Part of the TOAST Reworn collection, these nearly new sandals combine style and sustainability. Crafted from quality leather with a comfortable rubber sole, they reflect a commitment to reducing waste in fashion. Elevated with a 3cm heel for a touch of sophistication, these versatile sandals can complement various outfits while offering durability and comfort for everyday wear. A responsible choice for the environmentally conscious, these sandals showcase values of circular fashion.
From the brand: Nearly New: Previously worn, in excellent condition with no visible flaws or marks.
This style is part of TOAST Reworn, our collection of pieces that have been previously worn or selected from past collections. It’s vital that we take responsibility for all of the items we produce to reduce our waste and use of resources. We’re investing in initiatives that keep our products in circulation. TOAST Reworn offers an alternative to buying new, reflecting our circular values.
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Details
Leather upper, rubber sole.
Made in Germany.
Size & Fit
Heel height 3cm.
Yes, the Reworn Birkenstock Arizona Sandals are designed for comfort, featuring a supportive leather upper and a durable rubber sole. These sandals are ideal for casual outings and provide the comfort needed for all-day wear.
The Reworn Birkenstock Arizona Sandals are made with high-quality leather and a sturdy rubber sole, making them highly durable for regular use. Even though they are previously worn, they are in excellent condition with no visible flaws.
Yes, the Reworn Birkenstock Arizona Sandals are part of TOAST Reworn, a collection focused on sustainability. By choosing this model, you're opting for a product that supports circular values and helps reduce waste.
Typically, the Reworn Birkenstock Arizona Sandals do not require an extensive break-in period due to their high-quality leather, which molds to the foot over time for a more personalized fit.
The Reworn Birkenstock Arizona Sandals feature a heel height of 3cm, providing a comfortable lift without compromising on stability.
