The patented AirFrame technology in Kampa Dometic inflatable awnings and camping tents will transform your vacation. We’ve two systems to suit the different awning and tent designs in the range. Our Single Point Inflation system sees conventional steel and fibreglass poles replaced with interlinked inflatable AirPoles. This unique Kampa Dometic system enables you to inflate the entire caravan and motorhome awnings from a single point and the AirFrame is always attached to the awning for a quick and easy setup.
The second Kampa Dometic system, Multi Point Inflation, has been developed for drive-away awnings and camping tents and utilises separate inflatable AirPoles. This reliable AirFrame system uses multiple inflation and deflation points for the most straightforward, time-saving awning set-up and takedown. Not only is the AirFrame extremely strong, it can flex in the wind too, meaning you’ll never break or bend a pole – a pain any experienced camper knows! Additionally, with no metal or fibreglass poles there’s nothing to damage your motorhome, as the AirPoles simply rest against your vehicle with no other attachment needed.
Each tent and awning is supplied with a manual hand pump, or for maximum convenience, simply plug in the optional Gale electric pump.
Patented AirFame technology sees a conventional steel and fibreglass frame replaced with interlinked inflatable AirPoles, enabling you to easily inflate and deflate the awning in no time at all.
Our AirFrame is incredibly durable. Each pole is made of strong TPU inflation tube that is zipped into a tough reinforced PE cover; this is then zipped into a heavy duty polyester sleeve in the awning. Tested up to 22 psi, the AirFrame system best functions when inflated to 9 psi.
Kampa Dometic AirPoles are well protected and require no maintenance. Inflatable awnings are considerably lighter, and with no poles to snap, the AirFrame is also far more durable than conventional poles. Suitable for both hot and cool climates, the AirFrame can even handle extreme changes in temperature.