Mammut Convey 3-in-1 HS Womens Hooded Jacket Blackberry/Spicy

Meet The Mammut All Rounder Women's Jacket
Out in nature the Mammut Convey 3-in-1 HS Hooded Jacket for women protects you from any weather conditions. The warm, hard-shell jacket is complemented by a removable down jacket as this makes it one of the Mammut Easy Combine products that can be combined with each other if necessary. While the outer jacket is made of GORE-TEX 2.5-layer fabric, making it completely water- and windproof, the inner jacket stands out with its extremely soft, lightweight, wind- and water-repellent Pertex Quantum material with DWR treatment, and keeps you warm with a synthetic-fibre filling. The layered look prepares you perfectly for different altitudes and the associated changes in weather on your hike.

Maximum Protection At The Most Extreme Conditions
At 3,883 m above sea level, the weather can turn from fair to ferocious in an instant. Be prepared for the unpredictable and take a jacket that covers all the bases. Using technical materials and clever design features, the Convey 3-in-1 is more than just one jacket.

Added Protection
Water-repellent YKK Aquaguard Vislon front and pocket zippers.

Three Jackets In One
Zip together for warmth and weather protection or wear either layer on its own.

Optimised Fit
The outer shell features an adjustable hem, hood, and cuffs for enhanced protection.

Gore-Tex Paclite
Incredibly lightweight, small pack size, fully wind- and waterproof, breathable two-layer laminate with durable treatment on the inner side of the membrane.

Mammut Easy Combine
The Mammut Easy Combine system offers a clever way to combine hardshell jackets with different fleece and insulated jackets, ensuring the right level of protection in any weather.

Pertex Quantum
Pertex Quantum uses a tightly woven structure to create a lightweight, soft fabric that offers maximum insulation.

Mammut Down 750 Cuin
The fill power of down is rated in cuin (cubic inches per ounce): the higher the cuin rating, the greater the wadding and therefore thermal insulation per weight.