adidas Yeezy Foam RNNR Onyx - Black - 12


The adidas Yeezy Foam RNNR Onyx is a futuristic, slip-on footwear choice designed specifically for kids who prioritize comfort and a modern aesthetic. Featuring a unique, one-piece molded construction, these shoes offer excellent breathability for daily wear, though the open-vent design makes them less suitable for muddy or wet outdoor environments.
| Gender | Unisex |
|---|---|
| Age Group | kids |
| Colour | Black |
| Shoe Type | Slippers & Sandals |
| Child Shoe Size UK | 12 |
| Series | Yeezy Foam RNNR |
| Brand | adidas |
While the material itself is water-resistant and won't be damaged by water, the open vent design means water and debris can enter the shoe easily.
These follow standard UK children's sizing; we recommend measuring your child's foot with a flat ruler and comparing it to the standard size guide.
Yes, the textured footbed is designed to be comfortable against the skin, making them suitable for wear with or without socks.
No, we do not recommend machine washing these shoes, as high heat and agitation may damage the molded structure.
These are primarily casual lifestyle shoes. While they offer grip, they do not provide the lateral support or protection required for contact sports or intense athletic activities.
Ensure the child is pulling from the heel tab area while pushing their toes forward; if the fit is too tight, consider if the size has been outgrown.
The design features large ventilation ports; simply remove the shoe, tip it upside down, and shake gently to dislodge pebbles or sand.
Most surface scuffs on the molded material can be buffed out with a clean, damp microfiber cloth.
These shoes are ready to wear right out of the box with no break-in period required. To maintain the appearance of the Onyx black colorway, avoid leaving them in direct sunlight for extended periods to prevent material fading. Cleaning is straightforward: use a soft cloth with mild soap and cool water to wipe away dirt. Do not machine wash or tumble dry, as the heat can compromise the integrity of the molded structure.