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Porsche 911 Aerodynamic prototype cheated the wind ahead of its time

You might think that sports cars would have the lowest drag coefficient of all cars. And yes, they do tend to be more slippery than, say, SUVs or convertibles, but the sleekest vehicles on the road tend to be EVs, hybrids and luxury sedans. Sports cars, on the other hand, have aerodynamically detrimental needs for downforce and additional engine cooling. Still, the Porsche 911 is better than most, and has only gotten more so over the years. Its relatively narrow track and compact form mean it has a smaller frontal area than some other sports cars, and the gradual sweeping back of its headlights and windshield have only augmented its capacity for cheating the wind.
This 911 prototype, however, is even more aerodynamic than most. It's based on a "G model" 911 from 1984, but employed such features as covered wheels, a new rear spoiler and a reprofiled front end to drop its drag coefficient from 0.40 to 0.27, making it as slippery as a modern sedan and better at cheating the wind than just about anything built up to that point, save for maybe the Tatra 77, Citroën SM or Tucker Torpedo.
Elements of this prototype ended up gradually making it into production Porsches for years to come, and you can clearly see early influences on the second-generation 964 and even on the 959. It's featured here as the latest installment in a video series on rare historic Porsches unearthed from the company archives, following previous clips that featured a rare V8-powered 911 and a mid-engined 911 prototype. Scope out the latest episode in the video below.

Chris Harris condemns demonization of Porsche Carrera GT in wake of Walker death

When something bad happens, it's easy to resort to scapegoating. At least for some of us, that seems to be exactly what has happened following the tragic death of actor Paul Walker and racer Roger Rodas, who were killed on November 30 in a Porsche Carrera GT. Even though officials have not yet determined the cause of the crash, that isn't stopping many theories from being put for - theories that include blaming the Porsche supercar. Rather predictably, not only is the CGT's difficult nature getting examined, but indeed, the nature of all high-performance cars is being put under the public's microscope, with some wondering what the need for all the power is.
A Google search of "Porsche Carrera GT" will find no shortage of articles about the razor-sharp handling and outright speed of the CGT. Pistonheads' Chris Harris has a different, insightful take on both the Carrera GT and the nature of all fast cars. He reflects on the matter, ironically, en route to drive the successor to the car that killed Walker and Rodas, the 900-horsepower 918 Spyder hybrid supercar.
We think it's well worth a read, as it makes a number of good points about modern high-performance automobiles and the way they're used. Click over and take a look.

Porsche in Paul Walker fatal accident was traveling over 100 mph before crash

The Porsche Carrera GT involved in the November crash that killed Fast and Furious star Paul Walker and racer Roger Rodas was traveling at speeds above 100 miles per hour before Rodas lost control for "unknown reasons," according to a report from the Los Angeles County Coroner's Office that has been acquired by The Hollywood Reporter.
Once control was lost, the Porsche spun, hit a curb and then impacted a tree and a light post, then it spun 180 degrees and hit another tree before erupting in flames, the report said. Neither Walker nor Rodas were under the influence of any drugs or alcohol at the time of the incident, according to toxicology reports conducted by the coroner.
As for the future of the Fast and Furious franchise, a separate by The Hollywood Reporter claims director James Wan, writer Chris Morgan and Universal Studios will move forward with the seventh installment in the franchise, which was only partially completed when Walker was killed.