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2014 Porsche 911 Targa takes its crop-top off in Motor City

Back in 1965, Porsche invented the 911 Targa as a matter necessity. Believing that a finicky National Highway Traffic Safety Administration was prepared to outlaw convertibles, the innovative automaker created the half-open car as a way to keep wind rushing through owners' hair. Though far removed from those formative days, it seems as though the 2015 Porsche 911 Targa has come to the Detroit Auto Show with a new-school version of some old-school tech.
While the last Targa featured a trick sliding glass roof at the touch of the button, the new car dramatically swallows a traditional-looking panel via an exceptionally complex-looking mechanical operation. The net result is "the same fun factor and freedom" that can be had with a complete convertible, though with slightly more open-driving protection while underway.
And, as is the case with all of the current 911 range, getting underway can be done with reasonable rapidity. The entry-level Targa 4 rocks a 350-horsepower, 3.4-liter flat-six engine just behind the rear axle, making that car good for 175 miles per hour at the top end (with the seven-speed manual, 174 mph with PDK) and a 0-to-60 sprint of 4.6 seconds. The Targa 4S, meanwhile, offers 400 horsepower from 3.8-liters of boxer six, runs to 60 in 4.2 seconds and hits a top "track speed" of 183 mph.

Porsche is planning a hybrid version of the 911

Changes at Porsche are coming thick and hot. It's been a few decades since the last major engine technology change – the very dramatic shift from air- to water-cooling. Now we're seeing a turbo shift, in which even pedestrian 911s, Caymans, and Boxsters are being fitted with turbos. Next up is hybrid proliferation throughout the manufacturer's full range. Hybrids aren't new to the Porsche lineup, of course. The Panamera hybrid has appeared in two forms, one in 2012 and one in 2015. Likewise, the Cayenne hybrid was recently upgraded to plug-in spec. The 918 Spyder is also a plug-in hybrid. The 911, Cayman, and Boxster have been left off the hybridization program so far, but that's about to change. The 911 is "next in line" for hybrid tech, says Lutz Meschke, a board member at Porsche AG. That means we'll likely see a hybrid 911 before the fully-electric production Mission E arrives. Every Porsche model will eventually get a gas-electric option, so the Macan crossover and 718 Boxster and Cayman will follow the iconic sports car's lead soon. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The turbocharged base 911 has fractured critical opinion somewhat, although we loved our first drive of the 2017 911 Carrera with its twin-turbo flat-six engine. Do you fear or welcome the coming hybrid epoch? Let us know in the comments. Related Video:

2014 Porsche Panamera arrives with new E-Hybrid, long-wheelbase models

Porsche will officially unveil the refreshed 2014 Panamera at the Shanghai Motor Show later this month, and there's a whole lot in store for the updated model, far beyond the minimal styling tweaks you see here. Sure, there's a new fascia with more prominent LED lighting (including full LED headlamps) and the rump has been tweaked ever so slightly, but the big news for 2014 concerns what's underneath that rakish skin.
First up, Porsche will now offer a Panamera S E-Hybrid model - a plug-in hybrid that builds on the technology first introduced in the Panamera S Hybrid that we tested in 2011. For this new application, a more powerful electric motor and higher-performance battery have been fitted (official specs have not been released just yet), and Porsche says the battery can be recharged in just two and a half hours when the car is plugged in to a 240-volt outlet, and the charging (as well as other vehicle data) can be monitored via a new Porsche Car Connect app available for Android and iOS devices.
The E-Hybrid will have an all-electric driving range of "greater than 20 miles" and will be able to travel at speeds up to 84 miles per hour solely on electric power.