight for prolonged periods, as this can degrade the foam material over time.