Women's hybrid jacket Aulp Copen Hybrid white (COPEN W/WHITE)

The Aulp Copen Hybrid white women's hybrid jacket provides optimal thermal comfort during changing transitional conditions, making it perfect for hiking and everyday outdoor activities. The hybrid construction combines high breathability with material durability, ensuring freedom of movement and longevity even during intensive use.

Hybrid design and ergonomics

The design of this model is based on a combination of two types of fabrics: polyester and polyamide, allowing for a balance between abrasion resistance and flexibility. Extended sleeves and a full-length zipper make it easy to wear comfortably and regulate ventilation during walking or dynamic activities. Integrated zippered pockets enable secure storage of small items without the risk of losing them.

Purpose and functional features

This model was created with hiking in mind, offering freedom of movement and increased durability even on demanding routes. The jacket’s hybrid construction allows it to be worn both as a standalone layer on warmer days and as part of a layering system in cooler temperatures. The absence of a hood makes it easy to use with hoods from other layers or accessories, while the fabric properties protect against adverse weather conditions, providing full range of motion.

Aulp Copen Hybrid white women's hybrid jacket - features:

• Hybrid construction using polyester and polyamide for enhanced durability;
• Full-length zipper for convenient ventilation adjustment;
• Breathable panels supporting comfort during activity;
• 100% polyester inner lining improving thermal comfort;
• Zippered pockets for secure storage of small accessories;
• Extended sleeves providing protection and freedom of movement;
• No hood allowing easy combination with other layers;
• Designed for hiking and outdoor activities during transitional periods;
• Fabric structure reducing the risk of abrasion and mechanical damage;
• Flexible construction supporting range of motion during walking;
• Suitable both as an outer layer and a mid-layer in a layering system.