Clarks Drift Faye Slippers & Sandals - Blue - 5


The Clarks Drift Faye is a versatile, casual slip-on sandal designed for adult women who prioritize all-day comfort without sacrificing style. Featuring the signature Cloudsteppers technology, these sandals are perfect for warm-weather outings, vacations, or casual errands. While they offer exceptional underfoot cushioning, users should note that the wedge heel height of 45mm provides a slight lift that may not suit those seeking completely flat footwear.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Blue |
| Shoe Type | Slippers & Sandals |
| Shoe Size UK | 5 |
| Series | Drift Faye |
| Model Part Number | 5063421738452 |
| Brand | Clarks |
The Drift Faye features a 45mm wedge heel.
No, it is recommended to spot clean them with a soft, damp cloth to preserve the integrity of the cushioning and construction.
These sandals utilize Clarks' signature Cushion Soft footbed and Cloudsteppers technology for shock absorption and lightweight comfort.
Yes, the sandals include adjustable buckle detailing to help you achieve a secure and personalized fit.
Thanks to the shock-absorbing foam and lightweight design, they are ideal for walking and casual daily activities.
Adjust the buckle to a tighter notch to secure the foot firmly against the footbed.
Gently shake out the sandals and wipe the jersey lining with a slightly damp microfiber cloth to remove trapped debris.
To get the most out of your Clarks Drift Faye sandals, start by adjusting the side buckles while wearing thin or no socks to find your ideal tension. Once set, the secure fit should stay consistent for daily use. To maintain the appearance and longevity of the sandals, wipe the upper and footbed with a soft, damp cloth if they become dusty or soiled. Avoid machine washing or submerging the sandals in water, as this can degrade the specialized foam cushioning and adhesives. If the footbed gets wet, allow them to air dry naturally in a cool, shaded area away from direct heat sources to prevent material warping.