Altavio Mid Gore-Tex Boots

The Aigle Altavio Mid Gore-Tex Boots stand out as exceptional walking and hiking companions, crafted with a keen focus on comfort and functionality for extended wear. These boots are equipped with a range of features that cater to the diverse needs of outdoor enthusiasts.

One of the standout attributes of these boots is the Gore-Tex lining, which serves a dual purpose. Firstly, it ensures that your feet remain dry even in challenging weather conditions, making them suitable for various terrains and climates. Secondly, the Gore-Tex lining actively wicks away sweat, promoting breathability and maintaining a comfortable internal environment for your feet.

Enhancing the overall comfort level is the Ortholite insole, expertly designed with shock-absorbing capabilities. Constructed from polyurethane, this insole not only cushions your every step but also effectively absorbs moisture. Furthermore, it facilitates air circulation around the foot, contributing to a fresher and more hygienic experience during prolonged use.

The inclusion of a Vibram rubber outsole underscores the commitment to top-tier performance. Vibram, a global leader in high-performance sole manufacturing, collaborates with the Altavio boots to deliver an unparalleled grip and durability. The outsole's advanced rubber compounds, coupled with cutting-edge design, ensure optimum performance across various surfaces.

In essence, the Aigle Altavio Mid Gore-Tex Boots seamlessly blend cutting-edge design with innovative technologies, offering a harmonious balance of comfort, durability, and performance for those who seek adventure and exploration in the great outdoors.

• Gore-Tex lined to keep your feet dry and wick away sweat.
• Orthalite insole for comfort and shock absorbing capabilities. Made in polyurethane, it absorbs moisture and allows air to circulate around the foot.
• Vibram rubber outsole, the world leader in high-performance sole manufacture.
• Combines cutting edge design with advanced rubber compounds to deliver optimum performance.