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2016 Nissan Maxima launches production in Tennessee

The 2016 Nissan Maxima saw its big debut at the end of the brand's 90-second Super Bowl commercial this year. However, we didn't get the full details about the latest generation of the model marketed as the four-door sports car until the recent New York Auto Show. Now just a few weeks later, the sedans are rolling down the assembly line in Smyrna, TN, and they should hit the road this summer. "Today's launch of the all-new Maxima is the beginning of an exciting year for Nissan's US lineup, with new versions of the Altima, Sentra and Titan due later this year," John Martin, Nissan's senior vice president for manufacturing, supply chain management and purchasing, said in the production announcement. The sedan's revised 3.5-liter V6 is also made in Tennessee at Nissan's Decherd Powertrain Plant. The 2016 Maxima certainly looks different than other mainstream sedans with its prominent V-shaped grille, slashing headlights and floating roof. Prices start at $32,410, plus $825 for destination. For that, customers get a 300-horsepower V6 that's connected to what Nissan claims is a "performance-oriented" CVT. The latest model is also estimated to get 30 miles per gallon on the highway. NISSAN BEGINS PRODUCTION OF EIGHTH-GENERATION MAXIMA "4-DOOR SPORTS CAR" IN TENNESSEE NASHVILLE, Tenn. – Nissan's Smyrna Vehicle Assembly Plant continues its reign as the top-producing automotive plant in North America, as Gov. Bill Haslam, U.S. Senator Lamar Alexander and Tennessee Economic and Community Development Commissioner Randy Boyd joined plant employees to celebrate the start of production for the all-new 2016 Nissan Maxima. "When Nissan came to Tennessee more than 30 years ago, there were almost no auto jobs in the state," said Alexander. "Three decades later, about one-third of our manufacturing jobs are auto related, auto suppliers have located in 80 counties, and our family incomes are higher. I want to thank Nissan for providing opportunities for thousands of talented Tennesseans." The first U.S.-assembled Maxima rolled off the assembly line in Smyrna in January 2003. Since then, Nissan has produced nearly 800,000 Maxima sedans at the plant, with more than 60,000 shipped to markets worldwide. Maxima is one of six models currently built at the Smyrna plant and is assembled on the same line as the Altima midsize sedan and all-electric Nissan LEAF. Maxima's new 3.5-liter, VQ-series V6 engine is also assembled in Tennessee at Nissan's Decherd Powertrain Plant.

Nissan-Renault and game developer plan driverless ride-hailing

TOKYO - The Nissan and Renault alliance plans to launch driverless ride-hailing and ride-sharing services in coming years, as the automakers look beyond making and selling cars to survive an industry being quickly transformed by new services. Automakers are leveraging expertise in automated driving functions for mass-market cars to develop mobility services, as they compete with tech firms such as Alphabet Inc and Uber in the fast-growing "pay-per-ride" market which threatens to hit demand for car ownership. Ogi Redzic, head of Nissan-Renault's Connected Vehicles and Mobility Services division, said the alliance would begin self-driving services based on its electric cars "certainly within 10 years," though not likely before 2020. "We think that the big opportunity for us is in automation, electric vehicles and ride-sharing and hailing together," Redzic said in an interview on Thursday. Nissan and Renault join a small group of automakers aiming to enter the ride-hailing market, which Goldman Sachs last month estimated would grow eightfold by 2030 to be five times the size of the taxi market. Redzic said the Japanese and French partners were testing self-driving vehicles, and that any service would run on pre-mapped courses with predetermined pick-up and drop-off points. The two automakers are developing the system with Japanese game software maker DeNA Co Ltd and French public transport operator Transdev SA. German rival BMW AG is also testing autonomous vehicles for use in ride-hailing services, while Uber has been developing self-driving technology. U.S. tech firm nuTonomy Inc and ride services company Lyft Inc, which counts General Motors Co as a major shareholder, this month announced they would begin piloting an autonomous vehicle ride-hailing service in Boston. Redzic said to market a self-driving service, regulations need to change to allow driverless cars on roads. At the moment, most global jurisdictions do not expressly authorise vehicles to operate on regular roads without a driver. "It doesn't just depend on us," he said. "To become fully driverless you need laws to change." Reporting by Naomi TajitsuRelated Video:

Recharge Wrap-up: Renault-Nissan at COP21, fast charging viability

Nissan and Renault's combined fleet of 200 EVs drove over 175,000 kilometers (about 108,700 miles) during the COP21 environmental summit in Paris. The largest fleet of EVs for any international conference served as shuttles for attendees, saving almost 182 barrels of oil and 18 tons of CO2 emissions. In addition to providing the Nissan Leaf, Nissan e-NV200, and Renault Zoe EV shuttles, the Renault-Nissan Alliance also set up a network of 90 chargers to support the fleet. 13 of the 27 quick and semi-quick chargers will remain in place for public use. Read more in the press release below.Siemens names Ann Arbor, Michigan for its first Center of Excellence for Intelligent Traffic Technology. The company will implement new and upgrade existing traffic technologies in the city, including cloud-based traffic management software, local controller software and an adaptive traffic control system designed to improve traffic flow and safety. In a college town with highly varying numbers of students and visitors throughout the year, "the need to move traffic in and out of the city efficiently is crucial not only for economic and environmental impacts, but for quality of life for Ann Arbor residents," says Marcus Welz, president of Siemens Intelligent Traffic Systems. Many Ann Arborites (your author included) would surely agree. Read more at Green Car Congress, or in the release from Siemens.A study in Ireland found that public fast charging could soon become commercially viable. The researchers found parking spots to be the most popular public charging locations, and that fast chargers saw the most frequent use, suggesting commercial viability for the infrastructure in the short- to medium-term. The study also found that most drivers prefer to charge at home, and do so during peak hours. Incentivization could be necessary to break people from this habit. Read more at Green Car Congress.