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Porsche employees take pay cuts so they can build Mission E

Porsche's 13,000 workers in Zuffenhausen, Germany, agreed to work more and at adjusted wages to ensure that the factory can build the production version the Mission E electric performance sedan. Their sacrifices could save the German sports car maker several hundred million euros, according to Reuters. The Zuffenhausen site was possibly in danger of losing the Mission E because workers there receive higher wages than Porsche's other factories. The specific savings from these concessions reportedly include increasing the workweek by one hour to 35 hours and eliminating portions of pay increases between 2016 and 2025. Porsche didn't officially confirm the precise cuts, but a spokesperson told Reuters: "Employer and employees have jointly drawn up measures that have led to the decision of producing the Mission E model at Zuffenhausen." Porsche plans to invest about $768 million into the Zuffenhausen factory over the coming years. That money will help create over 1,000 new jobs and will build a new paint shop, assembly plant, and upgrade the engine factory to produce electric motors. The expansion will also allow the company to move all production of the Cayman and Boxster to Zuffenhausen by August 2016 rather than the current strategy of outsourcing some of the models' assembly to Osnabruck, Germany. The Mission E should enter production by 2020, and Porsche Executive Board Chairman Dr. Oliver Blume promises it to be the "most sophisticated model in this market segment." The concept at the 2015 Frankfurt Motor Show offered a glimpse at the next-gen technology by presenting a swoopy EV sport sedan with all-wheel drive and a total of 590 horsepower from two electric motors. Porsche claimed the concept could reach 62 miles per hour in just 3.5 seconds and go nearly 311 miles on the European testing cycle.

2014 Porsche 911 Turbo S

A Wicked-Fast Street Legal Multi-Tool
Walter Röhrl was carving up the circuit in the Porsche 911 Turbo S like a skilled Jedi Master - and I was sitting next to him, mesmerized by the breathtaking show. I had strapped myself securely into the front passenger bucket of the all-new coupe less than a minute earlier, expecting nothing more than a few quick laps around a track at the hands of another celebrated race driver. Been there, done that. Many times, actually.
Yet this was different. Röhrl was not only calculated and methodical in his approach, but his rally-tuned cerebrum appeared to be actively reading available grip levels while effortlessly tossing the all-wheel-drive Porsche into each corner at gut-wrenching speeds. His hands were moving rapidly, sending tiny steering corrections to the front tires, and he was using every inch of the track to extract more speed. We launched over a curb, dropped a wheel in the dirt and then drifted around a wide off-camber turn. His human precision and focus was astounding, and the performance he was extracting from the machine was just short of breathtaking.

Jay Leno puts carbon fiber wheels to the test on a Porsche 911 GT3 RS

Jay Leno's Garage usually focuses on looking at cars new and old, speaking to their owners and then Jay taking a drive to see what he thinks. However, Leno throws his usual shtick to the curb this week to do a full product test of the carbon fiber wheels from a company called Carbon Revolution. If you're not interested in hearing about wheels for 18 minutes, don't worry. They get mounted on a Porsche and are tested back-to-back with stock wheels, and Leno takes the 911 for a track test, too.
While carbon-fiber wheels aren't exactly a new idea, Carbon Revolution's goal is to create a lightweight, one-piece product that can be mass produced. The company even claims that it already has a deal with an OEM automaker to offer them on a vehicle in a few years. The key to the technology is that it doesn't need an expensive autoclave to be made.
In the meantime, the company's carbon fiber wheels are available as an aftermarket option for about $15,000 a set, according to the video. They weigh in at about 15.5 pounds each and offer OEM-levels of stiffness, so they could cut some unsprung mass off of a performance car. Watch here as Jay and his mechanic Bernard lap Willow Springs and give their feedback about what they think of this cutting-edge technology.