Men's trekking boots CMP Vertyx Low Waterproof fango/ruggine (3Q17597/01QU)

Men’s CMP Vertyx Low Waterproof hiking boots in fango/ruggine are an excellent choice for hiking enthusiasts seeking durability and protection against adverse weather conditions. Made from high-quality leather, these boots are characterised by exceptional durability and comfort. The low cut provides freedom of movement, which is crucial during longer trips in challenging terrain.

Comfort-enhancing technologies

The CMP Vertyx Low Waterproof hiking boots utilise advanced technologies such as OrthoLite® and Clima Protect®. The OrthoLite® insole ensures excellent cushioning and supports proper foot ventilation, significantly increasing wearing comfort. Meanwhile, the Clima Protect® technology provides waterproofing, protecting feet from moisture and keeping them dry in all conditions.

Advanced Vibram® sole

The Vibram® outsole on the CMP Vertyx Low Waterproof boots guarantees excellent grip on various surfaces, enhancing safety during hikes. The extremely durable Vibram® sole material allows for long-lasting use without worrying about rapid wear. Additionally, the midsole made of ethylene-vinyl acetate (EVA) provides extra cushioning, which is important during long walks.

Functional details

The CMP Vertyx Low Waterproof boots feature a partial rand that offers additional protection against mechanical damage. The laces provide a secure fit to the foot, which is key for stability and comfort. Every element of these boots has been carefully designed to meet the demands of even the most discerning users.

CMP Vertyx Low Waterproof hiking boots – features:

• Made from durable natural leather;
• Low cut providing freedom of movement;
• OrthoLite® insole for better cushioning and ventilation;
• Clima Protect® technology ensuring waterproofing;
• Vibram® outsole for excellent grip;
• Ethylene-vinyl acetate (EVA) midsole for additional cushioning;
• Partial rand protecting against mechanical damage;
• Laces as a secure fastening;
• Advanced technologies enhancing wearing comfort.