Description A sleeping pad with a radical hybrid design , combining the thickness of an air pad with the plush durability of a foam pad, Flyer checks all the boxes with minimal weight consequences. Designed with a groundbreaking manufacturing approach that removes 60% of the foam, the pad self-inflates to increase thickness and provide ridged baffling for faster recovery after a hard day on the mountain. Each horizontal foam channel is hollowed out to both reduce weight and provide progressive suspension that allows you to comfortably sink in; the baffles are linked by solid foam to evenly support and prevent any bottoming out. Though its top-performing design hasn’t changed, we updated the materials and accessories in order to achieve the trusted bluesign® product label. The fabric used on the pad’s top, bottom, and stuff sack are now all 100% recycled and bluesign® approved, and Flyer’s production meets the strict social and labor standards required by bluesign®, as well. You can rest easy knowing that this product was produced in a resource-conserving way with a minimum impact on people and the environment. Bang for buck, you won’t beat the Nemo Flyer. A Lone Dingo Favourite. FEATURES • Punctures happen, open-cell foam offers a second level of security on the trail. • Horizontal coring retains a higher R-value with less foam, so you don’t have to sacrifice weight or packed size for warmth. • Unique manufacturing approach removes 60% of foam yet increases thickness by 290% when inflated. • Ultralight 20D soft-touch fabric set is more pliable and comfortable than competitors. SPECIFICATIONS Weight (g): Regular 620g, Long/Wide 780g Width (cm): Regular 51cm, Long/Wide 64cm Length (cm): Regular 183cm, Long/Wide 198cm Thickness: 6.4cm Shape: Rectangle Packed Size: Regular 25cm x 17cm, Long/Wide 30cm x 20cm R Value*: 3.3 *R-VALUE R-value is a measure of thermal resistance; the higher the R-value, the more thermally resistant the material or structure is. As a guide an R Value around 3 is suitable for cold conditions (around 0 degrees), an R value of around 5 is suitable for the coldest Alpine conditions.
