Dr.Scholl
Rimella Black Shoe
Reference: 11808
Rimella is the result of the fusion of many different styles with each other that, when combined, have given rise to a unique model. Trekking-style eyelets and trendy glitter laces combine with more comfortable details to give life to a wild card that you can wear as a casual shoe with more classic outfits or as sneakers with a sporty air. The typical comfort of Scholl footwear is guaranteed by the soft leather upper, the removable insole, the side zipper for easy entry and its wide cut (fitting G). - Its soft microfiber lining is treated with Aloe Vera. - Its insole is made with Scholl Memory Cushion® technology, which redistributes the pressure of the foot throughout the sole.
Rimella is the result of the fusion of many different styles with each other that, when combined, have given rise to a unique model. Trekking-style eyelets and trendy glitter laces combine with more comfortable details to give life to a wild card that you can wear as a casual shoe with more classic outfits or as sneakers with a sporty air. The typical comfort of Scholl footwear is guaranteed by the soft leather upper, the removable insole, the side zipper for easy entry and its wide cut (fitting G). - Its soft microfiber lining is treated with Aloe Vera. - Its insole is made with Scholl Memory Cushion® technology, which redistributes the pressure of the foot throughout the sole.
Rimella is the result of the fusion of many different styles with each other that, when combined, have given rise to a unique model. Trekking-style eyelets and trendy glitter laces combine with more comfortable details to give life to a wild card that you can wear as a casual shoe with more classic outfits or as sneakers with a sporty air. The typical comfort of Scholl footwear is guaranteed by the soft leather upper, the removable insole, the side zipper for easy entry and its wide cut (fitting G). - Its soft microfiber lining is treated with Aloe Vera. - Its insole is made with Scholl Memory Cushion® technology, which redistributes the pressure of the foot throughout the sole.