Men's Timberland Euro Hiker Mid Lace black nubuck boots (TB0A28A2W051)

Men's Timberland Euro Hiker Mid Lace black nubuck shoes are an excellent choice for men who value comfort and durability during hikes and everyday use. Made from leather, these shoes not only offer an elegant appearance but also provide durability and protection against external conditions. The leather used for the upper ensures longevity, making them an ideal solution for various weather conditions.

ReBOTL™ Technology and EVA Insole

Men's Timberland Euro Hiker Mid Lace black nubuck shoes utilise ReBOTL™ technology, which supports sustainability by incorporating recycled materials. Additionally, the midsole made from ethylene-vinyl acetate (EVA) provides excellent cushioning, significantly enhancing user comfort. Thanks to these features, every step is not only confident but also environmentally friendly.

Breathability and Support

The high breathability of men's Timberland Euro Hiker Mid Lace black nubuck shoes ensures comfort even during prolonged wear. The high upper offers additional ankle support, which is crucial during challenging trails. The laces allow for individual adjustment, increasing stability while walking.

Durable Outsole

The rubber outsole of men's Timberland Euro Hiker Mid Lace black nubuck shoes guarantees excellent grip on diverse terrain. This allows the user to feel confident and secure on any surface, regardless of weather conditions. The rubber outsole is also abrasion-resistant, ensuring long-lasting use and maintained properties.

Men's Timberland Euro Hiker Mid Lace - features:

• Upper made of leather providing durability and protection;
• ReBOTL™ technology utilising recycled materials;
• Midsole made of ethylene-vinyl acetate (EVA) providing cushioning;
• High breathability ensuring wearing comfort;
• High upper offering ankle support;
• Laces allowing for individual adjustment;
• Rubber outsole guaranteeing excellent grip;
• Abrasion resistance ensuring long-lasting use;
• Environmentally friendly materials due to the use of recycling.