Vionic Caroll 2.0 Ballerina Shoe - Beige - 5.5


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Currently unavailable
The Vionic Caroll 2.0 is designed for women seeking a sophisticated, everyday ballet flat that doesn't sacrifice foot health for style. It provides the signature benefits of VIO MOTION Technology for superior arch support and stability in a sleek, modern silhouette, though it is important to note that the soft, deconstructed leather upper requires careful maintenance to preserve its appearance over time.
| Age Group | adult |
|---|---|
| Colour | Beige |
| Gender | Female |
| Material | Leather |
| Shoe Size UK | 5.5 |
| Shoe Type | Heels & Pumps |
| Series | Caroll 2.0 |
| Model Part Number | 0197725474367 |
| Brand | Vionic |
No, the VIO MOTION Technology footbed is integrated into the design to ensure proper alignment and stability.
While highly comfortable for daily wear and office environments, they are not designed as high-performance walking or running shoes.
Vionic shoes are generally true to size. If you are between sizes or plan on wearing them with socks, consider sizing up.
Use a specialized leather cleaner or a soft, damp cloth with mild soap. Always test a small, hidden area first.
The deep heel cup provides enhanced stability and helps maintain proper foot positioning throughout the gait cycle.
This is normal if you are not used to orthotic-style arch support. Limit initial use to 1-2 hours a day and gradually increase wear time.
Ensure the elastic topline is sitting flat against your foot. If the shoe feels loose, consider a thin insole liner to improve the fit.
Because these shoes feature specialized arch support, new users should wear them for a few hours at a time during the first few days to allow their feet to adjust to the alignment technology. For care, keep the leather clean by wiping it down with a soft, dry cloth. If the material becomes wet, allow it to air dry naturally away from direct heat sources, which could compromise the leather's texture. Avoid machine washing or submerging the shoes in water, as this may degrade the structural integrity of the footbed.