Converse Chuck Taylor All Star Lift Platform women's trainers multicolour (A08112C)

Women's Converse Chuck Taylor All Star Lift Platform sneakers in multicolour define modern sporty style, combining an iconic silhouette with functional comfort and cushioning solutions. The design features a high canvas upper and a rubber platform, creating a bold structure for everyday activities.

OrthoLite® cushioning insole

The inner insole is equipped with OrthoLite® technology, providing advanced cushioning and effective moisture management. This solution keeps the interior of the shoe fresh and contributes to long-lasting comfort during wear. OrthoLite® material adapts effectively to the shape of the foot, ensuring stability and support throughout the day.

Upper and platform construction

The upper made of durable canvas ensures breathability and resistance to everyday wear. The high silhouette supports the ankle, while traditional lacing allows for individual fit to the foot. The platform sole made of rubber enhances cushioning and highlights the characteristic design of the Converse Chuck Taylor All Star Lift Platform model.

Comfort for everyday use

The cushioning insole and breathability of the materials used in the construction enhance comfort throughout the day. The high upper provides additional support, and the properties of the canvas aid in regulating foot temperature. The combination of these features makes the model suitable for everyday use, offering comfort and an attractive appearance.

Women's Converse Chuck Taylor All Star Lift Platform sneakers in multicolour - features:

• Upper made of breathable and durable canvas;
• Cushioning insole with OrthoLite® technology for comfort;
• High-quality rubber midsole and outsole;
• High upper providing ankle support;
• Platform construction enhancing cushioning during walking;
• Design ensuring good breathability of the shoe interior;
• Sport style - versatile character for everyday wear;
• Upper material promoting foot temperature regulation;
• No reinforcements, contributing to the lightness of the construction.