Women's Mammut Sender IN Hooded Jacket - Navy

Designed to protect you effectively in cold weather, the Sender IN Hooded Jacket features high-performance synthetic insulation that retains heat even when temperatures drop below freezing. With 220 g of recycled fiber insulation, it offers an excellent warmth-to-weight ratio while remaining highly compressible. Its Regular Fit cut ensures freedom of movement, whether you're out hiking or just going about your daily life.

Mammut Sender IN Women's Hooded Jacket: comfort and protection for everyday wear

Comfort is at the heart of the design of this Mammut jacket. Its pre-shaped hood, with a partial elastic band, fits naturally around the head to limit air intake. The elastic cuffs and partially fitted bottom enhance protection against the cold, while the windproof outer fabric improves the feeling of warmth. With a controlled weight of around 560 g, it can be worn easily throughout the day without feeling heavy.

A practical design for your activities

The versatile Sender IN Hooded Women's Jacket is suitable for a wide range of uses, from city life to moderate outdoor activities. Its functional design makes it easy to organize and comfortable in the field, thanks to well-thought-out details:

• two zippered side pockets to keep your personal belongings safe
• a protective fixed hood to cope with changing conditions
• a flexible structure that moves with you while hiking, climbing, or during your daily commute

This versatility makes it a reliable ally for hiking, recreational skiing, or urban use in cold weather.

A strong commitment to more responsible fashion

The Mammut Sender IN Hooded jacket is fully in line with an eco-responsible approach. It uses Mammut LOOPINSULATION technology, which is made from recycled materials, including ropes, to limit its environmental impact. All components—the filling, lining, and main fabric—are made from recycled polyester without PFC-containing DWR treatment. Fair Wear certified, it meets demanding standards for responsible production, combining thermal performance with respect for the environment.