A durable, pillow-integrated, full-size pad that’s popular among the ultralite crowd. The Inertia O zone is the epitome of ultralite comfort innovation. Weighing in at under a pound and packing to the size of a soda can, this pad includes a full-size pillow and an ultra-durable underside for rugged use. And don’t be fooled by the holes; this pad provides ample support at all the pressure points while maximizing your sleeping bag’s thermal effectiveness and minimizing the pad’s weight. Ideal for bike tours and ultralight backpacking, it’s comfortable, easy to inflate, and packs down to the size and weight of a soda can.
Advanced patterning places chambers only where padding is needed and eliminates them where they are not, allowing us to shed significant weight without sacrificing comfort.
Empty spaces between the chambers serve as expansion zones that allow your sleeping bag to fully loft beneath you, maximizing its thermal performance.
Inflation and Deflation
Pad rapidly inflates in as few as 4-7 breaths, and a hand pump is included for more rapid inflation and the ability to reach a higher PSI. The valve’s intelligent design allows for micro adjustments to fine tune pressure and comfort.
The Right Size
At 72" long, the streamlined size is tapered to fit the body and allows the pad to be used inside or outside of your sleeping bag.
The hybrid construction combines an exceptionally lightweight 30D polyester top with a 75D polyester bottom for superior tear, puncture and abrasion resistance where it’s needed.
Included for emergency repairs, a patch kit comes stored in a small integrated pocket on the top of the pad’s storage bag – already packed and always at hand.
A storage bag, sized specifically for your pad, is included to maintain compactness and provide protection while traveling.
Advanced patterning removes all extraneous material to creates an ultralight, minimalist design that delivers comfort and support for only 12.2 oz. and packs to 4”x8”.
Used on the top of the pad, the 30D polyester material sheds grams while maintaining appropriate durability.