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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

Japanese dealer petitioning Lexus for luxury van [w/poll]

Used to be that if you wanted a luxury automobile - especially one to be chauffeured around in - your choices were basically limited to a sedan. It could be bigger or smaller, more or less expensive, depending on your needs and budget, but it was always going to have four doors and a trunk. But these days the rich and famous are looking elsewhere for their commodious forms of pampering transportation. There are, of course, the crossovers and SUVs, which only seem to be getting bigger and more expensive thanks to the likes of the Mercedes-Benz G-Class, Range Rover L and upcoming Bentley sport-ute. But luxury vans are becoming the new big thing.
That's the point that one dealer in Japan is trying to make to Toyota. The dealership owner himself reasons that if he's going out on the town, he's likely to take his chauffeured Lexus LS. But if he's taking a few friends along, even the biggest sedan isn't going to cut it. So he takes a Toyota Alphard (pictured above, also known as the Vellfire), a JDM van that's even bigger than a Voxy/Noah or Sienna but hardly a high-end affair. That's why he's asking Lexus to make a luxury van.
The idea may seem a little far-fetched, but isn't without precedent. It didn't take much for Lexus to transform the Land Cruiser into the LX and thus create its first luxury SUV. And as Mercedes has shown with pimped-out versions of the Sprinter and now with the debut of the new V-Class in Geneva, there's clearly a market for it... in some countries, anyway. The only question in our minds is how long it's going to take other luxury automakers to catch on, because let's face it: the Chrysler Town & Country ain't gonna cut it for those used to be driven around in a Maybach.

Old Toyota Camry Hybrid batteries find new life in Yellowstone

Beginning this fall, used hybrid batteries that would otherwise be recycled will get a second life in Yellowstone National Park. 208 nickel-metal hydride batteries are being retired from the Toyota Camry Hybrids they once helped power and will become part of an off-the-grid energy system at Yellowstone's remote Lamar Buffalo Ranch field campus. The Lamar campus provides field seminars and other education and research in the northeastern corner of the park. The energy stored in the battery packs will come from solar panels and micro-hydro turbines. The total storage capacity of the batteries is 85 kWh, which is sufficient to provide plenty of emissions-free power to the five buildings at the field campus. Toyota says this program essentially doubles the life of the batteries that are no longer suitable for driving. It's great to see the batteries get another life cycle before recycling, especially in a place where wild animals easily outnumbers the cars. The battery project is part of a larger partnership between Toyota and Yellowstone. Toyota has previously donated a RAV4 and $50,000 to support sustainability projects at the park. In addition to the energy system being implemented at the Lamar Buffalo Ranch, Toyota has taken part in similar energy projects. Beginning last year, Toyota dealers in Japan have been using hybrid batteries for power storage. Also, Toyota Motor Manufacturing Alabama is testing a system to use hybrid batteries to power operations and for emergency backup power. Learn more in the press release from Toyota below. Buffalo and Bears and Batteries – Oh My! Toyota Brings Power to Yellowstone National Park June 04, 2014 Yellowstone...Where the Deer and the Antelope and the Prius Play Torrance, Calif. (June 4, 2014) – The nation's oldest National Park is ready for some new power. Toyota Camry hybrid batteries will soon power the Lamar Buffalo Ranch field campus in Yellowstone National Park. It's a new lease on life for the batteries and new, zero emission, energy option for the Park. Now that's a "bear-able" solution! The stationary distributed energy system will feature 208 used Camry Hybrid nickel-metal hydride battery packs and a total storage capacity of 85 kWh, more than enough pluck to power the five buildings on the Ranch field campus.