The Husky mummy sleeping bag down Devon -5°C - 220 cm - Black is an extremely light and compact down sleeping bag for when you like light travel. The perfect sleeping bag for backpackers, cyclists and lovers of hiking and other outdoor activities in spring or summer.

Below the specifications of the Husky mummy sleeping bag down Devon - 2 seasons:

• High-quality goose down for excellent thermal comfort
• 850 grams
• Compactly packaged
• External and internal pocket for storing small items
• Internal thermal lining
• Reflective elements
• Extra light
• Zipper left and right
• Room construction
• Goose feather filling 260g 90/10 700 cuin
• 20d 380t Nylon (outer material)
• 20d 380t Nylon (inner material)
• Pull-down Hood
• Rip-stop material
• High resistance
• Anti-slip tires
• YKK zipper
• Recommended maximum person height 195 cm
• Insulated two-way zipper for easy and safe use
• Comfort and insulating properties due to high-quality materials (inside and outside)
• Comes with compression bag, storage bag
• 220 x 85 cm 
• 25 x 15 x 15 cm (packed)

For the outside and inside of the sleeping bag is made of 20d 380t Nylon, a very fine, light and breathable nylon fiber, which at the same time also offers sufficient strength and flexibility. Due to the use of ripstop, it is also very effective against cracks. The material is water-repellent and also suitable due to its heat-insulating properties at low temperatures.

The goose down used with a fullness of 700 cuin is currently the highest quality of natural filling materials. Down has very good thermal insulation properties, a very low weight and good compressibility of the filling, which ensures a compact package when storing. And not to mention a long service life. These advantages and high requirements are especially important for winter expedition sleeping bags.

In down sleeping bags, down is mixed with small feathers (insulating function) with which the so-called LOFT effect is created (breathability).

Extreme tested: -5 ° C / limit: 3 ° C / Comfort: 7 ° C

Below is an explanation of these temperatures: