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Porsche 918 Spyder gets tiny recall for rear control arms

As the recent US recall of a single Koenigsegg Agera shows, even low-production supercars aren't immune from safety campaigns. Now, there's another example that even the fastest cars can have their faults. The Porsche 918 Spyder is a pretty fantastic vehicle for its ability to mix hybrid fuel economy and incredible amounts of power, but Porsche has a problem on a few units of its halo model.
According to the recall document from the National Highway Traffic Safety Administration, Porsche needs to inspect and possibly repair five 918s in the US because the rear axle control arms may break, which could cause a loss of control while driving. In the full defect notice, Porsche says that it first noticed the problem on June 26 when the parts failed during "heavy duty durability testing (extreme race conditions)" at the Nardo test track in Italy. It transported the components back to the company's lab for inspection, and on July 18 it issued a stop-sale to inspect the suspension parts on the supercar. The automaker also contacted owners by phone to warn them not to use the car on track, until repaired.
The affected 918s will be inspected, and if the cars have the bad parts, the control arms are will be replaced. Obviously, this will be done at no cost to owners. According to a Porsche spokesperson speaking to Autoblog, in addition to the five US cars potentially affected, there were 45 worldwide. All of the cars have now been checked. Scroll down to read the report from the regulator or download the full defect notice as a PDF, here.

Xcar tests Cayman GT4, wonders if it's finally knocked off big brother

Should you buy a Porsche Cayman and save a whole butt-load of money, or just get a 911? That question, friends, has never been as difficult to answer as it is today, where you can get a Cayman that not only undercuts its big brother on price, but in many ways, delivers a better driving experience. Of course, we're talking about the Cayman GT4, a car that pilfers the old 911 Carrera S 3.8-liter, flat-six engine and the GT3's adaptive suspension system and carbon-ceramic brakes. Not only does it borrow from big brother, but it's arranged in what some might argue is a more logical manner, parking that naturally aspirated boxer smack-dab in the middle, rather than at the back like the 911. Oh, and the manual-only GT4 is only a tenth slower to 60 than the new, turbocharged Carrera S, but has a starting price that's $18,800 lower. Yes, you read that correctly, the GT4 is a Ford Focus less than the standard-bearing Porsche. Naturally, Xcar keeps all this in mind as it tests the GT4, a vehicle that it comes to a rather interesting conclusion about. Of course, we won't spoil that for you, so head on up and check out the entire test, as Xcar's Alex Goy tests out what may well be a genuine alternative to the 911. 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.