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Asian automakers still reluctant to use more aluminum

There's a logical progression of technology in the auto industry. We've seen it with things like carbon-ceramic brakes, which use to be the sole domain of six-figure sports cars, where they often cost as much as an entry level Toyota Corolla. Now, you can get them on a BMW M3 (they're still pricey, at $8,150). Who knows, maybe in the next four a five years, they'll be available on something like a muscle car or hot hatchback. Aluminum has had a similar progression, although it's further along, moving from the realm of Audi and Jaguar luxury sedans to Ford's most important product, the F-150. With the stuff set to arrive in such a big way on the market, we should logically expect an all-aluminum Toyota Camry or Honda Accord soon, right? Um, wrong. Reuters has a great report on what's keeping Asian manufacturers away from aluminum, and it demonstrates yet another stark philosophical difference between automakers in the east and those in the west. Of course, there's a pricing argument at play. But it's more than just the cost of aluminum sheet (shown above) versus steel. Manufacturing an aluminum car requires extensive retooling of existing factories, not to mention new relationships with suppliers and other logistical and financial nightmares. Factor that in with what Reuters calls Asian automaker's preference towards "evolutionary upgrades," and the case for an all-aluminum Accord is a difficult one. Instead, manufacturers in the east are focusing on developing even stronger steel as a means of trimming fat, although analysts question how long that practice can continue. Jeff Wang, the automotive sales director for aluminum supplier Novelis, predicts that we'll see a bump in aluminum usage from Japanese and Korean brands in the next two to three years, and that it will be driven by an influx of aluminum-based vehicles from western automakers into China. Only time will tell if he's proven right. News Source: ReutersImage Credit: Sean Gallup / Getty Images Plants/Manufacturing Honda Hyundai Mazda Nissan Toyota Technology aluminum

Red Bull RX-7 goes drift crazy on New Zealand's Crown Range

For the first time ever, the Crown Range, New Zealand's highest paved road, was closed off for the drifting pleasure of one man. That man is Mad Mike Whiddett, and the machine he's piloting is a heavily modified Mazda RX-7 sponsored by the energy-rich crew from Red Bull and powered by a 750-horsepower quad-rotor engine. There will be smoke. Lots and lots of smoke.
Mad Mike hits speeds in excess of 140 miles per hour over the course of the road's six and a half miles, which boasts 47 individual corners at over 3,500 feet of elevation. Scroll down for all kinds of fire-belching, tire-squealing and smoke-inducing action. Or, as Mad Mike himself puts it, "A dream turned into reality."

Mazda reports strong Skyactiv sales, plans to boost output 25%

Mazda is set to expand production of its Skyactiv engines after critical and commercial acclaim for the fuel-sipping powerplants. The Japanese manufacturer has a number of plans in the works to bump up production, with the first being a 25-percent increase in output from its Hiroshima, Japan engine facility.
Besides adding a new line, Mazda will modify the line that built MZR engines, a family of mills that includes the 2.3-liter, turbocharged four-cylinder found in the Mazdaspeed3 and the 2.0-liter found in the MX-5 Miata. The bump in production is just part of Mazda's goal of selling 1.7 million vehicles globally by 2016, with 80 percent of those vehicles expected to wear a Skyactiv badge.
Mazda also builds Skyactiv engines at a joint-venture facility with Ford, in Changan, China, while a Mexican facility will go online by March of 2014. Skyactiv engines currently power the Mazda3, Mazda6 and CX-5.