Insulated Air Core Ultra Wide Regular
£100.00
Ex. tax/Non UK:£83.33WEIGHS 794g R Value = 4.5
The Insulated Air Core Ultra offers unparalleled comfort at an incredible price. This light and compact three-season insulated mat has been completely redesigned from the inside out and R-Value rated by a third party. Designed with a smooth and stable sleeping surface made with durable nylon rip-stop and larger outside tubes to cradle you on top. Warm and highly packable insulation on top and bottom make this air mat lighter on your pack than most in its class.
WEIGHS 794g
The Insulated Air Core Ultra offers unparalleled comfort at an incredible price. This light and compact three-season insulated pad has been completely redesigned from the inside out and R-Value rated by a third party. Designed with a smooth and stable sleeping surface made with durable nylon rip-stop and larger outside tubes to cradle you on top. Warm and highly packable insulation on top and bottom make this air mat lighter on your pack than most in its class.
Features
8 cm thick mat with 9cm larger outer chambers keep you comfortably cradled in the middle of the mat
High volume valves with micro adjustments make for fast inflation/deflation and easy fine tuning to your preferred firmness
Antimicrobial treatment inside the mat prevents microorganism growth
Protective storage sack, replacement valve seal and 3M repair patches included
Individually inflated and tested at our factory ensuring 100% quality performance
Mat Inflation Sack made from up-cycled excess mat material included. (Colour will vary depending on excess material) When sleeping on frozen ground or snow we recommend adding a closed cell foam mat
Construction + Materials
Durable, lightweight nylon double rip-stop fabric
THERMOLITE® Insulation working with a heat reflective film traps body heat and reflects it back at you to prevent heat loss
Proprietary I-Beam construction reduces weight and provides consistent stability and comfort
Aviation grade TPU lamination technology for weld strength and ultimate dependability