2005 Porsche Cayenne S on 2040-cars

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1964 Porsche 356 Cabriolet Emory Outlaw First Drive

The black lacquer badge affixed to this 1964 Porsche 356 Cabriolet has two words on it: "356 Outlaws." When it was first produced by a jeweler in the 1980s for the Emory family, the word "Outlaw" was a term of pride only meaningful to the father-and-son team that were building these custom Porsches. Outside of their Orange County garage, the Outlaws attracted less respect than outlaw humans. In the past few years, Magnus Walker has helped Outlaws blow up outside nontraditional Porsche circles. Collector car brokers now happily promote Outlaw builds, and online how-to guides will teach you to create your own. Despite their newfound recognition, Outlaws began with Gary and Rod Emory and continue with Emory Motorsports. We didn't drive the black 1958 Porsche 356 Emory Special and silver 1959 356 Outlaw in the gallery – completed cars move through the shop so quickly that we couldn't organize a shoot and a drive on the same day. We drove a 1964 356C Outlaw that gets by with leather hood straps, deleted bumper guards, Raydot fender mirrors, and a drilled fuel filler cap poking through the hood. The interior is dressed in red leather in sanguine contrast to the beige German square weave carpet along the bulkheads. The three gauges are taken from a 904, the racer Porsche developed to succeed the 718. Emory's tuning lineage is as old as the cars he restores. Emory's tuning lineage is as old as the cars he restores. His grandfather Neil ran Valley Custom Shop in Burbank from 1948 to 1962, channeling and sectioning the slab-sided bodywork of '40s and '50s domestic sedans in ways that OEM designers would later adopt. Neil's tenure also included building the body for the SoCal Streamliner in 1950, the first hot rod to hit 200 miles per hour at the Bonneville Salt Flats. When Chick Iverson opened a Porsche dealership in Newport Beach he asked Neil to run the body shop. Neil's son Gary would become the parts manager. When he saw inventory being thrown out for lack of space, Gary then opened his own Porsche parts operation. Gary's son Rod started playing in the warehouse from the age of six, mixing and matching pieces to make go-karts and help build the Porsches Gary would sketch. Rod began his first restoration, a 1953 Porsche 356, at 14 years old. He spent two years on it, then went vintage racing. This wasn't a concours build – growing up in a parts shop, Rod had no qualms about using whatever suited his purpose and vision.

Investigators blame speed in fatal Paul Walker crash

When the tragic news first came in that actor Paul Walker had been killed in a car crash, family, friends and fans were left searching for answers. They now have at least one key question answered, with the Los Angeles County Sheriff's Department blaming "unsafe speed" for the fatal accident.
According to a statement released by the LACSD, "Investigators determined the cause of the fatal solo-vehicle collision was unsafe speed for the roadway conditions". The investigation into the November, 2013 crash determined that Walker's 2005 Porsche Carrera GT had been driven by his business partner and racer, Roger Rodas, at speeds between 80 and 93 miles per hour - less than the 100+ mph initially suspected, but still far too fast for the road on which they were traveling, which carried a posted limit of 45 mph.
In the investigation into the death of the Fast & Furious star and his friend, some people were quick to finger the Porsche in which they were riding as the culprit. The Carrera GT does, after all, have the reputation of being a notoriously difficult car to control. But after an exhaustive investigation, law enforcement officials in California have vindicated the car and dismissed any mechanical fault as the cause of the accident.

Porsche rolls out new Macan GTS with 360 horsepower [w/video]

Porsche is expanding both its Macan line and its range of GTS models with the launch of the new Macan GTS. The new performance model slots in between the Macan S and Macan Turbo, packing a mightier punch, upgraded equipment, and sportier styling. The enhancements naturally start under the hood, where the Macan GTS packs a 3.0-liter twin-turbo V6 good for 360 horsepower and 369 pound-feet of torque. That's 20 more horses than the Macan S but 40 less than the Turbo, driving all four wheels through a seven-speed dual-clutch transmission. The result is a 0-60 time quoted at 5.0 seconds (or 4.8 with the optional Sport Chrono pack) and a top speed of 159 miles per hour. You know, just to stick it to the other German cars that limit themselves to "only" 155. Of course, Porsche didn't just tinker with the engine and leave it at that. Compared to the Macan S, the GTS features a retuned air suspension, recalibrated electronics, ride height lowered by 10 millimeters, and 20-inch wheels with a matte black finish. The interior also benefits from specific sport seats with Alcantara trim, and the new Porsche Communication Management system. There's a new exhaust system and upgraded brakes, as well. The Macan GTS is just the latest such model to join the range, alongside GTS versions of the Boxster, Cayman, 911, Panamera, and Cayenne. While sales of the new Macan GTS start today in its home market, US customers will have to wait until March to place their orders. MSRP is listed at $67,200 (plus destination), pretty evenly splitting the difference between the existing S and Turbo models. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Porsche Macan GTS – Improved Power and Performance Enhanced driving dynamics, enhanced driving fun Atlanta, Georgia. Porsche announces the new Macan GTS. With more power, a reengineered suspension, unique GTS-specific exterior and interior appointments, and new connectivity options, the new Macan GTS provides an enthusiastic driving experience that enhances the current Macan range. Based on the 3.0-liter twin-turbocharged V6 engine in the Macan S, the Macan GTS incorporates hardware changes and a unique engine calibration to allow the engine to develop 360 hp at 6000 rpm and 369 lb.-ft. of torque between a broad 1650-4000 rpm.