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Porsche 918 Spyder with Weissach package does 0-62 mph in 2.6 seconds

Porsche marketers are having a field day with the 918 Spyder after some last-minute tuning improved the car's performance. They now say that it's so fast it's already beaten itself. Let us explain: Using a Weissach package-equipped 918 as an example (which reduces the plug-in hybrid supercar's weight through the deletion of some interior items, more generous use of carbon fiber and magnesium wheels), the car's previous official 0-62 miles-per-hour time of 2.8 seconds has been cut to 2.6. Additionally, 0-124 mph takes 7.2 seconds and 0-186 mph is dispatched in 19.9 seconds, times that were reduced by half a second and 2.1 seconds, respectively.
In all-electric mode, a non-Weissach pack 918 does 0-62 mph in 6.2 seconds (with the package, 6.1 seconds), down from 6.9 seconds. Efficiency is also improved thanks to the final tuning. The New European Driving Cycle (NEDC) rating of a Weissach pack-equipped car equates to 94 miles per gallon, up three mpg compared to before. That's pretty good for a car with 887 horsepower!
Check out the press release below for more details on how Porsche's final tuning measures improved its flagship supercar.

Porsche names new motorsport chief

Though it may have expanded into crossovers and sedans, Porsche is still a company with racing at its heart. You might even argue that Cayenne and Panamera sales only serve to fund the company's motorsports activities. Competition-spec 911 coupes still make up a large portion of the grid in any GT racing series, and those activities are presided over by the Porsche GT division (separate from its LMP1 program), which has just announced a changing of the guard.
Porsche's GT unit - which is responsible both for racing models like the 911 RSR and road-going models like the 911 GT3 - has until now been steered by Hartmut Kristen (pictured above, left) in his capacity as Vice President of Motorsport at Porsche AG. During his ten-year tenure, Kristen gave birth to the RS Spyder that competed in the American Le Mans Series and the pioneering 911 GT3 R Hybrid. He also fostered what Porsche characterizes as "arguably the most comprehensive youth development program in motor racing" and saw the marque return to Le Mans last year with a dominant 1-2 class victory.
Kristen, now 59 years old, is leaving the German automaker, but will remain an advisor to the company's R&D department. Taking over as VP of Motorsport will be Dr. Frank-Steffen Walliser, who has until now been head of the 918 Spyder project (a responsibility he will continue). Walliser (pictured above, right) was previously Porsche's general manager for motorsport strategies and will now be responsible for Porsche's GT projects on and off the track, while Fritz Enzinger continues at the helm of the LMP1 program in pursuit of better results next year than the 919 Hybrid achieved at Le Mans last month.

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.