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Junkyard Gem: 2010 Pontiac Vibe

Just over a month before filing for Chapter 11 bankruptcy in June 2009, General Motors announced that the 83-year-old Pontiac Division would be "phased out" by the end of 2010. Only three Pontiac vehicles were sold as 2010 models in the United States: the Solstice, Vibe and G6 (new G3s were sold here during 2010 but they were all 2009 models, while the G5 was available as a 2010 model only in Canada and Mexico). Today's bit of junkyard automotive history is one of the very last Vibes ever built, found in a yard near Denver, Colorado. This car is significant not just as one of the final vehicles to bear Pontiac badges but also as one of the last cars built by the New United Motor Manufacturing Incorporated GM-Toyota joint venture in California, better known as NUMMI. The NUMMI factory began life as GM's Fremont Assembly, which built its first vehicle (a C-Series pickup) in 1963 and closed in 1982 after building its final vehicle (an Oldsmobile Cutlass Ciera). Rebooted as NUMMI, the first 1985 Chevrolet Nova (an Americanized AE82 Toyota Corolla Sprinter) rolled off the line in December of 1984. A quarter-century and better than eight million vehicles hence, NUMMI shut down production after its last Corolla was finished on April 1, 2010. While there was some noise about the Oakland Athletics building a new stadium on the site at the time, Tesla ended up buying most of the site soon after that. Tesla now builds more vehicles per year there than NUMMI ever did. The Vibe was co-developed with Toyota and based on the same platform as the ninth-generation Corolla. The Toyota Matrix was mechanically identical and was built in Canada, while the Japanese-market version (known as the Toyota Voltz) was built on the same NUMMI line as the Vibe and shipped across the Pacific. The Vibe/Matrix/Voltz got a redesign for the 2009 model year, but few noticed due to all the turmoil in the GM world at the time. The final Vibe was built in August 2009. This car was built in July of 2009, just before the end. It was living in West Texas just prior to coming to Colorado. El Paso is about a ten-hour drive from this car's current location. Once in the Centennial State, it got parked somewhere it shouldn't have been and ended up being auctioned to Pick Your Part. An occupant of this Vibe had time to sample some of the local agricultural products before that happened.

Toyota goofs again in latest Mirai fuel cell ad

In the "gotcha" culture engendered by social media and viral campaigns, it looks like Toyota got, well, got. The Japanese automaker is starting a campaign for its Mirai fuel-cell vehicle, and included a line about the fact that the car "breathes in air." Of course, all light-duty vehicles do that, as Jalopnik's Opposite Lock happily pointed out. Jalopnik added that even electric vehicles have an air intake for their heat exchangers. Oops. It looks like Toyota doesn't think this message is wrong, since the image is still up on the company's Google+ page. The Mirai can still lay claim to something that may impress the layman in that it emits only water vapor from its tailpipe. It's a pitch Toyota started making to Americans last November when the company said it would start Mirai sales this year in California. Toyota's charging an MSRP of $57,500 for those looking to buy the car outright or a three-year lease rate of $499 a month for 36 months (with $3,649 due at signing) for those to want to lease the car. Toyota also said in January that it would ramp up Mirai production to about 2,000 vehicles in 2016 from about 700 this year, as it expands distribution into Europe and the US. In the US, refueling the hydrogen will be free. Just like the chemistry lesson from Opposite Lock. Related Videos:

Toyota, Subaru developing RAV4-sized electric crossover and platform for more EVs

TOKYO — Toyota and Subaru announced they will jointly develop a battery-electric crossover on a platform developed for multiple production vehicles. The first crossover built on the platform will be a C-segment vehicle, which will be a small vehicle similar in size to a Toyota RAV4 or Subaru Forester. It will also be sold by both brands with altered styling and badging. The small crossover will only be the first vehicle to use the platform, though, as it's being developed for use in medium-small C-segment sedans and both D-segment larger sedans and crossovers. So we could see electric cars similar to the Corolla and Impreza, Camry and Legacy, and even the Highlander and Ascent on this platform in the future. Not surprisingly, this first electric crossover will have all-wheel drive, and the companies said that Subaru would provide all-wheel drive expertise with Toyota adding its electric powertrain knowledge. It's a safe bet that all of the future Subarus on the platform will have all-wheel drive, but it will be interesting to see if Toyota offers two-wheel- and all-wheel-drive iterations of its vehicles. The move to share technology underlines the conundrum facing Toyota and other global automakers, which are competing to develop new vehicle technologies including all-battery electric cars and self-driving cars, which require massive investment. "Subaru and Toyota believe that it is necessary to pursue a business model that goes beyond convention, crossing over industrial boundaries," the automakers said. Toyota is looking to partnerships with rival automakers and tech firms to reduce its capital outlay for developing these new technologies. In April, it announced it would supply other automakers with its hybrid technology, an area it has led since it pioneered the Prius in 1997. It also recently released the 2020 Toyota Supra, which shares a majority of its powertrain and chassis, among other things, with the 2020 BMW Z4. Toyota also provided hybrid development assistance to Subaru on the Crosstrek plug-in hybrid. Subaru, although experiencing massive, continual sales success, particularly in crossover and all-wheel-drive obsessed America, is still a small car company in the grand scheme of things. As such it's struggling to independently invest in and develop lower-emission vehicles and on-demand transportation services widely seen as necessary to survive technological upheaval in the global auto industry.