Apple hires former Porsche race car director for alleged 'Project Titan' role
Porsche's race program lead, Alexander Hitzinger, was allegedly brought on to Apple's "Project Titan" car program in the spring of 2016, a new report reveals.
The report, first made by German publication Manager Magazin claims that Hitzinger departed to do something "which has a significant and direct impact on society." Hitzinger's LinkedIn profile confirms his departure from Porsche in March, and notes that he joined a "technology company" in San Francisco in April.
From 2006 to 2011 Hitzinger worked as Head of Advanced Technologies for Red Bull Technology. From mid-2006 to mid-2007 he also filled the role of Technical Director of the Scuderia Toro Rosso Formula One team. Since 2011, Hitzinger has been Technical Director of the Porsche LMP1 project.
While at Porsche, Hitzinger returned the company to endurance racing, and assisted in development of the 919 hybrid sports car. Hitzinger's command led the company to Le Mans and endurance racing world championships in 2015 and 2016.
"Project Titan," Apple's car project, was reportedly staffed by more than 1,000 engineers and other personnel working out of top secret labs in Sunnyvale, Calif., some of whom were pulled from other consumer product teams.
"Project Titan" also appears to have run into trouble last September when sources said top executives expressed displeasure with the group's slow progress. Subsequent reports indicated the team faced mounting unforeseen obstacles that ultimately culminated in the axing of dozens of employees.
According to the most recent rumblings, Apple has pivoted away from a full-fledged self-driving car platform and is now focusing on the development of autonomous vehicle software and supporting hardware. Interestingly, Apple's driverless product, if it ever materializes, might intersect with the company's augmented reality initiative. In October, reports claimed Apple is currently testing AR-based navigation and other autonomous vehicle solutions using virtual reality simulators.
Closer to Hitzinger's specialty, officials from Apple met with premium automaker McLaren to discuss a purchase, but the discussions never went as far as a bid, according to McLaren's CEO.
The report, first made by German publication Manager Magazin claims that Hitzinger departed to do something "which has a significant and direct impact on society." Hitzinger's LinkedIn profile confirms his departure from Porsche in March, and notes that he joined a "technology company" in San Francisco in April.
From 2006 to 2011 Hitzinger worked as Head of Advanced Technologies for Red Bull Technology. From mid-2006 to mid-2007 he also filled the role of Technical Director of the Scuderia Toro Rosso Formula One team. Since 2011, Hitzinger has been Technical Director of the Porsche LMP1 project.
While at Porsche, Hitzinger returned the company to endurance racing, and assisted in development of the 919 hybrid sports car. Hitzinger's command led the company to Le Mans and endurance racing world championships in 2015 and 2016.
"Project Titan," Apple's car project, was reportedly staffed by more than 1,000 engineers and other personnel working out of top secret labs in Sunnyvale, Calif., some of whom were pulled from other consumer product teams.
"Project Titan" also appears to have run into trouble last September when sources said top executives expressed displeasure with the group's slow progress. Subsequent reports indicated the team faced mounting unforeseen obstacles that ultimately culminated in the axing of dozens of employees.
According to the most recent rumblings, Apple has pivoted away from a full-fledged self-driving car platform and is now focusing on the development of autonomous vehicle software and supporting hardware. Interestingly, Apple's driverless product, if it ever materializes, might intersect with the company's augmented reality initiative. In October, reports claimed Apple is currently testing AR-based navigation and other autonomous vehicle solutions using virtual reality simulators.
Closer to Hitzinger's specialty, officials from Apple met with premium automaker McLaren to discuss a purchase, but the discussions never went as far as a bid, according to McLaren's CEO.
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P.S. Whomever re-capitalised the "I" in my username, I thank you.
The Porsche 919 is a great car, with both a gasoline engine and an electric motor. I drove one. That is, I drove the 919 at Real Racing 3, on AppleTV.
Love the sounds of the three downflicks of gears from around 200mph... only 50 metres before most bends!
>:x
With the Spaceship coming on line soon, and with the need for moving many employees, facilities maintenance staff and cargo around, the Corporate headquarters could use a fleet of vans, buses and work vehicles that could easily sport the new tech, in a more controlled environment. This seems like a real nice preliminary rollout opportunity if the tech is far enough along when the new building begins operation.
I agree, I never thought the idea of Apple producing a car was dead. I think Apple will go all in and not partner, a'la ROKU w/ another manufacturer.
That unspoken equality is not deserved. It is not possible now, nor will it be possible anytime soon, to make a good business selling electric cars to Americans. The distances driven here are too great, and the infrastructure for gasoline cars is already in place.
Meanwhile, self-piloting features will ultimately add only a few thousand dollars to the price of a car, but will generate far greater benefits to car owners. If a driver's time is worth $24 an hour and the car averages 40 MPH, then a self-piloting feature is worth 60c per mile. Over five years, the driving time will be diverted to other activities worth $36,000 to the car buyer. Other intangible benefits, including fewer accidents and lower insurance rates, will make self-piloting features a huge hit with consumers. So who wouldn't buy a robot-chauffeur for an extra $5000?
Under the circumstances, I am not surprised that Apple hired an expert in hybrid power from Porsche. Hybrid is a reasonable compromise, while battery technology is given time to improve.
The other thing to keep in mind is that a self-piloting "room" will not need a fast 0-60 time, nor will it need to go around corners fast. A comfortable ride provides the best setting to do something more interesting while in transit. So smaller engines and fairly standard technology may provide 50 MPG or better, when a robot without an ego is behind the wheel. Robot chauffeurs pollute less.
This whole notion of workers being available 24/7/365 through the Internet needs to end. Employees need their personal time to be healthy and happy.