Currently, Porsche builds two turbocharged 911s – the Turbo and the Turbo S (and their cabriolet counterparts). The rest of the 911 range, meanwhile, is motivated by either 3.4- or 3.8-liter flat-sixes of varying outputs. This clear separation could be set to change in the very near future, though, as rumors continue to swirl that Porsche's rear-engined range could switch exclusively to turbocharged power.
Starring the Porsche 911 Turbo and Nissan GT-R Nismo
We love Motor Trend's annual World's Greatest Drag Race video. Now back for its fourth appearance, the idea of lining some of the world's fastest cars up for a ten-wide, straight-line, full-throttle run is, well... it's pretty freaking badass.
The Porsche 911 Turbo has a legacy of being a tough car to drive. With a ton of power set right over the rear wheels, its reputation is to lose control as soon as the driver stops concentrating. However, this isn't quite so true anymore. The modern ones are tamed through technology with things like hydraulically controlled engine mounts, not to mention all-wheel drive. In its latest video, Autocar tries to decide whether 25 years of progress really makes the turbo a better vehicle.
There is a long-running argument among performance car fans: power vs. weight. In one corner you get cars generally with small engines making modest numbers but able to corner like they are telepathic, and in the other there are big thumping mills that are rocketships in a straight line but lumber in the turns. Autocar takes an interesting look this continuum in a recent video pitting a 552-hp Porsche 911 Turbo S against a 185-hp Formula 4 racecar. It hopes to find whether the Porsche's huge pow
Porsche has really hit on a winning formula with its series of videos going inside its vault. So far, we've seen the V8 911 prototype, mid-engine test mule and aerodynamic prototype. The company is sticking with the 911 theme in the latest entry, but this time it's an actual production car – the very first 911 Turbo ever made.
Porsche is one of the most profitable automakers in the business. In fact, it's said to make about $23,000 on each car it sells, thanks in no small part to an options list that can send the sticker price accelerating quicker than one of its own sports cars. But there are always those for whom even the extensive option list won't be enough, and for just such customers, there is Porsche Exclusive.
The National Highway Traffic Safety Administration has announced that it will end its investigation into rapid coolant loss in 24,635 Porsche 911s built between 2001 and 2011. The models affected included the standard 911, GT2, GT3 and Turbo, as well as their variants (GT2 RS, GT3 RS and Turbo S).
Porsche has proven adept at making sure there is a version of its venerable 911 for practically any wealthy driver's desires. If you just want a great all-rounder then buy a standard 911; open-air driving, then the Cabriolet is for you, and if you need a compromise between them, there is even the new 911 Targa.
If there's ever been automotive case for constant evolution, it is the Porsche 911. It seems like every time a new version of the rear-engined sports car debuts, Porsche is already hard at work on a facelifted version of it that changes some subtle, barely noticeable aspect.
Porsche has just debuted its two latest decapitated rocket sleds today at the LA Auto Show, the new 911 Turbo Cabriolet and Turbo S Cabriolet, which share their coupe counterparts' 520-horsepower and 560-hp 3.8-liter twin-turbocharged flat-six engines. That kind of power ought separate a lot of hats (and toupees!) from heads.
He's had his fill of early, long-hood Porsche 911s - he owns at least one from each model year, from 1964 to 1973 - so Magnus Walker, a fanatic of the Stuttgart, Germany-based automaker, recently set his sights on the early Porsche 930, as documented by this XCAR video called 'Turbo Fever.' Let us translate: pretty soon Walker will own all of the earliest, non-intercooled 911 Turbos - at least one from each model year, starting at 1975 and ending at 1977 (though the 1975 911 Turbo Carrera never
Porsche has come a long way from the days when its entire model line revolved essentially around the 911, but its prototypical rear-engined sports car is still what it's known for best, and still keeps the German automaker pretty busy. With a seemingly endless array of variations on the theme, the 911s just keep on coming until a new generation arrives and then it starts all over again. And what we have here is the new king of the hill (for now, anyway).
The Porsche 911 wouldn't be the Porsche 911 unless there were twenty-something different models to choose from (note: we are not complaining), and the latest one was just spied by our trusty photographers out on Germany's Nürburgring. Feast your eyes on the 911 Turbo Cabriolet – the droptop version of the new Turbo wonder that debuted in May – looking all sorts of stealth in its black-on-black-on-black prototype scheme.
"One day I must own this." It's something we've all said to ourselves, and it's just what Jim Goodlett said to himself back in the early 1980s. Welcome to the third installment of Cars I See, which tells the tale of the 28-year path from deep abiding interest in a Porsche 930 to actual ownership.
Practicing their final notes before they go on song for paying customers, three 991-series Porsche 911 GT3 prototypes were caught at a filling station in Catalunya, Spain almost completely uncovered. According to the photographer (working with an iPhone), two of them (foreground in the photo above) were wearing a host of extras from the options list, while the third appears to be a prototype set up halfway between a traditional 911 and a GT3: it has five-bolt GT3-style wheels and central exhaust
German publication AutoBild is reporting that the upcoming 2014 Porsche 911 Turbo, already set to be a technical tour de force, will offer all-wheel steering to go with standard all-wheel drive. Porsche hopes to increase the outright handling ability of the 991 Turbo via four-wheel steering, though no mention is made as to how the system will operate.