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2014 Porsche 911 Targa

I've watched the electro-hydraulic roof panel open and close about 73 times in the past hour, but its fascinatingly complicated operation still has me mesmerized. I've concluded that only a German automaker - Porsche, to be more specific - would go through the trouble of engineering a roof system that essentially lifts the entire greenhouse off a vehicle, rearranges its components like a sliding-tile puzzle, and then reassembles all of them seamlessly (sans roof panel) to accurately recreate one of its most famed bodystyles.
The 2014 Porsche 911 Targa is a near-perfect modern interpretation of the automaker's 1965 911 Targa, a semi-convertible bodystyle that represents nearly 13 percent of all 911 models sold since production started 50 years ago. While the early car's roof was purely manual in operation - that's the period-correct way of saying that the driver did all of the muscle work - today's Targa is a completely automated transformation that requires only that the driver hold down a cabin-mounted switch for a mere 19 seconds to let the captivating show run its course.
After studying the Targa's elaborate roof operation at its launch at the Detroit Auto Show earlier this year, I was sufficiently intrigued. To that end, I traveled one-third of the way around the planet to southern Italy, hoping that the Mediterranean climate would reveal a bit more about the reintroduction of the automaker's iconic sports car.

Porsche 919 Hybrid used 500 gallons of fuel to win Le Mans

After 395 laps and over 3,300 miles covered, Porsche claimed its record seventeenth overall win at the 24 Hours of Le Mans this year. Those, however, were only a few of the numbers that went into the German team's landmark campaign, the fourth one-two victory in the history of its assault on the endurance race. And now it has released some of the other mind-boggling figures behind its win. Over the course of 24 grueling hours of competition, the winning Porsche 919 Hybrid averaged a staggering 139 miles per hour, reaching a top speed of over 211 mph. Along the way, the winning car changed gears over 25,000 times. We can imagine the drivers worked up quite a sweat in a cockpit, whose temperature topped 80 degrees, with less than a quart of water to drink during each stint between pit stops – the longest of which lasted over ten hours. Little wonder that Mark Webber lost over six and a half pounds by the end of the ordeal. Naturally, pit stops played a huge part in the campaign, and the team – whose headcount topped 120 – carried out 90 stops (30 per car) over the course of the race. All told, the three cars went through 116 tires, each car had its oil refilled entirely, and the winning car alone swallowed up 500 gallons of fuel. And that's not even counting the energy recuperated by the electric component of the hybrid powertrain, which would be enough to power a family home for three months. Those are just some of the most notable figures, but they give us a pretty good idea of the enormity of the whole endeavor. Want to read more? There's a whole list of numbers in the press release below. Related Video: The 17th overall victory for Porsche at the Le Mans 24-Hours 395 laps to victory Stuttgart. On Sunday, 14th June 2015, the trio of Earl Bamber (NZ), Nico Hulkenberg (GER) and Nick Tandy (GBR) took the 17th overall victory for Porsche at the Le Mans 24-Hours. They were followed across the line by the sister car of Timo Bernhard (GER), Brendon Hartley (NZ) and Mark Webber (AUS). This made it the fourth one-two result for the brand after achieving this in 1971, 1987 and 1998. But there are more interesting facts and figures about the race. • The winning team completed 395 laps (5,382,82 kilometres). This year's race was only two laps short of the longest distance covered in Le Mans back in 2010. • The average speed of the winning Porsche 919 Hybrid was 224.2 km/h.

Porsche 911 puts Turbos on its turbos

Distinct from the turbo-but-not-Turbo Porsche 911, the new high-performance models come to market with either 540 or 580 horsepower, depending on which version of the 3.8-liter, twin-turbocharged flat-six engine you choose. Both figures count as a 20-horsepower bump over the last Turbo/Turbo S, allowing both models to hit 60 in under three seconds – 2.9 and 2.7 seconds, respectively – and in the case of the S, on to a 200-plus-mph top speed. This capability will not come cheap, of course. Before so much as dipping a toe into Porsche's notoriously deep options catalog, the base Turbo will demand a $160,195 check. That's awfully spendy, and things don't improve as you climb up the range. The cabriolet adds $12,300 to that, while the S starts at $189,095. Going topless in the Turbo S will require $201,395. We had no trouble building a Turbo S Coupe up to $211,000 without adding some of the more obnoxious options, like the $1,720 leather air vents. Check out our live galleries of both the new 911 Turbo and the 911 Turbo S at the top of the page. Redefining fast: the new 2017 Porsche 911 Turbo and 911 Turbo S Top model of the 911 range offers more power, fresh design, and enhanced features ATLANTA, Nov. 30, 2015 /PRNewswire/ -- Porsche will be off to a powerful start in 2016 when the 2017 911 Turbo and 911 Turbo S make their debut at the North American International Auto Show in Detroit in January. The top-of-the-line 911 models will be available in both coupe and convertible body styles and are equipped with engines offering 20 horsepower more than before, a sharper design, and enhanced features. The 3.8 liter twin-turbo six-cylinder engine powering the 911 Turbo now develops 540 hp. The increase in horsepower is achieved through modified intake ports in the cylinder heads, new fuel injectors, and higher fuel pressure. The 911 Turbo S now makes 580 hp thanks to new turbochargers with larger impelle. In addition to a higher maximum torque (553 lb.-ft. in overboost compared to 523 lb.-ft. on the Turbo), the Turbo S also has a higher redline (7200 rpm instead of 7000). Porsche is still the only manufacturer to use turbochargers with variable turbine geometry in gasoline engines. The engines now also have a dynamic boost function, which improves throttle response during spirited driving. It maintains the boost pressure during load changes – i.e. when the accelerator pedal is briefly released.