Vaude Sleeping Bag Ratings and Information
Temperature Ratings According to EN 13537:
Comfort
This rating is the lowest temperature at which a sleeper fully enclosed in their sleeping bag can have a comfortable night’s sleep in a relaxed position. This rating is based on a 25 year-old "standard female" weighing 60kg and 1.60m tall. A man is able to sleep comfortably at a somewhat lower temperature.
Limit
This rating is the lowest temperature at which a sleeper fully enclosed in their sleeping bag can expect to have a comfortable night’s sleep in a fetal or tightly rolled-up position. This rating is based on a 25 year-old "standard male", weighing 70kg and 1.73m tall. This is a lower limit; a woman may already be at risk for hypothermia at this temperature.
Extreme
At this temperature, the sleeping bag offers protection from freezing, however there is risk of hypothermia. It is assumed that a "standard female" in a tightly rolled-up position can withstand the cold for 6 hours.
| SUMMER | Spring / SUMMER / Autumn | Spring / Summer /Autumn / Winter | Autumn / WINTER / Spring |
![]() |
![]() |
![]() |
![]() |
| Down: | |||
|
|
|
|
| Synthetic: | |||
|
|
|
|
End Manufacture in Germany
End manufacture in Germany – Vaude fill their down sleeping bags at the same place in which we store them. They import high-quality European down from Poland and transport it directly to a German family-run company, which then fills the sleeping bags.
But why do they do that?
Well, there are advantages for customers and the environment are apparent:
- No transportation of down to Asia. This means fewer CO2 emissions and a smaller "ecological footprint" for our products.
- The sleeping bags are filled a short time before delivery, so the down is not compressed in a packaged condition over a long period of time. This provides the sleeping bag with enhanced bulk and and allows it to unfold better.
- As the down is sourced so close to the point of manufacture, Vaude can control the origin and quality of their down better than before.
Down Fillings
Vaude uses only highest quality down fill. The down used in Vaude sleeping bags is European down, originating in Poland. The ratio of down to feathers is the percentual amount of each used to create the necessary loft for effective thermal insulation.
Fill power is the most frequently used measure of down quality and is expressed as cubic inches per ounce (cu.in.). Vaude measures fill power in accordance with the European DIN EN 12130 norm. The higher the fill power, the better the down will insulate.The down is harvested from older birds and only dead birds are plucked (no live-plucking).
90/10 Down Fill
90/10 down fill guarantees optimum insulation at a minimal weight. In Vaude's Serniga sleeping bags, they only use white goose down with 850 cu.in. fill power. In the Ice Peak sleeping bags they use grey duck down with 650 cu.in. fill power measured in accordance with European DIN EN 12130 norm.
80/20 Down Fill
High quality and long-lasting grey duck down with 650+ cu.in. fill power, measured in accordance with the European DIN EN 12130 norm.
70/30 Down Fill
High quality and long-lasting grey duck down with 500+ cu.in. fill power, measured in accordance with the European DIN EN 12130 norm
Synthetic Fillings
Sensofil High Loft
Sensofil High Loft has a 3-layer construction that offers supe-rior insulation. It is low maintenance, lightweight and retains its outstanding insulation values even when damp making it an ideal choice when heading out into areas in which condensation can become a problem.
As the name implies, Sensofil High Loft fibers have a greater loft than previous Sensofil fibers. A special processing has been applied to make them extremely soft and offer excellent sleeping comfort.
The Sensofil High Loft microfibers in the inner fiber layer also serve to reflect body heat that is then trapped and stored in the inner fiber layer next to the body. The 3-layer construction also ensures that moisture vapor is quickly transported outward away from the body.
Sensofil Eco
The Sensofil Eco filling consists of a mixture of camel hair (33%), the natural fibre Tencel® (33%) and a recycled polyester microfibre (33%).
It combines the excellent thermal qualities of the camel hair fibre with the outstanding moisture behaviour of Tencel®; the polyester fibre provides the necessary stability and supports the transfer of moisture to the exterior.
The well-ruffled camel hair contains a lot of air, which insulates against both cold and heat. In cool regions, the heat emitted by the body is reflected more quickly and efficiently, while in warm areas the fibres regulate body temperature by means of good breathability.
The camel hair comes from the north of Asia and is usually combed out during the animals’ moulting period and processed into fibres.
Sensofiber
Sensofiber is a special microfiber that is used to reflect the body heat of a person sleeping. Sensofiber insulates well even when wet, dries quickly, is very long-lasting, as well as durable and easy to care for.
Primaloft Infinity
PrimaLoft® Infinity is a continuous filament insulation, specially developed for use in sleeping bags. It is characterised by particularly good bulk without additional weight. In contrast with other synthetic fibres, the material consists of an endlessly long fibre, so to speak.
As well as its excellent bulk, PrimaLoft® Infinity has many more advantages thanks to its structure. The fibre is very fine and makes PrimaLoft® Infinity incredibly soft, light and compress-ible. The very resilient, tear-proof material has excellent, equally distributed heat insulation, durability and waterproof character-istics. The continuous structure is particularly resistant to move-ment and prevents the fibres from shifting within the sleeping bag, which might cause unpleasant cold bridges.
Cold bridges are defined as places in the insulation where little or no insulation material can be found. It is easy to feel the cold in these places, because the insulation is correspondingly low.
Fiberdown
The loft of Fiberdown is comparable to that of 80/20 down. Fiberdown does not clump when damp, and even then offers outstanding insulation and warmth. Fiberdown’s unique properties make in an ideal supplement for down bags in areas that are hard hit by moisture vapor.
Sleeping Bag Construction:
Mummy Form
The best-known sleeping bag shape. The mummy form is characterised by its conical form: the sleeping bags become narrower towards the feet. The body-hugging cut minimises the air that needs to be warmed and is therefore very heat efficient. The cut also means that less material is used than for other shapes. That makes the sleeping bag lighter than other forms with a comparable heat performance, as well as being more compressible.
Blanket Form (Rect)
Classical and comfortable cut with a continuous zipper, which means that the sleeping bag can be spread out like a blanket. The freedom of leg movement is also its disadvantage. More air therefore needs to be warmed up inside.
Mummy Comfort Form
The Mummy Comfort Form is based strongly on the conventional mummy form. The difference is that the Mummy Comfort Form is wider at the knees and elbows and therefore much more comfort-able. Thus, this cut unites the comfort of the blanket form and the good heat performance of the mummy form.
Trapezoidal Chamber Contstruction
The trapezoidal chamber construction is a particularly effective structure. It not only prevents the shifting of down, but makes it almost impossible for cold bridges to occur due to its alternating, slanted arrangement.
H-Chamber (Box Wall) Construction
All of our down sleeping bags are equipped with chamber constructions. They divide the sleeping bag filling into different chambers and thus prevent the shifting of the down. The simplest construc-tion is the H-chamber construction.
Shingle Construction
We use the slate construction in connection with the synthetic fibre PrimaLoft® INFINITY. This is sewn at a slant between the internal and external layers of the sleeping bag. The individual chambers overlap like the slates on a roof. This special construction ensures that the insulation layer is distributed equally throughout the entire sleeping bag. In addition, the arrangement according to the slate principle makes it almost impossible for the material inside the sleeping bag to shift.
Suspension System
The suspension system is a sleeping bag construction comprising three different layers. It makes our sleeping bags around 10% lighter than comparable synthetic fibre sleeping bags. The efficient heat insulation in the chamber system of the second layer optimises the heat performance of the sleeping bag and enables a good ratio of heat performance to weight
Home




