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Porsche not responsible for Paul Walker and Roger Rodas crash

A US District Court judge has found that Porsche wasn't responsible for the Carrera GT crash that killed Roger Rodas and actor Paul Walker, according to The Detroit News citing the Associated Press. Rodas' widow, Kristine, brought the lawsuit against the German automaker, but the court ruled there was a lack of evidence for her case. "Plaintiff has provided no competent evidence that Rodas' death occurred as a result of any wrongdoing on the part of defendant," US District Judge Philip S. Gutierrez ruled, according to the AP. Rodas' lawyer pledged to appeal the decision. Rodas' lawsuit asserted that the Carrera GT's right rear suspension failed and also cited the Porsche's lack of a proper fuel cell or a crash cage as factors. However, the judge didn't see any evidence for the suspension failure. He also criticized the expert for Rodas' side for analyzing tire marks from over a month after the crash rather than the photos from right after the incident, the AP reports. A 2014 investigation by the Los Angeles County Sherriff's Department blamed unsafe speed as the fatal accident's cause. The investigators reported that the Carrera GT was doing between 80 and 93 miles per hour when the crash happened. They also found nothing mechanically wrong with the supercar but did discover that the tires were over nine years old. The LA County Coroner ruled that both deaths were accidents. According to the AP, the lawsuits from Walker's daughter and his father against Porsche are still pending in Los Angeles Superior Court, and the district court ruling doesn't affect them. In each case, Porsche denied being at fault and cited the sheriff's investigation as support for that argument. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Porsche 911 puts Turbos on its turbos

Distinct from the turbo-but-not-Turbo Porsche 911, the new high-performance models come to market with either 540 or 580 horsepower, depending on which version of the 3.8-liter, twin-turbocharged flat-six engine you choose. Both figures count as a 20-horsepower bump over the last Turbo/Turbo S, allowing both models to hit 60 in under three seconds – 2.9 and 2.7 seconds, respectively – and in the case of the S, on to a 200-plus-mph top speed. This capability will not come cheap, of course. Before so much as dipping a toe into Porsche's notoriously deep options catalog, the base Turbo will demand a $160,195 check. That's awfully spendy, and things don't improve as you climb up the range. The cabriolet adds $12,300 to that, while the S starts at $189,095. Going topless in the Turbo S will require $201,395. We had no trouble building a Turbo S Coupe up to $211,000 without adding some of the more obnoxious options, like the $1,720 leather air vents. Check out our live galleries of both the new 911 Turbo and the 911 Turbo S at the top of the page. Redefining fast: the new 2017 Porsche 911 Turbo and 911 Turbo S Top model of the 911 range offers more power, fresh design, and enhanced features ATLANTA, Nov. 30, 2015 /PRNewswire/ -- Porsche will be off to a powerful start in 2016 when the 2017 911 Turbo and 911 Turbo S make their debut at the North American International Auto Show in Detroit in January. The top-of-the-line 911 models will be available in both coupe and convertible body styles and are equipped with engines offering 20 horsepower more than before, a sharper design, and enhanced features. The 3.8 liter twin-turbo six-cylinder engine powering the 911 Turbo now develops 540 hp. The increase in horsepower is achieved through modified intake ports in the cylinder heads, new fuel injectors, and higher fuel pressure. The 911 Turbo S now makes 580 hp thanks to new turbochargers with larger impelle. In addition to a higher maximum torque (553 lb.-ft. in overboost compared to 523 lb.-ft. on the Turbo), the Turbo S also has a higher redline (7200 rpm instead of 7000). Porsche is still the only manufacturer to use turbochargers with variable turbine geometry in gasoline engines. The engines now also have a dynamic boost function, which improves throttle response during spirited driving. It maintains the boost pressure during load changes – i.e. when the accelerator pedal is briefly released.

Auto journalist ordered to pay big money for blowing up Porsche 917 engine [UPDATE]

Racecars blow engines all the time, but a Porsche 917 isn't just a run-of-the-mill racecar. British automotive writer Mark Hales reportedly borrowed a 917 from 82-year-old former Formula One racer David Piper for a magazine article, and mechanical tragedy ensued. Nobody is arguing that the engine failed after being spun to 8,200 rpm. However, Hales was warned not to exceed 7,000 rpm, says owner Piper, and the affair landed in English courts with Piper seeking £50,000 - over $79,000 US - in reimbursement funds for an engine rebuild and loss of use of the car while it was being repaired. Judge Simon Brown ruled in favor of car owner Piper, putting Hales on the hook for £110,000 ($174,000) including legal fees - a whole lot of money in any language.
Hales says the Porsche suffered a mechanical fault while lapping that allowed it to slip out of gear and over-rev. Piper wasn't convinced, and sought to have the repair paid for by the guy who broke the racer, saying "If you bend it, you mend it." It's not like Hales is a novice driver, having seat time in both professional and amateur races over 30 years, notching about 150 wins, but even the best drivers sometimes miss a shift, and that's what Piper contended happened to his car.
According to reports, Hales has had to sell most of his valuables to pay his lawyers and is now facing bankruptcy with the ruling against him. Members of the Pistonheads website are trying to coordinate a collection to help him out, as well.