Unisex sandals ideal for travel and leisure. Solid outsole with internal structured insole that prevents the foot from slipping in the shoe. Comfortable and wide padded straps are available in both or
Comfortable men's strap sandals Hannah Drifter suitable for both city and terrain. Velcro fastening is quick and comfortable. Available in four color variants.
Comfortable men's strap sandals Hannah Drifter suitable for both city and terrain. Velcro fastening is quick and comfortable. Available in four color variants.
Comfortable men's strap sandals Hannah Drifter suitable for both city and terrain. Velcro fastening is quick and comfortable. Available in four color variants.
Comfortable men's strap sandals Hannah Drifter suitable for both city and terrain. Velcro fastening is quick and comfortable. Available in four color variants.
Comfortable men's strap sandals Hannah Drifter suitable for both city and terrain. Velcro fastening is quick and comfortable. Available in four color variants.
Colour: beigeFastening: lacingSustainability: use of recycled materialsMaterial: outer part - recycled cotton inner part - recycled polyesterinner part 1 - recycled cotton inner part 2 - viscosesole -
Colour: beigeFastening: lacingSustainability: use of recycled materialsMaterial: outer part - recycled polyester inner part - recycled polyestersole - rubber
Colour: greyFastening: lacingSpecifications: brogue decorating, Geox technology Respira – combines perforated sole and special breathable waterproof membraneMaterial: outer part - genuine leather in s
Colour: greyFastening: lacingSpecifications: brogue decorating, Geox technology Respira – combines perforated sole and special breathable waterproof membraneMaterial: outer part - genuine leather in s
Model: SkateColor: blackFastening: lacingSustainability: use of recycled materialsMaterial: recycled cotton, cotton MaterialType: Recycled Material
Model: SkateColor: blackFastening: lacingSustainability: use of recycled materialsMaterial: recycled cotton, cotton MaterialType: Recycled Material