Miso Jelly Ballet - Black - UK 6

The Miso Jelly Ballet features a standard fit. While synthetic materials can offer some flexibility, they may not stretch significantly for wider feet. We recommend checking specific sizing guides or trying them on if possible.

The synthetic material offers some resistance to light moisture, but these shoes are not waterproof. Prolonged exposure to heavy rain should be avoided, and they should be dried with a soft cloth immediately if they get wet.

These shoes are listed in UK women's sizing. We recommend selecting your usual UK shoe size. If you are between sizes, consider trying the larger size for comfort.

The Miso Jelly Ballet features a lightweight and flexible synthetic sole designed for general comfort. It provides minimal arch support, which is typical for ballet flat styles. For extensive arch support, consider adding an aftermarket insole.

These shoes are comfortable for everyday wear and light walking. For very long walks or standing periods, footwear with more structured support and cushioning might be more appropriate.

Both the upper and the sole of the Miso Jelly Ballet are made from synthetic materials, providing a smooth finish and lightweight flexibility.

Ensure you have the correct size. Synthetic shoes may require a short break-in period. Wear them for short durations initially or try thin socks to ease comfort. If discomfort persists, consider adding moleskin to pressure points.

Verify you have the correct UK size. If slightly loose, heel grips can be added to the back of the shoe for a more snug fit.

Gently clean the synthetic upper and sole using only a soft dry cloth as recommended. For stubborn marks, a slightly damp cloth can be used, followed immediately by a dry one.

Squeaking often comes from the sole rubbing against a smooth surface or from parts of the shoe rubbing together internally. Try applying a small amount of baby powder or petroleum jelly to the inside of the shoe where the footbed meets the upper, or to the outside of the sole if it's external friction.