Women's trekking boots CMP Rigel 2.0 Low Waterproof sabbia/salomone (3Q15466/07PV)

Women’s trekking shoes CMP Rigel 2.0 Low Waterproof sabbia/salomone are an excellent choice for women seeking reliability during mountain hikes. The upper is made of leather and fabric, providing durability and comfort. The materials used in this model offer excellent breathability, allowing for comfortable wear even during intense exertion.

Clima Protect® technology

The women’s trekking shoes CMP Rigel 2.0 Low Waterproof sabbia/salomone are equipped with Clima Protect® technology, which ensures excellent waterproofing. This innovative solution protects the feet from moisture while allowing for effective sweat evaporation. As a result, users can enjoy dry feet even on rainy days.

OrthoLite® Foam 0.11 insole

The CMP Rigel 2.0 Low Waterproof model features an OrthoLite® Foam 0.11 insole that guarantees the highest level of comfort. This insole provides cushioning and excellent fit to the foot, significantly improving comfort during long hikes. Additionally, OrthoLite® promotes better air circulation inside the shoe, enhancing hygiene and user comfort.

CMP FULL ON GRIP sole

The women’s trekking shoes CMP Rigel 2.0 Low Waterproof sabbia/salomone come with a CMP FULL ON GRIP sole. This specialist sole provides excellent traction on various surfaces, which is crucial during demanding mountain hikes. Furthermore, the combination of ethylene-vinyl acetate (EVA) and thermoplastic polyurethane (TPU) in the midsole offers optimal cushioning and stability.

CMP Rigel 2.0 Low Waterproof trekking shoes - features:

• Upper made of a combination of leather and fabric ensuring durability and comfort;
• Clima Protect® technology guaranteeing waterproofing and breathability;
• OrthoLite® Foam 0.11 insole offering excellent cushioning and fit;
• CMP FULL ON GRIP sole providing traction on various surfaces;
• Midsole made of ethylene-vinyl acetate (EVA) and thermoplastic polyurethane (TPU) ensuring cushioning and stability;
• Full rand reinforcing the shoe’s structure;
• Low ankle profile allowing freedom of movement;
• Laces as a type of closure ensuring secure foot hold;
• Breathability of the materials supporting comfort during intense exertion.