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Toyota plans $126M expansion of MI R&D facility

Toyota has just announced that it will be investing $126 million to expand its operations in and around Ann Arbor, MI. The move will add around 85 jobs. In addition to expanding its Ann Arbor powertrain research and development facility (shown above), Toyota will also establish a new facility for vehicle development at its York Township facility. The move will allow the company to centralize its operations, "increasing their scope, responsibility and decision-making ability," Toyota said in a statement. "Centralizing our vehicle development and powertrain functions here in Michigan is beneficial for our decision-making process and allows us to better respond to changes in the marketplace while improving the speed at which we can offer technology advances to customers," says Ed Mantey, the senior VP at the Toyota Tech Center. This is Toyota's second investment in the Ann Arbor area in barely a year, as it made a $28 million investment late in 2013. Scroll down for the official press release from Toyota. More Toyota in the Motor City Toyota Technical Center to consolidate development operations December 18, 2014 Ann Arbor, Mich. (Dec. 18, 2014) – Toyota announced today that it is planning another expansion of its Southeast Michigan R&D campuses. This marks the third time in just over a year that Toyota has announced plans to increase employment and investment in Michigan. Today's announcement features a total investment of $126 million for the expansion of Toyota's powertrain operations at its Ann Arbor campus and the consolidation of vehicle development operations at a new facility on its York Township campus. Both vehicle development and powertrain functions will become centralized in Michigan, increasing their scope, responsibility and decision-making ability while providing improved communication and access to the company's direct procurement division. Approximately 85 jobs will relocate to Michigan from California by the end of 2016 as a part of the move. In late 2013, Toyota announced a $28 million expansion of its Ann Arbor operations and earlier this year announced the addition of 250 direct procurement and supplier engineering development positions currently based in Erlanger, Ky. "The Technical Center continues to be a vital part of our growing North American operations that enables Toyota to package greater value for our customers," said Ed Mantey, senior vice president at the Toyota Technical Center.

Toyota Mirai officially first hydrogen-powered pace car

In addition to the chance to see bumper-to-bumper racing in a unique atmosphere, the roar of V8 engines is one of the things that compel people to attend NASCAR events, rather than watching them from the couch on TV. The front end of the Toyota Owners 400 at Richmond International Raceway was a whole lot quieter, though, because the 2016 Toyota Mirai made its debut as a pace car there. Outfitted with a light bar and a special livery, the Mirai became the first hydrogen fuel cell vehicle to ever pace a NASCAR race and led the cars to the green flag for Saturday night's Sprint Cup round. The sedan was tested prior to the event to prove it had the performance required to lead the 43-car field. "Bringing the Mirai to Richmond to pace this important race is another way for Toyota to showcase our innovation and environmental leadership," Ed Laukes, company vice president of marketing, performance, and guest experience, said. There's some precedent for Toyota to show off its green credentials to the NASCAR audience. In 2009, a Camry Hybrid paced the Coca-Cola 600. The automaker's fuel cell tech already had a maiden motorsport outing, too. Late last year, the FCV Concept, which previewed the Mirai, was the zero car to check the roads for the Shinshiro Rally in Japan. TOYOTA MIRAI TAKES TO THE TRACK 23/04/15 Mirai Will Pace Toyota Owners 400 at Richmond Mirai Is First Hydrogen Fuel Cell Electric Vehicle to Pace a NASCAR Race RICHMOND, VA. (April 23, 2015) – Toyota today announced the 2016 Toyota Mirai, a hydrogen fuel cell electric vehicle, will pace the Toyota Owners 400 NASCAR Sprint Cup Series race at Richmond International Raceway on Saturday night, April 25. Today's approval allows the Mirai to serve as the first hydrogen-fueled vehicle to pace a NASCAR race. It will lead the Sprint Cup Series field to the green flag at Richmond on Saturday night and emit only water out of its tailpipe along the way. "Having a hydrogen fuel cell vehicle pace the Toyota Owners 400 is a historic moment for both Toyota and NASCAR and we're proud it's the Toyota Mirai," said Ed Laukes, vice president of marketing, performance and guest experience, Toyota Motor Sales, U.S.A.

Toyota takes self-driving step with patent for eyelid detection device

With the rise of smartphones and more advanced auto infotainment systems, combatting distracted driving is a growing concern. One day, fully autonomous vehicles could end the problem, but that solution is still at best years away for consumers. Until then, automakers are working to make the tech safer, and one way to do that is monitoring drivers' eyes to make sure they're paying attention. With a recent patent, Toyota thinks it can make the tracking work even better. In Japanese brand's patented solution, a camera constantly monitors the driver's upper and lower eyelids and uses the data to calculate how open the eyes are. The company admits systems like this already exist elsewhere, but they can sometimes return false results by detecting redeye instead of the location of a person's actual eyeball. To fix this, the automaker adds a further step to search for redeye. If it occurs where skin is already assumed to be, then the system can go back to tracking the accurate location of the eye. Toyota doesn't specify how it might use this technology, but more accurate data would always be useful. The company wouldn't be the first automaker to work on implementing eye detection, either. For example, General Motors has a pilot program using it to monitor distraction, and Jaguar Land Rover watches a driver's peepers to create the 3d image for its Virtual Windscreen. Related Video: