Porsche 911 Carrera Coupe 2-door on 2040-cars

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2012 TechArt Porsche 911 is visually dazzling, both inside and out

One way to ensure that your brand-new Porsche 911 (a.k.a. 991) won't look like the one in your neighbor's driveway is to give TechArt a call. The famed German tuner has rolled out its version of the latest Carrera and Carrera S at the Geneva Motor Show and trust us, it won't be mistaken for anything from the factory in Stuttgart.
Up front, TechArt has fitted its own unique two-part spoiler with integrated splitter while more aggressive side skirts adorn the rocker panels. The rear has a new lower diffuser, wrapped around the TechArt exhaust, and a large fixed rear wing (complete with an integrated third brake light). Look more closely to notice the subtle trim panels on the exterior mirrors and front headlights. The wheels are lightweight forged 20- and 21-inch alloys with matching paint on their rims.
Inside the heavily modified cabin are even more drastic enhancements (let's say TechArt has gone over the top). Don't let the aluminum pedals be a distraction as you inspect the black Alcantara and high-grade leather covering nearly every square inch. Flirting with gaudy, the dark upholstery is contrasted by vehicle-color-coordinated stitching and painted trim splashed throughout. However, the icing on the cake is an insanely thick TechArt three-spoke sports steering wheel.

Revel in the glory of the Porsche 911 engine factory

A flat-six engine pumping away behind the driver defines the Porsche brand for many people, whether they are buying a Boxster, Cayman or 911. If you want to appreciate the sound and fury concentrated in the rear of these German sports cars even more, then take a tour of the company's 911 engine factory in Zuffenhausen, Germany, to see the work that goes into each one. We're long past the days of automotive assembly lines being deafening, dirty affairs, but it's still somewhat shocking to see just how sterile the plant in Zuffenhausen is. Each person wears a matching gray jumpsuit and gloves, and there's not a drop of grease of them. While the components are constantly coming down the line, there doesn't appear to be much of a rush. It's just a slow, steady movement that gives workers time to complete their appointed tasks. At least in this video, the employees don't even seem to talk to each other; the only sound is the hum of the plant or whir of tools. It's transfixing to watch these famous engine slowly come together largely from human hands. News Source: Cars via YouTube Plants/Manufacturing Porsche Technology Performance Videos engine

Porsche 918 Spyder to birth stretched 2+2 version?

Porsche is known for its ability to spin off a litter of variants from a single model, and according to a report in Automobile the 918 Spyder (pictured here) might not be spared the house trick. Having taken too many brains and too much money for too much time, company chiefs are said to be examining ways to get more for their development euro out of the supercar, and Plan A is apparently otherwise known as Plan 984. That would be a four-seater, rear-wheel drive supercar that uses a stretched mold of the 918's carbon fiber tub, keeping the V8 in the same mid-mounted place and costing around 350,000 euro.
That would be less than half the MSRP of its inspiration, but the details don't sketch out a car that's just half as good. Automobile speculates it would get something like 700 horsepower in order to best the coming 911 GT2, and about 440 pound-feet of torque. The 984 is quite a ways short of being confirmed; even though a full-size study is said to exist, it's like the 918 would need to become a bigger sales hit for the 984 to happen.
The 984's fortunes don't change those of the 960, the supercoupe Porsche is building to challenge Ferrari. Its potential specs haven't changed since the last report in January, power coming from a 5.0-liter, twin-turbo, eight-cylinder boxer engine with something like 650 hp pushing a curb weight of roughly 3,100 pounds. The means a suspected 0-to-60 mile-per-hour time of 2.5 seconds.