Women's Palladium Pampa M-Jane Washed black boots (94475-008-M)

The women's Palladium Pampa M-Jane Washed black shoes provide a modern balance between comfort and environmental care. The use of advanced recycled materials and thoughtful construction solutions allows for versatile use in everyday urban activities.

EVA foam in the midsole

The midsole made of EVA foam ensures effective cushioning when walking on hard surfaces. Thanks to this technology in the Palladium Pampa M-Jane Washed model, you will experience a noticeable reduction in vibrations transmitted to the foot. The foam also contributes to the lightness of the footwear, resulting in comfort even when worn for many hours.

Rubber outsole and full rand

This model features a rubber outsole that provides high traction and anti-slip properties. The full rand reinforces the shoe along its entire length, increasing resistance to mechanical damage. This configuration makes the shoes not only functional but also durable for everyday wear.

Eco-friendly materials and breathability

The upper of the model is made from high-quality recycled canvas, highlighting its environmentally friendly nature. The textile insole and the breathable properties of the shoes positively affect the thermal comfort of the feet. The standard width of the upper and the slip-on closure with a buckle ensure a comfortable fit for everyday needs.

Palladium Pampa M-Jane Washed black women's shoes - features:

• Midsole made of cushioning EVA foam for lightness;
• Rubber outsole with anti-slip properties;
• Upper made of durable recycled canvas;
• Full rand reinforcing the shoe's construction along its entire length;
• Breathable design supporting the thermal comfort of the feet;
• Insole made of soft textile material for enhanced comfort;
• Slip-on closure with buckle for easy wear;
• Standard width upper providing a universal fit;
• Use of recycled materials for environmental protection;
• Reinforcements improving durability and resistance to damage;
• Designed for everyday use in urban conditions;
• Design considering the needs of users who value comfort and ecology.