Mountain Designs Travelite 700. An Adventurer's Guide To Hiking The Larapinta Mountain Designs If you want a down lightweight sleeping bag and like the look of the Travelite 500 but are worried that you might need some extra warmth, the Mountain Designs Travelite 700 could be perfect for you If anyone has any old info would be great as its not on the bag anywhere
Mountain Designs Travelite 700 3° Sleeping Bag Surf The Web Left Zip from www.anacondastores.com
Travelite 700 Down Sleeping Bag We've been using the Mountain Designs Travelite 700 down sleeping bag every single night on the road and in the backcountry Providing exceptional warmth down to a comfortable level of -9°C, the Travelite 700 down sleeping bag is lightweight, durable and highly compressible.
Mountain Designs Travelite 700 3° Sleeping Bag Surf The Web Left Zip
Insulated with RDS 650 fill power down and featuring a box wall baffling construction, this bag features a superior warmth-to-weight ratio These mountain Designs down sleeping bags are made with 650 fill power which will keep you nice and warm, even in damp conditions. Does anyone out there know the rating of a mountain design travelite 700
Mountain Designs Travelite 700 3° Sleeping Bag Surf The Web Left Zip. With a great warmth-to-weight ratio, this bag is made with RDS 650 fill power down insulation and has a box wall baffling construction, curved baffle design and tapered rectangular shape to minimise. Providing exceptional warmth down to a comfortable level of -9°C, the Travelite 700 down sleeping bag is lightweight, durable and highly compressible.
Mountain Designs Travelite 700 3° Large Sleeping Bag Surf The Web LHZ. Best Lightweight Sleeping Bag Lightweight sleeping bags, including the lightest sleeping bag options like the Mountain Designs Travelite 700 -3 Sleeping Bag, are a favourite among backpackers and ultralight enthusiasts due to their compact size and minimal weight. Insulated with RDS 650 fill power down and featuring a box wall baffling construction, this bag features a superior warmth-to-weight ratio