Men's barefoot sandals Xero Shoes Z-Trail EV steel gray/asphalt (TTM-SGAP)

Xero Shoes Z-Trail EV Men's Barefoot Sandals in Steel Gray/Asphalt are perfect for both everyday use and hiking trips. The use of synthetic materials in the upper ensures durability and lightness, making them an ideal choice for those who value comfort and functionality. The incorporation of synthetic materials, including recycled ones, also highlights the manufacturer's commitment to the environment.

FeelLite™ Technology

The Xero Shoes Z-Trail EV men's barefoot sandals are equipped with innovative FeelLite™ technology, which guarantees incredible lightness and comfort. This technology provides a natural feeling of walking barefoot, which is essential for barefoot enthusiasts. Thanks to this technology, users can enjoy maximum comfort during any activity.

Double Protection with TrailFoam™ and BareFoam™

The outsole of the Xero Shoes Z-Trail EV men's barefoot sandals made from TrailFoam™ offers excellent cushioning and grip on various surfaces. The BareFoam™ insole further supports the foot, providing an ideal fit and cushioning. The combination of these materials ensures exceptional durability and comfort, regardless of the conditions.

Ecological Approach

Xero Shoes prioritises eco-friendly solutions, evident in the Z-Trail EV men's barefoot sandals. The use of recycled materials and the absence of animal-derived components emphasise the brand's commitment to environmental protection. This allows users to enjoy comfort while being aware that their choices are planet-friendly.

Features of Xero Shoes Z-Trail EV Men's Barefoot Sandals:

• Upper made from durable synthetic materials;
• FeelLite™ technology providing lightness and comfort;
• TrailFoam™ outsole offering excellent cushioning and grip;
• BareFoam™ insole supporting the foot and providing cushioning;
• Velcro as a functional type of fastening;
• Designed for sports and tourism;
• Weight of 147.5 g ensuring comfortable wear;
• Recycled materials highlighting the brand's ecological approach;
• No animal-derived components in the material composition.