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Toyota investing $750M, adding 600 jobs at 5 U.S. plants

BUFFALO, W.Va. — Toyota on Thursday announced it is investing an additional $750 million at five U.S. plants that will bring nearly 600 new jobs, including the production of two hybrid vehicles for the first time at its Kentucky facility. It marks yet another expansion of the Japanese automaker's U.S. presence, bringing to nearly $13 billion the amount it will spend by 2021. The latest investments are at facilities in Alabama, Kentucky, Missouri, Tennessee and West Virginia. Those same facilities were part of a 2017 announcement by Toyota for a $374 million investment to support production of its first American-made hybrid powertrain. Toyota Motor North America CEO Jim Lentz said the latest investments "represent even more examples of our long-term commitment to build where we sell. By boosting our U.S. manufacturing footprint, we can better serve our customers and dealers and position our manufacturing plants for future success with more domestic capacity." Toyota's Georgetown, Kentucky, facility will get a $238 million infusion to produce hybrid versions of Lexus ES 300 sedans starting in May and the Rav4 SUV starting in January 2020, the company announced. It also includes $288 million to increase annual engine capacity at Toyota's Huntsville, Alabama, facility. The plant will add 450 jobs to accommodate new four-cylinder and V6 engine production lines. Last year Toyota and Mazda announced plans to build a $1.6 billion joint-venture plant in Huntsville that will eventually employ about 4,000 people. Toyota also is spending $62 million on equipment to boost production of Toyota and Lexus cylinder heads at its Bodine Aluminum facility in Troy, Missouri, as part of its cost-saving New Global Architecture production strategy to share common parts and components among different vehicles. A $50 million expansion and equipment upgrade at its Bodine plant in Jackson, Tennessee, will add 13 jobs and produce engine blocks while doubling the capacity of hybrid transaxle cases and housings. And Toyota will add 123 jobs and spent $111 million to expand its plant and purchase equipment in Buffalo, West Virginia, to double the capacity of hybrid transaxles. Previously, Toyota also announced a $600 million investment at its Princeton, Indiana, plant to increase the capacity of its Highlander SUV and to incorporate the new production strategy, and $170 million to launch the 2020 Corolla on a new production line in Blue Springs, Mississippi.

Recharge Wrap-up: 'Racing Extinction' Tesla, Wards praises 3 hybrids

The makers of Racing Extinction used a tricked out Tesla Model S for their movie. The artists and activists used the electric car as a platform to project images from nature in various cities to raise awareness about imperiled wildlife. In addition to a the high-powered projector, the Model S features a electroluminescent paint job that emits light to mimic creatures found in the wild, such as bioluminescent sea life. It also has a thermal imaging camera in the front of the car with a filter to view CO2 emissions. Check it out in the video above, and read more at Ecomento. WardsAuto has named the 2016 Hyundai Sonata Plug-In Hybrid's powertrain to its list of 10 Best Engines. As the first plug-in hybrid to make the list, WardsAuto World Editor-in-Chief Drew Winter praises Hyundai engineers for their "impeccable job blending fuel efficiency with refinement and daily usability." Wards notes the car's smooth transitions between electric and hybrid modes, and a well-connected six-speed automatic transmission. Other electrified vehicles to make the list are the 2016 Chevrolet Volt and 2016 Toyota Prius. Read more from Hyundai, at Green Car Reports. FEV's plug-in hybrid battery pack has gone into vehicle series production. The 10-kWh battery pack, developed by the German development services provider, offers an all-electric range of about 30 miles. FEV says its battery management algorithms are just as important as choosing the right battery hardware. "The core system for the battery development is our own mature battery management system (BMS), now in its third generation, that together with optimized algorithms allows a very reliable and stable control of the battery," says FEV's Dr. Michael Stapelbroek. Read more at Green Car Congress, or in the press release from FEV below. Hybrid Vehicle Goes Into Series Production FEV development competence consists of batteries, controls, as well as complete drive systems FEV has demonstrated competence in the development of alternative drive concepts for almost twenty years. Most recently, yet another plug-in hybrid vehicle has gone into series production with technology provided by the Aachen-based developer. In addition to using an innovative transmission concept which is based on a FEV patent, FEV also developed the battery technology of the plug-in hybrid vehicle to series production readiness.

Green self-driving cars take center stage in Tokyo

Visions of cars that drive themselves without emitting a bit of pollution while entertaining passengers with online movies and social media are what's taking center stage at the Tokyo Motor Show. Japan, home to the world's top-selling automaker, has a younger generation disinterested in owning or driving cars. The show is about wooing them back. It's also about pushing an ambitious government-backed plan that paints Japan as a leader in automated driving technology. Reporters got a preview look at the exhibition Wednesday, ahead of its opening to the public Oct. 30. Nissan Motor Co. showed a concept vehicle loaded with laser scanners, a 360 degree camera setup, a radar and computer chips so the car can "think" to deliver autonomous driving. The Japanese automaker called it IDS, which stands for "intelligent driving system." Nissan, based in Yokohama, Japan, said it will offer some autonomous driving features by the end of next year in Japan. By 2018, it said vehicles with the technology will be able to conduct lane changes on highways. By 2020, such vehicles will be able to make their way through intersections on regular urban roads. Nissan officials said they were working hard to make the car smart enough to recognize the difference between a red traffic light and a tail light, learn how to turn on intersections where white lane indicators might be missing and anticipate from body language when a pedestrian might cross a street. Nissan's IDS vehicle is also electric, with a new battery that's more powerful than the one currently in the automaker's Leaf electric vehicle. Although production and sales plans were still undecided, it can travel a longer distance on a single charge and recharge more quickly. A major challenge for cars that drive themselves is winning social acceptance. They would have to share the roads with normal cars with drivers as well as with pedestrians, animals and unexpected objects. That's why some automakers at the show are packing the technology into what looks more like a golf cart or scooter than a car, such as Honda Motor Co.'s cubicle-like Wander Stand and Wander Walker scooter. Instead of trying to venture on freeways and other public roads, these are designed for controlled environments, restricted to shuttling people to pre-determined destinations. At a special section of the show, visitors can try out some of the so-called "smart mobility" devices such as Honda's seat on a single-wheel as well as small electric vehicles.