Salomon TOUNDRA PRO CSWP

Salomon TOUNDRA PRO CSWP is a high-performance winter boot designed to provide maximum warmth, weather protection, and traction in extreme cold conditions. Whether you're traversing icy terrain or working outdoors in freezing temperatures, this boot is built to keep you warm and comfortable.

One of the key features of the TOUNDRA PRO CSWP is its use of Aerotherm Aerogel technology, which makes it Salomon's warmest boot. The Aerotherm Aerogel insulation provides exceptional thermal performance, keeping your feet warm even in temperatures as low as -40°F or -40°C.

In addition to its insulation, the TOUNDRA PRO CSWP is equipped with a ClimaSalomon Waterproof bootie. This lightweight and flexible membrane ensure complete weather protection, preventing moisture from penetrating the boot and keeping your feet dry in all conditions.

When it comes to traction, the TOUNDRA PRO CSWP boasts an aggressive tread pattern on its winter Contagrip sole. This sole is specifically designed for winter applications, offering excellent grip on snow and ice, giving you confidence and stability while walking or working in slippery conditions.

The boot features a combination of materials to enhance its durability and comfort. It has a PU coated leather upper that provides protection and makes it stronger for long-lasting use. The faux fur lining and mesh/textile inner lining offer warmth, insulation, and breathability. The gusseted tongue prevents debris from entering, while the protective toecap protects your toes.

For added cushioning and comfort, the TOUNDRA PRO CSWP includes an EnergyCell EVA foam midsole and an EVA sockliner. These components absorb shock and provide a comfortable underfoot feel throughout the day.

The boot utilizes a traditional lacing system with regular laces, allowing you to customize the fit and secure it tightly around your foot.

The Salomon TOUNDRA PRO CSWP is a reliable and versatile winter boot that ensures maximum warmth, weather protection, and traction in the harshest winter conditions.