Valentino Garavani Rockstud Pumps - Pink - 3.5 UK

Currently unavailable

Currently unavailable
The Valentino Garavani Rockstud Pumps are designed for women who seek a sophisticated blend of edge and elegance for formal events and evening wear. Featuring the maison's iconic pyramid studs and a 4 cm heel, these leather pumps offer a secure fit with an adjustable ankle strap, though potential buyers should note that the distinctive stud detailing requires careful maintenance to preserve the finish.
| Age Group | adult |
|---|---|
| Colour | Pink |
| Gender | Female |
| Material | Leather |
| Shoe Size UK | 3.5 |
| Shoe Type | Heels & Pumps |
| Series | Rockstud |
| Brand | Valentino Garavani |
The silhouette is tailored, so those with wider feet may find the toe box snug. It is recommended to try them on in the afternoon when feet are slightly swollen to ensure the correct size.
Use a specialized leather conditioner or a slightly damp, soft cloth. Avoid soaking the material.
The 4 cm block-style heel provides decent stability, but as with all designer footwear, exercise caution on cobblestones or grates.
With proper storage and by avoiding contact with abrasive materials, the finish is designed to be durable and long-lasting.
It is recommended to contact an authorized Valentino service center or a professional luxury cobbler for repairs.
Adjust the buckle to a tighter hole setting; if it still feels loose, consider adding a thin gel insole for a snugger fit.
Gently buff the pyramid studs with a clean, dry microfiber cloth to restore their original shine.
To ensure your Rockstud pumps remain in pristine condition, keep the leather away from harsh chemicals or excessive moisture. When not in use, store the shoes in the provided dust bag to protect the studs from scratching other surfaces. If the leather becomes dusty, wipe it gently with a soft, dry cloth. Avoid using abrasive brushes on the metallic pyramid studs to prevent tarnishing the finish. If you need to store them long-term, use shoe trees to maintain the structural shape of the pump.