Women's down jacket Black Diamond Access Down 2.0 Parka fig (AP7460166052LRG1)

The Black Diamond Access Down 2.0 Parka fig women's down jacket provides effective protection during transitional weather conditions, making it ideal for hiking and outdoor activities. This model combines refined construction with technological solutions, offering high thermal comfort and functionality for demanding users.

Advanced outer material

The construction uses polyamide fabric, which is highly resistant to abrasion and mechanical damage. Both the outer shell and lining are made from 100% polyamide, ensuring durability and lightness throughout the jacket. This material performs excellently during dynamic activities in variable terrain conditions.

DWR impregnation free from harmful substances

The jacket’s surface is treated with a hydrophobic DWR impregnation that protects against moisture and light precipitation. The applied technology is free from PFC and PFAS, compliant with bluesign® standards, reflecting care for the natural environment. Thanks to this, the Access Down 2.0 Parka from Black Diamond minimises water absorption, helping to maintain thermal comfort in challenging weather conditions.

Thoughtful functional design

Long sleeves, a full-length zip, and a spacious hood guarantee effective protection and comfort in various situations. The presence of practical pockets allows for secure storage of small items during activities. The jacket’s ergonomic design promotes freedom of movement and effectively protects against cooling during hiking challenges.

Black Diamond Access Down 2.0 Parka fig women's down jacket – features:

• Outer material and lining made from durable polyamide;
• Coating treated with DWR impregnation free from PFC and PFAS;
• Compliance with bluesign® standard confirming environmental care;
• Long sleeves providing full protection against the cold;
• Full-length zip for easy putting on and taking off;
• Spacious hood enhancing thermal protection of the head;
• Designed for hiking and outdoor activities in transitional conditions;
• Environmentally friendly materials reducing negative impact on the ecosystem.