Vango Atlas 250 Sleeping Bag Υπνόσακος
Original price was: 52.00€.49.00€Current price is: 49.00€.-6% OFF
The Vango Atlas 250 sleeping bag is perfect for festival-goers or those taking their first steps into the world of camping. This 2 season mummy-shaped sleeping bag, with its TOG rating of 8.5 features Polair® shell and lining which is soft, hardwearing and machine washable. The feature packed Vango Atlas 250 offers a great night’s sleep and is incredible value for money.
Description
OTAL WEIGHT | 1.25kg |
PACKSIZE | 39.0 x ø21.0cm |
FILL TYPE | 30% Single Hole siliconised hollow fibre/70% polyester fill |
COMFORT | 7° |
LIMIT | 2° |
EXTREME | -13° |
SUGGESTED USAGE MIN | 7° |
SUGGESTED USAGE MAX | 20° |
EXT CHEST WIDTH | 80cm |
- Grade A Quality Fill – Superior fibre fill which is designed to be durable, warm and lightweight, while retaining its loft and soft touch
- Independently Tested – Gives you reassurance that the temperature ratings are accurate ISO 23537-1:2016
- Hanging Loops – Allows you to easily hang your bag for quick and easy drying
- Single-Layer Stitch Construction – Reduces cold spots by ensuring the fill is evenly distributed within the bag
- Woven Zip Puller – Allows you to quickly and easily move the zip
- Two-Way Zip – Can be unzipped from the top or bottom to increase ventilation
- Polair® Shell – Smooth to touch, hardwearing and washable Polair® polyester fabric (190T)
- Polair® Lining – Super soft lining which is also hardwearing and easily washable, Polair® polyester
- ThermoLock Insulation – Provides warmth and retains loft in damp conditions
- Stuffsack with Drawcord – Allows for easy packing, while minimising pack size for easy transportation
- Shaped Hood with Drawcord Closure – Reduces heat loss from the head. Drawcord allows adjustment of the hood for controllable heat retention
- Insulation Lock – S-Stitching holds insulating fibre in place for an even distribution across the body
- Mummy Shaped Sleeping Bag – Tapers from the shoulders to the foot, reducing pack size and increasing thermal efficiency