adidas Adilette Cloudfoam Plus - Black - White - 9

Currently unavailable

Currently unavailable
The adidas Adilette Cloudfoam Plus is a versatile, unisex slip-on sandal designed for adults seeking superior underfoot cushioning and effortless style. Featuring the signature Cloudfoam footbed, these sandals are ideal for post-workout recovery or casual everyday wear, though they are strictly designed for dry, leisure environments rather than rugged outdoor activity.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Unisex |
| Shoe Size UK | 9 |
| Accent Colour | White |
| Shoe Type | Slippers & Sandals |
| Series | Adilette Cloudfoam Plus |
| Model Part Number | AP9971 |
| Brand | adidas |
It is not recommended to machine wash these sandals. We advise cleaning them manually with a damp cloth to protect the Cloudfoam material.
While the materials are water-resistant, they are designed primarily for leisure and recovery comfort rather than sustained use in pools or the ocean.
Measure your foot from heel to toe. If you fall between sizes, always select the larger option for the most comfortable fit.
Yes, the upper construction utilizes durable faux leather.
The standard fit of the Adilette Cloudfoam Plus is accommodating; however, if you have wider feet, choosing the larger size in your range will provide additional room.
Ensure you are using the correct size. If you are between sizes, the larger size is recommended for a better, more relaxed fit.
Wipe down the footbed with a dry towel. Avoid wearing these in environments where the footbed is consistently wet.
To ensure the best experience, measure your foot from your heel to the tip of your longest toe. If your measurement falls between sizes, it is recommended to opt for the larger size to prevent your heel from hanging off the back of the footbed. Regarding care, wipe the synthetic upper and footbed with a damp cloth to remove dust or debris. Avoid leaving these in extreme heat or direct sunlight for extended periods, as this can warp the foam footbed and compromise the material's structural integrity.