Desert footwear Manchester VM Footwear® is designed specifically for use in desert conditions. Members of the Army of the Czech Republic who worked in the Middle East and Africa were involved in the design, so their quality can not be doubted. It is a Czech Product from VM Footwear®.
Shoes excel in high durability and maximum comfort. The high-ankle design ensures protection not only to the feet, but also to ankles and shins. It is a very durable shoe that will perfectly protect you from injury and provides high comfort and freedom of movement. The optimal height of the shoe will not limit you in motion and allows free movement of the ankle. It does not create undesirable pressure on calf muscles and is comfortable even during all-day wear.
Boots are made of brushed cowhide leather of a thickness 1.8 millimeters and durable nylon textile. With a combination of materials, they provide quality ventilation and are able to effectively drain water vapor from the shoe. The design of the shoe is ready for use in demanding dusty conditions. To increase the resilience, the sides of the boots are improved by flexible nylon panels. Thanks to this design, it is noticeably increased the life of the material and overall shoe resistance.
The back of the shoe is complemented by a reinforced loop,that makes taking off and puting on of the shoes easier. Although it is a detail, but with the tactical footwear, the speed also plays the role, often you must be prepared in a few minutes. The cover tongue of the shoe can then overlap the shoelaces to ensure that they don´t untie.
Antistatic glued sole is made of EVA / rubber and is supplemented by anti-slip treatment.To make shoes as versatile as possible, the sole is formed to provide stable adhesion on any surface. Shoes meet the standard ČSN EN ISO 20347: 2012 as a protective device.
Material in detail | Upper material: brushed bovine velour 1.7 mm - 1.9 mm Lining: laminated mesh Insole: lightened polyurethane Midsole: EVA foam Outsole: rubber |
Other specifications | Standard: ČSN EN ISO 20347:2012 |