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2015 Toyota Camry set to circle NASCAR track near you

Toyota recently introduced the all-new 2015 Camry for the street, so it follows that it should want to promote its new bread-and-butter sedan by putting it out on the racetrack as well. And that's just what it's done here with the release of the new Toyota Camry for the NASCAR Sprint Cup Series.
The new Camry represents the first reskin of the standard stock car chassis since the Gen-6 model was introduced in 2012. Toyota's Calty Design studio worked closely with series organizers to determine which parts could be redesigned to more closely resemble the new production model, and what you see here is the result. Since it is based on the same control chassis as all the others, the Camry's skin is applied over a steel tube frame and powered by an old-school 5.86-liter pushrod V8 mated to a four-speed manual gearbox.
Although the idea of a Japanese automaker in American stock car racing didn't initially get the warmest reception from some of the good ol' boys when it first entered the series back in 2007, it has by now become a staple of the NASCAR circuit. After all, it's hard for even the most patriotic of racing fans to argue with the US-built Camry's ranking as one of the most American cars by content on the market.

Recharge Wrap-up: Mirai earns Toyota "Most Innovative" honor, Tesla cold-weather range

A Tesla driver has graphed the effect of cold weather on the driving range of his Model S. Rob at Teslarati kept track of the amount of miles driven and energy used and mapped that against temperature readings to find how the colder temperatures affect efficiency. The results were an average of 10 miles of range lost for every 10-degree drop in temperature. Also, he calculated that drivers will lose about 25 percent more range when the roads are slippery. Read more at Teslarati. Albany Engineered Composites (AEC) is teaming with automotive engineering and consulting company Ricardo to provide lightweight components to the automotive industry. AEC produces composites for the aerospace industry, and having proven themselves in that field, they show promise for helping automakers make their cars lighter and more efficient without sacrificing structural integrity. "The agreement announced today is excellent news for our global automotive customers as we work to find further weight reductions in vehicles to meet future CO2 reductions," says Ricardo CEO Mark Garrett. With carbon composite prices expected to drop, Garrett believes this is an "attractive solution" for structural components. Read more at Ricardo's website. Toyota Motor Europe (TME) wants to recover all of its hybrid batteries for remanufacturing. TME currently recovers 91 percent of Toyota and Lexus batteries at the end of the vehicles' lives through dealerships, and is now working with independent end-of-life vehicle treatment operators to recover the rest. Beyond just being recycled, Toyota is looking into remanufacturing batteries for other vehicles or for stationary energy storage systems. Read more in the press release below. Fast Company Magazine has recognized Toyota as one of the 50 Most Innovative Companies for 2015 for its Mirai fuel cell sedan. "Toyota plans to do for fuel cells what its Prius did for hybrids: make them ubiquitous and top of mind for environmentally conscious consumers," says Fast Company. The article also notes that Toyota has also made its fuel cell patent public and invested in hydrogen fueling infrastructure. Toyota is ranked number 18 in the Most Innovative list, just below Tesla. Read more at Fast Company.

Toyota Yaris Hybrid-R is road-going version of brand's racing technology [w/video]

Did you know that the Yaris is Toyota's best-selling vehicle in Europe? That may help explain to us Americans why the car that's lowest on the company's totem poll here in the US got turned into an all-wheel-drive hybrid track monster for the 2013 Frankfurt Monster Show.
Called the Toyota Yaris Hybrid-R, this three-door pocket rocket isn't just a hybrid making a lot of horsepower - it incorporates technology from Toyota's TS030 Hybrid racecar that competes in the FIA World Endurance Championship series, including the 24 Hours of Le Mans. The Yaris Hybrid-R packs a 300-horsepower, turbocharged, 1.6-liter four-cylinder engine under its hood, which should be enough for most speed freaks, but Toyota pairs it with two 60-hp electric motors at each rear wheel (the same ones used in the production Yaris Hybrid that's sold in Europe). That makes total system output an insane-for-this-size 420 hybrid horsies.
But that's not all, as the Yaris Hybrid-R forgoes the traditional battery pack below the rear seats in favor of a supercapacitor, which can both hold more energy and has a much faster power charge/discharge speed than traditional batteries. Paired with the supercapacitor is a third 60-hp electric motor/generator positioned between the engine and six-speed sequential transmission. Its job is to feed the super capacitor energy during deceleration and direct its power to the rear electric motors when more grip and oomph is needed.