Dorm Essential Tcx Infinity 3 Mid Waterproof Boot Black Size - 44 With A 65% Price Cut [JqL5P47z]

Dorm Essential Tcx Infinity 3 Mid Waterproof Boot Black Size - 44 With A 65% Price Cut [JqL5P47z]

The Dorm Essential Tcx Infinity 3 Mid Waterproof Boot Black Size - 44 With A 65% Price Cut [JqL5P47z] is designed to excel in both on- and off-road conditions, providing the ultimate combination of practicality and comfort. This versatile boot is crafted with attention to detail, ensuring it stands out in the world of outdoor footwear. Engineered for both performance and durability, the Infinity 3 Mid WP is perfect for adventurers who demand reliability in any environment.

Robust Construction and Advanced Features

The Infinity 3 Mid WP features a combination of microfiber, split leather, and engineered fabric, providing a robust and flexible upper. This blend, combined with the T-DRY waterproof membrane, offers perfect protection against atmospheric agents, making it ideal for use in wet conditions. The innovative dial fastening system allows for precise fit adjustment in the instep and shin area, down to the millimeter. An adjustable front band with a Velcro panel ensures a secure and comfortable fit.

• Waterproof Membrane: T-DRY ensures complete protection against water and moisture.
• Adjustable Fit: The dial and Velcro system provide a customizable fit for optimal comfort.

Optimized Groundtrax® Sole and Safety Reinforcements

Equipped with the Groundtrax® sole, the Infinity 3 Mid WP delivers maximum performance on all terrains. The tread pattern and compound are optimized for exceptional grip and stability, regardless of the conditions. Reinforcements on the toe, gear area, heel, and ankle provide enhanced safety, ensuring you remain protected during off-road adventures. The OrthoLite® insole offers long-lasting cushioning and high breathability, ensuring comfort even after prolonged use.

• Groundtrax® Sole: Special tread pattern for optimal performance on all surfaces.
• Safety Reinforcements: Additional protection in critical areas for enhanced safety.