2005 Volvo S40 2.4i on 2040-cars

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Volvo's Geneva-bound concept wagon looks sexy in a raincoat

Volvo is set to complete its concept car trilogy at the next month's Geneva Motor Show with the debut of its Concept Estate, the followup to its Concept Coupe from the Frankfurt Motor Show and Concept XC Coupe from the Detroit Auto Show. We've been looking forward to its Swiss debut, and now some teaser images of the Concept Estate have been uncovered... on the website of a raincoat seller?
Yes, Swedish raincoat maker Stutterheim has apparently been commissioned by Volvo to build a high-quality car cover for its Geneva concept, and the fabricator's website shows off some of the details of the long-roofed design study. From what we can see, it looks like the Concept Estate is more shooting brake than traditional wagon. Also, it's brown. So basically, Volvo has built the ultimate car for auto journalists.
Joking aside, the images show off more than a few of the design traits we've seen on Volvo's two previous concept cars. A wide, rectangular grille and lowercase-B-shaped taillights are both noticeable in these teasers, but we can't see much more than that.

Volvo demos autonomous self-parking car concept

A number of companies are developing autonomous vehicle technology - Google and Audi come to mind - but Volvo is applying its work in the area to a particular usage case: parking. The Swedish automaker has the technology up and running in a concept vehicle, which it says can be dropped off at the curb by its owner and left to its own devices to enter and navigate a car park, then find and park in an available parking spot. Volvo says the process can even be reversed when the owner is ready to go, with the car leaving the car park on its own to meet its key-holder again at the curb.
The vehicle first interacts with Vehicle 2 Infrastructure technology, which places transmitters in the road itself to inform the car (and driver) if the self-parking service is available. The driver then hops out, activates the Self Parking function on his or her smartphone and then leaves the car to do its work. The car uses sensors, all seemingly hidden from view (an advancement of its own in this field), to autonomously navigate the car park, which includes interacting and adjusting to other cars, people and objects.
The technology used here builds off of Volvo's other work in autonomous vehicle research, namely the Safe Road Trains for the Environment (SARTRE) project in which the company managed to create a train of four cars autonomously following a lead truck at speeds up 56 miles per hour. Volvo says the first application of its autonomous research in a production vehicle will happen at the end of 2014 with some level of autonomous steering available in the next-generation XC90. See the system in action by watching the video below.

Volvo developing new three-cylinder engine family

Pop the hood on a Volvo of recent vintage and you'll find four-, five-, six- and even eight-cylinder engines. But the Swedish automaker is downsizing its engines over the coming years. The new XC90, set to be revealed later this week, will use a new family of four-cylinder engines (like the one pictured above). But that's not even the end of it as emerging reports speak of a new three-cylinder engine family in the works.
The new 1.5-liter turbocharged three-cylinder engine will, according to reports, help Volvo further cut its carbon emissions in line with constricting regulations in markets like Europe and Australia. There won't be quite as many versions as the four-cylinder range, which will include gasoline and diesel versions in varying states of tune, but the three-pot motor is tipped to be employed in vehicles as large as the S60 and its stablemates. Larger than that, however, and the three-cylinder engine apparently just doesn't have the necessary torque.
Expect the new three-cylinder engine to be introduced sometime later this decade, after the four-cylinder's introduction in 2016. The three-cylinder engine is also set to form the building block of an even more efficient hybrid propulsion system in the future, enabling this new engine family to stay relevant through 2025.