Valentino Garavani VLogo Slingback Pumps - Black - Gold - UK 2

Currently unavailable

Currently unavailable
The Valentino Garavani VLogo Slingback Pumps are designed for the fashion-conscious adult seeking a blend of Italian craftsmanship and timeless elegance. These leather heels feature the iconic VLogo hardware, making them a standout choice for formal events or professional settings, though potential wearers should note that the high-end leather requires careful maintenance to preserve its finish.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Female |
| Material | Leather |
| Shoe Size UK | 2 |
| Accent Colour | Gold |
| Shoe Type | Heels & Pumps |
| Series | VLogo |
| Model Part Number | 8050240163821 |
| Brand | Valentino Garavani |
These shoes are expertly crafted in Italy.
Each pair comes with a protective dust bag and the original shoe box.
The adjustable slingback buckle allows for some customization, though the square toe is designed for a standard fit.
Avoid spraying perfume or hairspray directly onto the hardware, and wipe it occasionally with a soft, dry cloth.
It is not recommended, as exposure to water can damage the high-quality leather and compromise the hardware finish.
These pumps are made from premium leather.
Adjust the buckle to a tighter hole setting to ensure the strap sits firmly against your heel.
Gently buff the area with a leather conditioner compatible with calfskin to restore the finish.
Wear the pumps for short periods indoors to allow the high-quality leather insole to mold naturally to your foot shape.
When unboxing your pumps, ensure the buckle is correctly positioned for your foot width to avoid unnecessary strain on the leather straps. To maintain the leather's longevity, store the shoes in the provided dust bag when not in use. Avoid exposing the leather to excessive moisture or harsh chemicals. If the surface becomes dusty, wipe it gently with a soft, dry cloth. Always keep the pumps in their original shoe box to protect them from potential crushing or structural deformation during storage.