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Toyota's new TNGA platform could boost Prius to 58 mpg

First, let's put the necessary context around the phrase, "Toyota New Global Architecture platform." The platform is important, but it is just one flowering bud sprouting from the real action, which is the production processes that will create it. It is crucial to understand that TNGA is fundamentally about a revolution in how Toyota designs and builds its cars - it even includes an overhaul of management and human resources - with one of the benefits being the new platform that the 2016 Prius will ride on. The Daily Kanban goes in depth about the changes, but integrated development for powertrain and platforms serves to reduces costs through more parts-sharing at the same time as it creates more cohesive platforms that are lighter, more compact, and have more efficient layouts. Regarding hybrids, Toyota says the new drive unit layout along with small components could raise hybrid efficiency "by more than 15 percent." That might enable the 2016 Prius to return 57.5-mpg combined - almost 59 in the city, 55 on the highway. Plus, the higher rigidity, lower center of gravity, and better suspension of the new platform will provide a better driving experience. All of these changes will be reflected in platforms for large and rear-wheel-drive vehicles, too. It is factory and build-process refinement that allows the development advances to be fully exploited. Toyota is making its lines more flexible, partly by having actual assembly lines that can easily be shortened, lengthened, or trucked somewhere else, and partly by introducing machines that can build parts for many different vehicles on the same line as needed, without using molds. The flexibility extends to capital investment, too, with much less money needed in order to switch to a new product build. Toyota says it is doing this to "improve core vehicle performance and product appeal," the overhaul making it simpler to produce new designs and features. Factory workers benefit from the flexibility as well; being able to build more types of cars means they aren't hamstrung by the sales fortunes of a small number of models. You'll find plenty of specifics in the press release below. Making Ever-better Cars: A Progress Report "Sudden and drastic changes in the business environment mean that conventional ways of thinking and doing business can no longer help us grow sustainably.

Toyota Crown celebrates 60 years

Toyota offers a robust lineup of cars in North America, but while the Crown may not be one of them, that wasn't always the case. And this year, the company's longest-running nameplate is marking its sixtieth anniversary. First introduced way back in 1955, the Crown was Toyota's first major export. It became the first Japanese passenger car to reach the US market when the first-generation Crown was launched here in 1958, and marked the company's arrival in Europe when the second-gen model arrived in Denmark in 1963. It started building the Crown in Australia in 1967 and in China more recently in 2005. The Crown is now on its fourteenth generation, and to mark its birthday, Toyota is launching the sedan for a limited time only in sky blue and bright green. Jan. 08, 2015 Toyota 'Crown' Turns 60 Sixty years ago this week, Toyota launched the "Crown", a luxury sedan that would go on to become the company's longest-running passenger-car nameplate and a significant vehicle in the history of the Japanese automobile industry. In 1958 the Crown became the first Japanese passenger car to be exported to the United States, and also started Toyota's passenger car exports to Africa in 1957 and Europe in 1962. Now in its 14th generation, its foremost models are the Crown Royal deluxe saloon and the Crown Athlete sports sedan, both with hybrid powertrain options. In Japan, Toyota is marking the anniversary with the introduction of limited-time-only sky blue and bright green exterior body colors. Toyota Crown Milestones January 1955 First generation launched April 1957 Exported to Ethiopia, Africa August 1958 Exported to the United States October 1962 Second generation launched December 1963 Exported to Denmark, Europe February 1965 Exported to Canada February 1967 Assembly begins in Australia September 1967 Third generation launched February 1971 Fourth generation launched October 1974 Fifth generation launched September 1979 Sixth generation launched August 1983 Seventh generation launched September 1987 Eighth generation launched October 1991 Ninth generation launched December 1995 10th generation launched October 2001 11th generation launched December 2003 12th generation launched March 2005 Production begins in China February 2008 13th generation launched December 2012 14th generation launched

Toyota close to licensing deal with BMW for fuel cell technology

For over a year now, we've been hearing about a potential partnership between Toyota and BMW on everything from sports cars to lithium-ion batteries, but one of the first cooperative projects between these two automakers could bring Toyota's hydrogen fuel cell technology to a BMW vehicle. Reuters is reporting that an announcement is likely to be made as soon as later this week regarding a BMW fuel cell vehicle that could be in production by 2020 with a prototype running around by 2015.
The last we heard of Toyota's fuel cell technology, it was in the FCV-R Concept that we saw at the 2011 Tokyo Motor Show, but there is no word how far along in development this system is. If it does come to fruition, such a vehicle for BMW would build on the automaker's commitment to hydrogen that started with the Hydrogen 7, which unlike a fuel cell vehicle, simply ran on hydrogen fuel rather than converting it to electricity for use in motors. We're definitely interested where this Toyota/BMW tie up could be headed.