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Man arrested for stealing part of Paul Walker Porsche wreck

Humans are odd creatures. Some of us collect things associated with bad events, particularly when it comes to cars. Your author, for example, has the grille of his wrecked 2004 Mini Cooper S hanging on the wall. As a more extreme example, an 18-year-old Californian is in trouble with the LA police, but not for taking an item from his own car accident. Instead, he has been arrested for stealing from the wreck of the Porsche Carrera GT that killed actor Paul Walker and racer Roger Rodas.
And it wasn't a small piece, either. It was the Carrera GT's carbon-fiber roof panel. Making matters worse is word that the theft happened while the tow truck that was hauling the wrecked Porsche was sitting in traffic. According to the LA Sheriff's Department report, "A witness saw a male exit a vehicle that was following the tow truck. The male grabbed a piece of the wrecked Porsche off the tow truck bed." Besides the eyewitnesses, it didn't help that images of the roof panel were later posted on Instagram.
The man, Jameson Witty, was later arrested at his home, where police also found the roof panel. The driver of the car Witty was in when he took the roof panel, meanwhile, is planning on surrendering to the police, according to CNN. It remains unclear if the district attorney's office will charge the two, although if it does, they'll be facing felony grand theft and tampering with evidence.

Audi's Project Artemis woes could delay range of VW Group EVs

Two years ago, Audi's then new CEO Markus Duesmann announced his first big initiative called Project Artemis. The plan's marquee component is "to implement a new lighthouse project for Audi in record time," being "a highly efficient electric car scheduled to be on the road as early as 2024" on a brand new platform that would be shared with Porsche and Bentley. An ex-VW and -Porsche man named Alex Hitzinger, who'd also spent time at Apple working on the tech company's electric car, was brought on board to lead Project Artemis and come up with new ideas. Parent Volkswagen Group said it wanted to become "as agile as in a racing team," removing the bureaucratic molasses and bottlenecks interfering with getting the best product on the road in the best time. However, in any grand venture, failure comes before success. Automobilwoche reports that Artemis is struggling through issues large enough to push the product plans back by years. The issue, as it was with the ID.3 lineup on the eve of that car's launch, is software. Well, that's the latest, largest problem; Artemis has already been through copious struggles before getting to the software bit. Two months after Hitzinger came on, in December 2020, VW raised its EV volume target from 50% to 70% by 2030. That necessitated a rethink of the VW Group's entire platform strategy considering the far greater production scale. Hitzinger only lasted six months in the job, ousted in May 2021, supposedly because Audi believed his ideas were "not suitable for profitable series production" among other reasons. By that time, the pace of software development was already said to be six months behind schedule, with the Car.Software division working on VW.OS 2.0 "not yet running at the speed hoped for." Internal frictions were noteworthy and costly as well. VW's commercial division plant in Hanover was meant to build Artemis vehicles for Audi, Porsche and Bentley, but Automobilwoche reported in January of this year that Porsche paid a ""small three-digit million amount" — like $100 million or so — to get out of the deal mandating its vehicles come from the Hanover facility.    So Audi effectively brought Artemis in-house to lead vehicle development, and Car.Software turned into Cariad to get VW.OS and VW.AC, which stands for Automotive Cloud, to market.  The first Audi vehicle under Project Artemis was planned to arrive by the end of 2024, a production version of the Grandsphere concept.

Porsche Mission E Concept puts Tesla Model S in its sights [w/video] [UPDATE]

UPDATE: The Mission E might not top the Tesla in driving distance after all. The Porsche's nearly 311-mile range is on the European testing cycle, but the original story compares it to Teslas on the US evaluation. According to Tesla, a Model S 85D is rated at the equivalent of 328 miles in Europe, and the P85D is at 305 miles. The new 90 kWh battery can add an additional six percent to those figures. Porsche might not be saying it directly, but anyone taking even a quick glance can see the Germans are taking aim at Tesla with the freshly unveiled Mission E concept at the Frankfurt Motor Show. With over 590 horsepower, this electric sedan doesn't have quite as much electric grunt as a Model S, but the claimed 310.7 miles of range would outdo even the latest take on Elon Musk's four-door with a 90 kWh battery. For those keeping track, a Ludicrous Speed-equipped Tesla might still be the ultimate victor in a drag race because the E's sprint to 62 takes "under 3.5 seconds." To power the Mission E, Porsche's engineers use two permanent magnet synchronous motors, and they are similar to what's found on the company's 919 Hybrid LMP1 racecar. In a single unit, the devices can both accelerate and recover braking energy. All-wheel drive with torque vectoring and four-wheel steering help the electric sedan lap the Nordschleife in less than eight minutes, the company claims. Capable of hitting 124 mph in less than 12 seconds, the Mission E is undoubtedly quick, but its speed in charging is especially impressive too. The concept utilizes an 800-volt system that Porsche claims can charge the sedan to 80 percent in just 15 minutes, assuming you can find a source for that much energy. That would be enough to offer about 249 miles of range in less time than getting a cup of coffee at a busy Starbucks. The E could also use a traditional 400-volt charger or power up inductively. The Mission E's design looks like a futuristic Panamera as filtered through the style of the 918 and a next-gen Star Wars Stormtrooper helmet. In an especially cool touch, the charging port is hidden in a movable panel ahead of the driver's door on the front fender. Also, like like lots of four-door concepts in recent memory, the design sports suicide doors with no B-pillars. To keep weight to a minimum, the body mixes aluminum, steel, and carbon-fiber reinforced polymer. Also present are carbon-fiber wheels.