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GoPro checks out Tokyo's automotive night life in 4K

There's something bizarrely fascinating about Japanese car culture, especially around Tokyo. The metropolis packs people tightly together in a way that would seem to make owning any car tough. And yet, there's still enough enthusiasm around anything with an engine to support everything from wildly tuned bosozoku rides with exhaust pipes reaching toward the sky to seriously fast Porsche and Lamborghini models. To promote its latest Hero4 camera, GoPro has embarked on a short film series called Adventure of Life in 4K, and the latest installment goes inside Japan's speed scene with some gorgeous cinematography of vibrant vehicles rocketing through the city. It's all mixed over more serene images of Tokyo landscapes that combine to form a mini-documentary that's a feast for the eyes. News Source: GoPro via YouTube Aftermarket Lamborghini Porsche Videos gopro

Next-gen Porsche 911 may include plug-in hybrid version

According to Auto Express, there's a plug-in hybrid Porsche 911 on the way, and it could arrive as soon as the introduction of the next-generation car. At the Detroit Auto Show, the UK outlet spoke to 911 product line director Dr. Erhard Mossle, who said the Stuttgart automaker was "working on different solutions" for the next iteration of its most iconic car, and, "of course, we are discussing plug-in solutions for the 911, but there are a lot of things to solve with packaging in the car and other things to solve. It will maybe be in the next generation, yes." "When we see the 911," he said, "we see the plug-in hybrid as a performance car." Since we just saw the introduction of the turbocharged powerplant in the 911 Carrera last summer, we can expect a wait of at least four years for the next powertrain evolution. Mossle said that any 911 PHEV would remain a sporty proposition and likely retain the flat-six engine, which would give more prestige than the four-cylinder 718 (Cayman and Boxster) yet still be able to satisfy emissions regulations. Mossle is echoing the comments made by Oliver Blume, chairman of the executive board at Porsche, at the Detroit show when Blume said the production version of the Mission E concept would be a sports car that happens to be electric. As far back as 2009, in fact, Porsche has been openly discussing an electric 911, the caveat even then being that it has to perform like a Porsche while providing decent range. In the middle of 2014 it was reported that the carmaker might make a 700-horsepower 911 Turbo S hybrid, by the end of 2014 it was reported that the automaker wouldn't make a 911 hybrid. A year after that first report, a 911 hybrid was back on, using the E-Hybrid system supposedly dismissed six months before, and then last November we got spy shots of a 911 with a supposed PHEV port. But with its Mission E work, and being designated to lead the Volkswagen Group's R&D into performance hybrids, a battery-boosted 911 might finally make sense. Related Video:

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.