Optimum temperature
Comfort temperature 10°C | Limit temperature: 3°C
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This 2-metre sleeping bag promises a good night’s sleep at a campsite or in the great outdoors at 10°C. It can be joined together for two people to sleep in, and is machine-washable for easy care.
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We also offer payment in two, three, or four installments via Tabby and Tamara.
Secure payment
We also offer payment in two, three, or four installments via Tabby and Tamara.
Comfort temperature 10°C | Limit temperature: 3°C
Size: 200 x 80cm | Two-way full zip | Cotton
Weight: 2.3kg | Volume: 28L | Carry case 45 x 25 x 25cm
Can be twinned to sleep 2: join 2 similar sleeping bags
Easy machine washing, follow the care instructions
Description
The limit temperature rating is is the lower limit at which the user curled up in their sleeping bag is generally in thermal equilibrium and feels neither too cold nor too hot (for a man in normal conditions of use).
We display on all our sleeping bags the comfort temperatures tested by an independent laboratory (AITEX) according to European standard ISO 23537-1 of 21/01/2017. The comfort temperature rating is the lower limit at which the user in relaxed posture is generally in thermal equilibrium and feels neither too cold nor too hot (for a standard woman in normal conditions of use). Choose your sleeping bag accordingly.
Inner fabric: 100% cotton | Outer fabric: 100% polyester pongee | Wadding: 100% 300g/sqm polyester padding.
To use the ULTIM COMFORT 10°C sleeping bag, you’ll be warm enough if you wear a single layer of clothing. Warm up your extremities with hats, gloves, socks, hand and feet warmers, etc. A flask of hot water can be used as a hot-water bottle (be careful that it doesn’t open accidentally!). Contract your muscles (70% of the energy consumed is converted into heat) but don't make any movements that cause cold draughts. To avoid washing your sleeping bag all the time, use a sleeping bag liner.
A sleeping bag does not produce heat, but retains the heat produced by the body. If you are tired and cold and you slip inside a cold, damp sleeping bag, it is very likely that you will feel cold no matter how good your sleeping bag is! These temperatures therefore depend on the person's resistance to cold (body type, fatigue, etc.), equipment (mattress with insulation, etc.), clothing (naked, underwear, etc.) and weather conditions (humidity, wind, etc.).
Description
The limit temperature rating is is the lower limit at which the user curled up in their sleeping bag is generally in thermal equilibrium and feels neither too cold nor too hot (for a man in normal conditions of use).
We display on all our sleeping bags the comfort temperatures tested by an independent laboratory (AITEX) according to European standard ISO 23537-1 of 21/01/2017. The comfort temperature rating is the lower limit at which the user in relaxed posture is generally in thermal equilibrium and feels neither too cold nor too hot (for a standard woman in normal conditions of use). Choose your sleeping bag accordingly.
Inner fabric: 100% cotton | Outer fabric: 100% polyester pongee | Wadding: 100% 300g/sqm polyester padding.
To use the ULTIM COMFORT 10°C sleeping bag, you’ll be warm enough if you wear a single layer of clothing. Warm up your extremities with hats, gloves, socks, hand and feet warmers, etc. A flask of hot water can be used as a hot-water bottle (be careful that it doesn’t open accidentally!). Contract your muscles (70% of the energy consumed is converted into heat) but don't make any movements that cause cold draughts. To avoid washing your sleeping bag all the time, use a sleeping bag liner.
A sleeping bag does not produce heat, but retains the heat produced by the body. If you are tired and cold and you slip inside a cold, damp sleeping bag, it is very likely that you will feel cold no matter how good your sleeping bag is! These temperatures therefore depend on the person's resistance to cold (body type, fatigue, etc.), equipment (mattress with insulation, etc.), clothing (naked, underwear, etc.) and weather conditions (humidity, wind, etc.).
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