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For thousands of US auto workers, the downturn is already here

LORDSTOWN, Ohio - Wall Street is fretting that the auto industry is heading for a downturn, but for thousands of workers at General Motors factories in the United States, the hard times are already here. Matt Streb, 36, was one of 1,200 workers laid off on Jan. 20 - inauguration day for President Donald Trump - when GM canceled the third shift at its Lordstown small-car factory here. Sales of the Chevrolet Cruze sedan, the only vehicle the plant makes, have nosedived as consumers switch to SUVs and pickup trucks. Streb is looking for another job, but employers are wary because they assume he will quit whenever GM calls him back. "I get it," said Streb, who has a degree in communications, "but it's frustrating." Layoffs at Lordstown and other auto plants point to a broader challenge for the economy in Midwestern manufacturing states and for the Trump administration. "This is about economics, not what Trump says. Even if Trump went out and bought 10,000 Cruzes a month, he wouldn't get the third shift back here." The auto industry's boom from 2010 through last year was a major driver for manufacturing job creation. The fading of that boom threatens prospects for US industrial output and job creation that were central to Trump's victory in Ohio and other manufacturing states. "This is about economics, not what Trump says," said Robert Morales, president of United Auto Workers (UAW) union Local 1714, which represents workers at GM's stamping plant at Lordstown. "Even if Trump went out and bought 10,000 Cruzes a month, he wouldn't get the third shift back here." Last week the Federal Reserve said factory output fell 0.4 percent in May, the second decline in three months, due partly to a 2 percent drop in motor vehicles and parts production. Mark Muro, a senior fellow at the Brookings Institution, has compiled data from government sources that show the auto industry punching higher than its weight in job creation in recent years - accounting for between 60 percent and 80 percent of all US manufacturing jobs added in 2015 and 2016. In the first quarter of this year, the auto industry accounted for less than 2 percent of the 45,000 manufacturing jobs created. "There's no argument with the idea that auto has been pulling the manufacturing sled up the mountain for the last three or four years," Muro said.

Car Stories: Owning the SHO station wagon that could've been

A little over a year ago, I bought what could be the most interesting car I will ever own. It was a 1987 Mercury Sable LS station wagon. Don't worry – there's much more to this story. I've always had a soft spot for wagons, and I still remember just how revolutionary the Ford Taurus and Mercury Sable were back in the mid-1980s. As a teenager, I fell especially hard for the 220-horsepower 1989 Ford Taurus SHO – so much so that I'd go on to own a dozen over the next 20 years. And like many other quirky enthusiasts, I always wondered what a SHO station wagon would be like. That changed last year when I bought the aforementioned Sable LS wagon, festooned with the high-revving DOHC 3.0-liter V6 engine and five-speed manual transmission from a 1989 Taurus SHO. In addition, the wagon had SHO front seats, a SHO center console, and the 140-mph instrument cluster with mileage that matched the engine. When I bought it, that number was just under 60,000 – barely broken in for the overachieving Yamaha-sourced mill. The engine and transmission weren't the only upgrades. It wore dual-piston PBR brakes with the choice Eibach/Tokico suspension combo in front. The rear featured SHO disc brakes with MOOG cargo coils and Tokico shocks, resulting in a wagon that handled ridiculously well while still retaining a decent level of comfort and five-door functionality. I could attack the local switchbacks while rowing gears to a 7,000-rpm soundtrack just as easily as loading up on lumber at the hardware store. Over time I added a front tower brace to stiffen things a bit as well as a bigger, 73-mm mass airflow sensor for better breathing, and I sourced some inexpensive 2004 Taurus 16-inch five-spoke wheels, refinished in gunmetal to match the two-tone white/gunmetal finish on the car. That, along with some minor paint and body work, had me winning trophies at every car show in town. And yet, what I loved most about the car wasn't its looks or performance, but rather its history. And here's where things also get a little philosophical, because I absolutely, positively love old used cars. Don't get me wrong – new cars are great. Designers can sculpt a timeless automotive shape, and engineers can construct systems and subsystems to create an exquisite chassis with superb handling and plenty of horsepower. But it's the age and mileage that turn machines into something more than the sum of their parts.

Ford opens research center in Silicon Valley

These days, the software running a vehicle's myriad of electronic systems seems to be getting nearly as much development focus from automakers as the traditional mechanical parts that keep a car going. Constantly improving that technology requires a lot of experimentation, though, and Ford is expanding its presence in Silicon Valley with the just-opened Research and Innovation Center Palo Alto to make that progress possible. Ford opened its first office in the country's technological hub in 2012 to draw talent and devise ways to deal with vast amounts of sensor data. Apparently, setting up shop in Silicon Valley was deemed a success because the Blue Oval decided to create this new lab in the Stanford Research Park to focus on five areas: connectivity, mobility, autonomous vehicles, customer experience and analytics. Among the center's potential projects, Ford is hoping to develop better natural speech recognition, which is absolutely vital for improving infotainment systems. Assuming the tech eventually works well enough, your voice might even be used to adjust a vehicle's power seats, according to the automaker. The Blue Oval is also letting engineers from Stanford University test autonomous driving algorithms on a self-driving version of the Fusion. In a smaller stakes venture, researchers are working to get a Nest smart thermometer to automatically adjust the temperature at home depending on if an owner's vehicle is leaving or coming back. To really show that its serious about these ventures, Ford hired Dragos Maciuca away from Apple as the center's technical leader. The automaker also wants to have 125 researchers at work there by the end of the year.