Women's trekking boots Black Diamond Circuit Highball flax (BD58005320210901)

Women's Black Diamond Circuit Highball flax shoes are an excellent choice for active lifestyle enthusiasts who value both comfort and durability. This model was designed to provide support during various outdoor activities, and its high collar offers additional ankle protection. The shoes are made from durable materials, and the reinforcements at the toes increase their longevity.

DWR Technology

Women's Black Diamond Circuit Highball flax shoes are equipped with DWR technology, which makes the shoe surface resistant to dirt and moisture. Thanks to this, the footwear retains its properties even in unfavorable weather conditions. 

Comfort thanks to EVA sole

The midsole of the women's Black Diamond Circuit Highball flax shoes is made of ethylene-vinyl acetate (EVA), providing excellent cushioning and comfort even during prolonged use. This material is known for its flexibility and shock absorption capabilities, which translates into comfort when walking on varied terrain.

BD BlackLabel-Street - Optimal grip

Women's Black Diamond Circuit Highball flax shoes feature a BD BlackLabel-Street outsole, which guarantees optimal grip on urban surfaces and trails. This makes the model suitable for both everyday use and hiking on less demanding routes.

Eco-friendly approach

Women's Black Diamond Circuit Highball flax shoes are characterized by environmental friendliness. They use recycled materials and incorporate PFC-Free technologies, which reduce the negative impact on the natural environment. This allows users to enjoy not only comfort and style but also to care for the planet.

Women's Black Diamond Circuit Highball shoes - features:

• High collar providing ankle protection;
• Reinforcements at the toes increasing durability;
• DWR technology resistant to dirt and moisture;
• Midsole made of ethylene-vinyl acetate (EVA);
• BD BlackLabel-Street ensuring optimal grip;
• Classic lacing for better fit;
• Recycled materials enhancing eco-friendliness;
• PFC-Free technology reducing environmental impact.