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Porsche 991 vs. 930 Flatnose in 911 Turbo convertible faceoff

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.
It's summer, so what better version to compare than the 911 Turbo Cabriolet? In one corner, Autocar has the latest and greatest 2014 version pumping out 513 horsepower and 486 pound-feet of torque with a seven-speed dual-clutch gearbox. Its challenger is a 1989 911 flatnose convertible sporting 326 hp and 347 lb-ft of torque. It's a truly rare car in the UK with only eight of them remaining on the roads in that region.
Granted, this test isn't so much a battle as it is a comparison. There's no question that the modern 911 would beat the classic in practically every objective category. What the video aims to find out is whether the flatnose is better in subjective measurements like its "feel." Scroll down to watch these two droptop Porsches square off.

2016 Porsche 911 GT3 RS prowls into Geneva with biggest NA engine in the 911 range [w/video]

We've been waiting for the debut of this road-going and race-ready Porsche 911 GT3 RS for quite some time now. As is typical for high-profile sports machines, the new 911 has been foreshadowed with spy shots and information leaks aplenty, all pointing to this grand day at Geneva. Here she is. Just a glance at the duct-sliced bodywork and massive rear wing will tell you that this Porsche means business, but let's look at its bona fides. The heart of the matter, under that short rear deck, is the largest-displacement and most powerful naturally aspirated engine in the 911 family, with 500 horsepower and 338 pound-feet of torque developed by the 4.0-liter flat-six. That hoss of an engine is mated to a newly developed version of Porsche's PDK dual-clutch gearbox – with functions such as "paddle neutral" that effectively works like depressing the clutch on a standard manual, and a Pit Speed button for on the track. Working in concert, engine and trans allow the GT3 RS to sprint to 60 miles per hour in 3.1 seconds, hit a quarter mile in 11.2, and lap the Nurburgring Nordschleife in just seven minutes, 20 seconds. (That 'Ring time makes it the fastest current 911 around the benchmark course, and five seconds faster than the current 911 GT3 – so quick.) Weight has been saved via exotic materials; the car sports a magnesium roof and carbon fiber for the trunk and engine lids. Overall the RS is 22 pounds lighter than the GT3, but also boasts a lower center of gravity. As we said at the top, there's a wide, low and aggressive body kit on the GT3 RS, all engineered with racing performance in mind. That huge rear wing is balanced in the front by a deep chin spoiler, and the front wheel arches have been punctuated with vents that help to increase downforce on the front axle. The roll cage is the most obvious interior modification to let one know that this is a racing tool, but Porsche has also slathered the space in Alcantara and installed carbon-fiber bucket seats (based on those found in the 918 Spyder) to drive the point home. The cost of such racing glory will be steep at $175,900 plus a $995 destination charge, but not out of the scope of the current ask for the 911 range, when you consider that a Turbo S runs over $180k. Look for 911 GT3 RS deliveries to start in July of this year in the US, and for track days to be more competitive for the addition. Porsche 911 GT3 RS: the Ultimate 911 for High-Performance Drivers Atlanta.

2017 Porsche 911 gains AWD traction for its turbos [w/video]

The new 2017 Porsche 911 Carrera 4 (in all its numerous iterations) joins its downsized, turbocharged, rear-drive brethren, but adds the benefit of an electro-hydraulically controlled all-wheel-drive system. These latest additions to the 911 family feature all updates applied to the new Carrera, both cosmetic and functional. The rear-end bodywork is also widened by 1.7 inches, with a light strip running across the tail. There are two engine choices, but either way you're getting a 3.0-liter twin-turbo flat-six. The base version produces 370 horsepower and 331 pound-feet of torque, while the S model cranks up to 420 hp and 368 lb-ft. Then you'll need to choose your transmission: seven-speed manual or dual-clutch. Porsche Active Suspension Management (PASM) suspension comes standard, but the Sport Chrono package (which adds a 918-inspired drive mode selector switch on the steering wheel) is an option. Four-wheel steering is available on 4S models as well. And of course you'll need to choose between body-styles. There are three in all: coupe, convertible, or Targa – each available in either engine tune. Those are largely the same choices you'd have to have made for the previous models, but now they're faster and more powerful, while delivering up to 12-percent higher efficiency. Zero-to-60 times are down 0.3 seconds over the preceding, naturally aspirated models: the Carrera 4 is quoted at 3.9 seconds, and the 4S at just 3.6. Convertible and Targa models add 0.2 seconds to those times, with top speeds ranging from 178 to 189 miles per hour. Pricing for the US starts at $97,295 (with delivery) for the new 911 Carrera 4, and stretches all the way up to $123,595 for the Targa 4S. Don't feel the need to rush your decision though, as the all-wheel-drive 911s won't start hitting dealers Stateside until April of next year. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. THE PORSCHE 911 CARRERA 4 AND 911 TARGA 4 MODELS WITH NEW TURBOCHARGED ENGINES AND ENHANCED ALL-WHEEL DRIVE SYSTEMS ATLANTA, Oct. 6, 2015 -- With the new 2017 911 Carrera 4 and 911 Targa 4 models, the traction advantage courtesy of an enhanced all-wheel drive system is paired with innovative turbocharged engines that are more powerful and consume less fuel than their predecessors.