

The midsized sedan has been growing in all directions for decades, but soaring fuel prices have customers begging for something smaller. GM is heeding the call as it is preparing a smaller batch of next generation Saabs. The next 9-3 was originally slated to be underpinned by the Epsilon II, but in March GM decided to instead utilize the lower-medium Delta architecture. The Delta platform will also be used for the next-gen Chevy Cruze, which is slated to eventually replace the Cobalt. The end result will be a smaller, lighter, more efficient Swedish sedan.
With the 9-3 shrinking, Saab will also need to down-size its planned 9-1, which was originally scheduled to be Delta-based. Speculation has Saab reaching into GM's global architecture bin to use the Gamma platform that currently underpins the Opel Corsa. The idea has legs, too, as the Swedish automaker calls the idea "imaginable." Both vehicles are said to contain small, efficient turbocharged powertrains, which is in line with what Saab already uses. We're all for smaller, more agile Saabs, and killer fuel economy wouldn't hurt either.

Saab is showing off its latest addition at the Geneva Motor Show today by adding a smaller model at the entry point to its lineup. The new Saab 9-X BioHybrid is strictly a concept at this stage, but it will almost certainly pop up in Saab showrooms before long. The 9-X is built on General Motors' next generation Global Compact Car platform (a.k.a. Delta). That's the platform that underpins cars like the Opel Astra, Chevy Cobalt and, in the future, the Chevy Volt. Given the size, the 9-X will probably become the 9-1 when it hits the streets.
Like other recent Saab concepts, this one carries forth much of the same design language, particularly in the nose and fenders. In profile, it's apparent that the windshield has a much more pronounced wraparound than recent production Saabs or the 9-4X crossover. The roofline has a distinct downward slope toward the back of the car, and the concept features active aerodynamics that help this compact hatchback from the wind. Above 70 km/h, for instance, a spoiler that wraps over the rear pillar and a diffuser below the back bumper extend to increase the effective length of the body and reduce drag. Underhood, the 9-X has a 1.4L turbocharged four-cylinder that, in typical Saab fashion, is optimized for running on ethanol and earns an output of 200 hp when doing so. Fuel efficiency is enhanced by a next generation GM Hybrid system, which we'll here more about in Geneva, as well. The battery charging capability is further enhanced by a solar panel mounted on the roof. Overall, the 9-X/1 could be a capable competitor to the MINI in the premium compact segment that's fiercely competitive in Europe, but has yet to heat up in the U.S.


Last week's release of a teaser showing the front end of the Saab 9-1 concept has been followed by the shot above procured by our friends at TrollhattanSaab. The cloaked profile pic answers one of the main questions we had, namely how Saab's designers decided to shape the rear hatch. It looks more upright than we would've assumed, which is a plus for both rear-seat headroom and cargo capacity.
The subtle rear wing looks like it integrates nicely into the roofline and, when compared to the 9x concept from way back in 2001, it looks like Saab is taking all the right cues from the Aero X.


Saab has got its work cut out for it over the next few years, as it attempts to recreate itself – once again – by offering a slew of new products that will hopefully differentiate it from the rest of the General's line. The next big small thing from Saab is the 9-1 concept, which aims to compete with the BMW 1-series, the Audi A3 and Volvo's C30.
Originally, the 9-1 was supposed to make its debut at the London Motor Show, but Saab designer Anthony Lo divulged to Auto Motor Und Sport that the new hatch would be unveiled this March at the Geneva Motor Show.
Details about Saab's new compact offering are still scarce, but expect styling to be heavily influenced by the Aero X concept, with power provided by either a turbocharged 1.4-liter four or a BioPower mill.
