Vagabond Shoemakers MARTA Heels & Pumps - Black - 7.5

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Currently unavailable
The Vagabond Shoemakers MARTA series is designed for the modern adult seeking a sophisticated, timeless silhouette that transitions effortlessly from professional settings to evening social events. These leather pumps offer exceptional versatility and a refined aesthetic, though they require a brief break-in period common with high-quality structured leather footwear to ensure maximum comfort.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Female |
| Material | Leather |
| Shoe Size UK | 7.5 |
| Shoe Type | Heels & Pumps |
| Series | MARTA |
| Model Part Number | 187 |
| Brand | Vagabond Shoemakers |
The MARTA series is crafted from premium leather.
Yes, their sophisticated and refined silhouette makes them an ideal choice for professional environments.
Use a soft, dry cloth to wipe away dust and a dedicated leather cream or polish to maintain the black finish.
Vagabond Shoemakers typically follow standard UK sizing; however, since they are leather, they may feel snug at first until they break in.
While durable, it is recommended to treat them with a water-repellent spray and avoid prolonged exposure to heavy rain to preserve the leather quality.
Leather will soften and conform to your foot with wear. Try wearing them for short periods around the house with thick socks to gently stretch the material.
Apply a small amount of leather conditioner or black polish with a soft cloth and buff gently to restore the natural shine.
To ensure your MARTA pumps last, store them in a cool, dry place away from direct sunlight. Before wearing them for the first time, consider applying a leather protector spray to guard against moisture and dirt. For daily care, wipe the leather with a soft, dry cloth to remove dust. If the shoes become scuffed, use a high-quality black shoe cream to restore the finish. Compatibility is best maintained by pairing these with appropriate hosiery or foot liners to manage moisture and reduce friction during the initial break-in phase.