It’s good to know that even as the year winds down, the rumormill is still cranking along at full capacity. Auto Bild is suggesting that Volkswagen may be looking to share a production facility between models like the Golf, Boxster and Cayman. According to one insider, the company’s factory in Osnabrück is being geared up to take overflow production of the two sports cars should the need arise. That would mean that the Osnabrück plant would only start minting Caymans and Boxsters once the production at Porsche’s Zuffenhausen facility has maxed out.

The news comes courtesy of Ludger Teeken, CEO of the Osnabrück plant. Teeken says that steps have already been made to prepare the plant to be able to produce Porsche models should the need arise. Meanwhile, Golf production is set to kick off at the plant in early 2011.

[Source:Autoblog]

It isn’t easy redesigning an icon, especially one as popular and well-known as the Chevrolet Corvette. Nevertheless, a seventh-generation Corvette is coming, and while rumors of an exotic mid-engine layout for America’s supercar are unlikely to pan out, it’s possible that the Bowtie brand’s designers could take the Corvette’s look in an entirely new direction.

Student designer James Robbins has his own ideas for what the C7 Corvette will look like. His renderings look like a logical next step in the car’s design evolution, though we’re not fans of some of the details. We particularly like the rear end’s reimagination of the Corvette’s signature round taillamps, albeit perhaps without some of the edgy detailing on the car’s hood. What say you? Check out the rest of the renderings in the gallery below and let us know what you think of Robbins’ C7 Corvette.

[Source:Autoblog]

Let the Geneva Motor Show previews begin. A handful of images of the facelifted Kia Pro_Cee’d have managed to find their way to the internet via Kia World. Fans of the company’s corporate nose will be happy to see the communal H-shaped grille make an appearance on the model for the first time, and new, aggressive fog-light insets help give the vehicle a little more personality, too. We can’t tell from the leaked photos, but we’d guess that the rear has received a similar, if not slight, update as well.

But the aesthetics aren’t the only thing on that’s changed on the punctuation-laden Pro_Cee’d. Kia World also suggests that the Kia will now come with a slightly warmed-over diesel engine under its hood. The new lump is expected to churn out 128 horsepower and 188 pound-feet of torque from 1.6-liters of displacement. Look for the revised Pro_Cee’d to show up at the 2011 Geneva Motor Show in March.

[Source:Autoblog]

The 2012 Ford Focus is set to hit dealers early next year, and in addition to a cadre of standard and optional features, Ford is equipping every new Focus with its new breed of “torque vectoring control.”

For the uninitiated, torque vectoring systems actively split power between the two driven wheels to maximize traction and increase performance. Some higher-end systems manipulate the output to each wheel through a set of electronically controlled gears, while others apply a subtle amount of braking to the inside wheel, causing more power to be sent to the outside wheel, thus helping rotate the vehicle through a turn. Ford is using the latter on the 2012 Focus, the first implementation of its kind on a Blue Oval model in North America.

Thanks to the continued implementation of standard traction control systems, these torque vectoring setups are becoming more common and have finally reached the compact segment. While the benefits generally outweigh the negatives, we’ve found other brake-based systems have a tendency to overheat the pads, rotors and fluid when flogged long and hard enough (ahem, GTI). We’ll be able to test it out for ourselves soon, so look for a full driving report in just over a month. In the meantime, get the full details in the press release after the jump.

*  The all-new 2012 Ford Focus features standard torque vectoring control to increase vehicle stability in turns by applying slight braking force to one side
* Torque vectoring control is a Focus class-exclusive feature that serves as a confidence- builder for novice drivers, while pleasing enthusiasts with added control when cornering
* Torque vectoring control provides stabilizing braking force to an individual drive wheel in a similar way that a skier or board-rider would shift weight to carving edge when turning
* slight braking force to the wheel and the tire that is subject to potential slippage to help the driver and vehicle gracefully negotiate the curve.

The all-new 2012 Ford Focus is the first beneficiary of a new class-exclusive Ford technology that employs downhill skiing and snowboarding moves to increase vehicle stability in turns.

Engineered to increase novice driver confidence by adding a finer sense of control in curves, the next-generation Focus will please enthusiast drivers as well with the addition of a vehicle stability control system previously reserved for premium sports cars.

“The new Focus is the first North American Ford vehicle to offer torque vectoring control,” said Rick Bolt, program manager for the Ford Focus. “This is a technology that has been offered on high-end sports cars, yet Ford is making it standard on their new small car.”

Just as a downhill skier or board rider shifts weight to their outside edge in transition from schuss to edge – adding balance and stability to carve through a turn – torque vectoring control provides

The slight braking pressure applied to just one driven wheel is imperceptible to the driver. The behind-the-wheel experience is an improved sense of stability and control throughout the curve. This increased vehicle stability in cornering situations is sure to please enthusiast drivers yet serves as a confidence builder for novice drivers as well.

Torque vectoring control uses the Focus braking system to imitate the effect of limited-slip differential, constantly balancing the distribution of engine output between the driven front wheels to suit driving conditions and road surface. When accelerating through a tight corner, the system applies an imperceptible degree of braking to the inside front wheel, so that more engine torque goes to the outside wheel, providing additional traction, better grip and improved vehicle handling.

The system is designed to delight experienced and enthusiastic drivers but also to provide less- experienced drivers with confidence and a better sense of vehicle control, especially in difficult driving conditions.

“Torque vectoring control elevates the dynamic capability of the entire Focus model range, from an S series sedan through a Titanium Sport Package hatchback,” said Bolt, an automotive enthusiast, frequent road course track-day participant, instructor, former Sports Car Club of America racer and – not surprisingly – downhill skier.

“Because torque vectoring control is on all our Focus models, it will elevate skill sets across a broad range of drivers,” Bolt said. “The new Focus is differentiated from other vehicles in the segment by style and design, the technology it contains and the superior driving experience it provides.”

The all-new 2012 Ford Focus goes on sale in early 2011.

[Source:Autoblog]

Try to imagine the most basic car on the road, and you’ll likely conjure up images of the Tata Nano. The Citroën 2CV of our time, the Nano was conceived as bare-bones, bargain-basement transport for the masses. But while it makes the rest of us wonder how much our own cars are really worth, sales of the diminutive budget car have been lagging in the wake of safety concerns after cars were reported to be spontaneously combusting due to bad wiring and such.

To drum up enthusiasm for the Nano, Tata has brought in one of its subsidiaries, Titan Industries, to give the car a more luxe appearance in the form of gold and jewels. Celebrating the 5,000th anniversary of Indian jewelry, Tata and Titan launched a public campaign to solicit designs for a bedazzled Nano. Thirteen designs came in, with the winner you see here chosen just a few days ago. The conspicuous one-off will be crafted out of pure gold by Titan at its facility in Bagalore. Have a closer look at the winning design, along with a couple of the runners-up, in the gallery below.

[Source:Autoblog]

Lighter, more responsive engine performance and increased stiffness – three descriptors that provide the basis of information regarding the all-new Subaru Impreza WRX STI Spec C. We supposed we could also throw in the longer name, but you can already see that. The Spec C, which is quite sadly a Japan-only model for the moment, receives a host of upgrades compared to the non-spec STI and that list includes; an aluminum hood, reduced-friction ball bearings for the twin-scroll turbo, optimized ECU programming, a mechanical LSD and a host of other features.

The STI Spec C is positioned as a more focused Impreza WRX for those seeking an even more engaging driving experience. Weight has been reduced all over the car, while the front crossmember has been reinforced and large 245-series Bridgestone Potenzas have been wrapped around all four wheels.

Take a look at the Subaru Impreza WRX STI Spec in the gallery below but be warned that too much staring can lead to a sudden desire to move to Japan. Be sure to click past the jump and read the full press release as well. Thanks to everyone for the tips! Read More »

After the nuclear apocalypse wipes out all of civilization, there will still be cockroaches wedging huge engines into tiny cars. You just can’t kill the oldest recipe in hot rodding history, and for good reason. As a handful of trainees at the Mercedes-Benz plant in Rastatt just found out, the big engine, small car combo is the easiest way to mint cheap speed. Plant manager Peter Wesp got the idea to squeeze a 5.5-liter 385 horsepower V8 from the likes of the big E550 into the Silver Arrow’s trim B-Class.

After finding a B200 CDI that had been sacrificed to training, Wesp and his team set about the mechanical contortions necessary to pull off the swap. Surprisingly enough, the workers were able to use the original engine mounts, and with a little parts-bin raiding, everything was sitting pretty under the hood. The team snugged in a rear axle from a W 2010 E-Class, front brakes lifted from a C32 AMG and bolted on snazzy 18-inch wheels from AMG as well. How’s that for perfection? Hit the jump for the full press blast.
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