Sea to Summit Ether Light XT Insulated Air Mat Regular Women smoke

From ultra-light and fast treks above the tree line to more relaxed extended basecamps, the award-winning Air Sprung Cell Sleeping Mats provide air cushioned comfort from the lumps and bumps beneath you. Featuring a women’s specific shape that is wider at the hip and narrower at the shoulder, Exkin Platinum and a thicker Thermolite insulative layer are combined with a loop baffle Air Sprung Cell construction to create a 10 cm thick mat with an incredibly low weight.

Larger air pockets are created by using many looped TPU baffles which connect the top and bottom fabric layers with the Air Sprung Cell dot weld pattern. The looped baffles allow the top and bottom layers to be positioned further apart creating larger pockets of air when inflated that require less fabric overall. Perfect for side sleepers, the extra height of this mat lets hips sink deeper into it without touching the ground.

Ether light - Single layer design
Larger air pockets are created by using many looped TPU baffles which connect the top and bottom fabric layers with the Air Sprung Cell dot weld pattern. The looped baffles allow the top and bottom layers to be positioned further apart creating larger pockets of air when inflated that require less fabric overall.

Thermolite
Thermolite insulation, designed for ultimate performance, is made from special fibers that provide high CLO value at low weight. Thermolite HL-1 High Loft Insulation is a textile fibre filling of unique 3D frills with solid and hollow core fibres that combine outstanding lightweight warmth with excellent durability. Thermolite insulation spreads within the Air Sprung Cells to prevent convective heat loss from the warm body to the floor. To achieve the best possible effect, a combination of Exkin Platinum and Thermolite is used in all versions of the insulated mats.

Exkin Platinum
Exkin Platinum is a super light, silent material with a thin metallic surface. Exkin Platinum Thermal Technology reflects emitted heat radiation back to the user.