Insportline Sleeping Bag Tiamos

Are you looking for a companion that will support you even in challenging conditions? The Mummy-Shaped Sleeping Bag inSPORTline Tiamos is here for you. Thanks to its perfect thermal insulation , it will keep you warm, even in extreme temperatures. The sleeping bag also has a compact size, thanks to the compression bag, which is ideal for travelling.

The frost doesn't stand a chance

If you're heading out on the road during the colder months or to places where temperatures often drop below zero, the Mummy-Shaped Sleeping Bag inSPORTline Tiamos will reliably keep you warm. It's designed to protect you from freezing temperatures down to -15°C, making it the ideal choice for harsher conditions. Great thermal insulation keeps you warm inside, while the durable polyester outer layer protects you from moisture and wind.

It's like being in a cotton wool jacket in the middle of the countryside

A mummy sleeping bag is not just about warmth, it's also about ultimate comfort. Its special shape tracks the body, minimising the space in which heat is lost. The tapered bottom end keeps your feet comfortably warm, while the wider area at the top provides plenty of room to move around. Plus, the soft brushed Pongee inside will make you feel like you're sleeping in a comfortable bed, even when you're in the middle of the wilderness. The mummy design is also lighter and more compact, and along with the compression bag, it's easy to carry anywhere - perfect for adventurers who need quality sleep on the go.

• Ensures a good night's sleep even during cold nights
• Lightweight and easy to store
• Ideal for all kinds of outdoor activities, including camping
• Resistant to wind, insects and light rain
• Comfortable temperature: -5°C
• Limit temperature: -10°C
• Extreme low temperature: -15°C
• Dimensions: 220 x 80 x 55 cm
• Transportation dimensions: 40 x 25 x 25 cm
• Material:
• Outer material: 100% polyester, 210T
• Lining: 100% polyester, 210T brushed Pongee
• Filling: 100% polyester microfiber, 500 g/m² ± 6%