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Top Gear brings together LaFerrari, McLaren P1 and Porsche 918

Earlier this month, Top Gear released a brief video of the comparison test between three hybrid hypercars we'd all been waiting for: the Ferrari LaFerrari, McLaren P1 and Porsche 918 Spyder. The story was done by the print magazine and not by the television show, and the video they released was barely over half a minute long, reserving the full version for subscribers of the iPad edition. Now the British mag has put the full video on YouTube, and while it's still only a minute and a half long – three times the length of the previous teaser – it's packed with electrified exotic goodness. The test surely took some serious wrangling to put together, and though the metal (or carbon fiber, as the case may be) was apparently furnished mostly by private owners, to hear Top Gear tell it, the manufacturers – Ferrari, McLaren and Porsche – were eager and helpful in putting the showdown together. For the final conclusions, we're afraid you'll still have to buy the magazine, but for a rare chance to watch all these three world-beaters on the same road at the same time, you'll want to scope out this latest video clip. Related Video: News Source: Top Gear via YouTube Ferrari McLaren Porsche Hybrid Supercars Videos porsche 918 spyder mclaren p1 ferrari laferrari

Bentley tests next next-gen Flying Spur on Porsche Panamera Turbo body

At first glance, the prototype in the gallery above looks like a blacked-out version of the new Porsche Panamera Turbo. But this is actually Bentley's tester for the next-gen Flying Spur. And since the upcoming Flying Spur, among other Bentley vehicles, will utilize the same MSB platform as the new Porsche, seeing the British automaker using a Panamera makes a lot of sense. The Flying Spur is essentially a four-door version of the Continental GT, which has design cues from the EXP 10 Speed 6 concept unveiled at the 2015 Geneva Motor Show. It's safe to assume that the next-gen Flying Spur will get the same treatment as well. Other than the fender flares, the prototype is identical to the Panamera Turbo. So how do we know that this is Bentley's prototype? According to our photographers, the prototype's license plate is registered as a Bentley with the UK's Driver and Vehicle Licensing Agency. With the Flying Spur sharing the same platform as the Panamera, we expect the luxury sedan to get the same choice of engines, including the twin-turbo 4.0-liter V8 and 2.9-liter twin-turbocharged V6 engine. A concept is anticipated to come out in 2017 with a production variant coming a year later. Related Video: Featured Gallery Bentley Flying Spur Spy Shots View 10 Photos Image Credit: CarPix Spy Photos Bentley Porsche Luxury Performance Sedan bentley flying spur

Porsche Macan fails moose test, Stuttgart responds

Different countries have different safety standards, but most of them revolve around a similar set of tests: front impact, side impact, offset impact, rollover... the usual. But Sweden has its own test. It's called the Moose Test (or the Elk Test), and it's unique to Scandinavia: a car has to be able to avoid a theoretical antlered mammal on the road while traveling at 43.5 miles per hour and return to its previous course without flipping over. The Jeep Grand Cherokee ran afoul of the uniquely Nordic maneuver a couple of years ago, but even more surprising is the way the Porsche Macan has reacted.
Under testing by Sweden's Teknikens Värld, Porsche's downsized crossover - specifically the Macan S Diesel, for what it's worth - didn't flip over, but it skidded off course. In real-world conditions, it follows, the vehicle could run off the road or into oncoming traffic. The testers ran the test several times, and even removed excess weight from the vehicle, and each time it reacted the same way.
In response, Porsche has explained that the behavior is the result of its Active Rollover Protection system kicking in. When the system detects that the vehicle could drastically oversteer, flip over or lose its tire, it momentarily applies the brake on the front outside wheel, allowing the vehicle to shed the cornering forces without losing it completely.