Saab 9-X Air Convertible Concept: 32 High-Res Images and Official Details

The most unique feature on the 9-X Air is the clever roof system that Saab calls the ‘Canopy Top’. The flat-folding fabric top was developed from a Targa roof principle, hence the prominent C-pillars, or as Saab calls them, buttresses, that provide the rear mounting for the Canopy Top.

The fully automatic fabric top folds into three small sections under a rear tonneau cover in the trunk deck. The rear screen between the buttresses retracts automatically into the underside of the raised tonneau cover to allow stowage of the Canopy Top. The screen then moves back into position to provide a complete glass surround for the cabin in open-top mode.

This ‘surround glass’ feature, together with an active wind deflector on top of the windshield header rail, essentially create a ‘wraparound’ wind deflector net, promising to cut turbulence for all four passengers.

As you may have noticed in the photos, the 9-X doesn’t actually have a boot opening. And indeed, Saab’s designers have replaced the traditional boot with a storage compartment, big (or rather small) enough to accommodate two golf bags, that slides out from underneath the rear light bar.

Inside, the 9-X Air boasts a futuristic design with a row of five display screens illuminated in green 3-D graphics that we probably won’t see going into production for another decade or so, but hey, what did you expect from a concept car.

As with its three-door sibling, the 9-X Air Concept is equipped with a hybrid powertrain that comprises a 200HP 1.4-litre turbocharged biofuel (85% bioethanol - 15% petrol) engine matted to a dual-clutch six-speed semi-automatic transmission and an electric motor with a lithium-ion battery pack. According to the Swedes, the 9-X Air can sprint from zero to 100 km/h (62 mph) in 8.1 seconds and on to a top speed of 231 km/h or 143 mph.

Finally, Saab says it has projected an average fuel consumption on gasoline of 5.0 lt/100 km (57 US MPG) and 119 g CO2/km while on E85, CO2 emissions are projected to be even lower, at just 107 g/km, with estimated fuel consumption of 6.5 lt/100 km (36.2 US MPG).