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Ford F-150 bumps Camry from top of Cars.com American Made Index

With July 4th just around the corner, what better time could there be for Cars.com to announce that the Ford F-150 is the Most American car of 2013? This may be especially true since it was the Toyota Camry, a car produced by a company based in Japan, that had held the top spot from 2009 to 2012.
Cars.com compiles its Most American list by considering the amount of parts each vehicle uses that come from America, where it's final assembly takes place and how many units per year are sold. "While the assembly point and domestic parts content of the F-150 didn't change from 2012-2013, vehicle sales are responsible for bumping the F-150 to the top spot," according to Patrick Olsen, Editor-in-Chief of Cars.com.
As far as automakers go (as opposed to individual models), Toyota retains the top spot it held in 2012, with General Motors, Chrysler, Ford and Honda (in that order) rounding out the list. The motivation behind this list each year, according to Olsen, is "to help car shoppers understand that 'American-Made' extends beyond just the Detroit three" and because "a study we conducted in 2012 indicated that 25 percent of shoppers surveyed preferred to buy American."

How Toyota's Le Mans racer may make its next Prius even better

The supercapacitor technology in the Toyota TS040 "offers great possibility for production car use." – Amanda Rice, Toyota Pop-culture junkies familiar with 1980s touchstone movies will hear the word "capacitor" and think Back to the Future. But the concept of supercapacitors being used in upcoming production models is being pushed by Toyota, not DeLorean. And because of that push, the future might look a little brighter for the Prius. The Japanese automaker will likely apply electric-motor technology used in Toyota's 24 Hours of Le Mans entry – the TS040 – in future versions of the world's best-selling hybrid, Australian publication Drive.com.au says, citing an interview with Toyota Motor Sports' Yoshiaki Kinoshita. Specifically, the racecar uses supercapacitors because they're effective at storing energy created when the vehicle is under braking, only to quickly redistribute it on demand for rapid acceleration. Kinoshita said Toyota may apply this technology to the Prius within the next five years. While declining to comment on specifics, Toyota spokeswoman Amanda Rice tells AutoblogGreen that the Le Mans vehicle "represents an advanced vehicle laboratory for hybrid vehicle and component development. The supercapacitor technology used in this vehicle with its fast charge and discharge capability offers great possibility for production car use." In her email, Rice added that the next-generation Prius will have smaller electric motors with greater power density and thermal efficiency, so let's add that to what we know or think we know about the fourth-generation model. Toyota entered two vehicles in this year's Le Mans race, and one of them had secured the pole-position and was leading much of the race before calling it quits 15 hours in because of electrical issues. Audi ended up winning the race, marking its 13th victory in the history of the French endurance contest.

Toyota says freezing temps pose zero problems for fuel cell vehicles

Hydrogen-powered fuel cell electric vehicles are not afraid of one thing – freezing cold weather. That's the latest from two companies that have been driving the cars in frostbite temperatures in the Northeast recently. Proton Onsite runs a fleet of 10 Toyota FCHV-adv fuel cell vehicles out of its Connecticut headquarters and discovered that the snow and three-degree temperature didn't restrict range. Mark Schiller, Proton vice president of business development, said in a statement that, "I went out to my Toyota FCHV-adv and brushed off a foot of snow before starting the car right up. No problem." While electric vehicles can have their driving range reduced in extreme temperatures (but not always), Proton Onsite hasn't seen that happen in the Polar Vortex. They're performing flawlessly in freezing temperatures even with the heaters blasting, and are continuing to hit their range of about 300 miles, Schiller said. Air Products, based on Allentown, PA, has had a similar experience. The FCHV-adv has had great performance under harsh conditions, according to Nick Mittica, commercial manager, hydrogen energy systems. Employees drove the fuel cell vehicle during one of Pennsylvania's worst winters in recent memory and, you guessed it, "No problem." Toyota says that has put its fuel cell fleet through the wringer, logging millions of miles over the last decade, to make sure performance can be delivered within extreme weather conditions. Toyota engineers spent weeks testing cold weather start up, performance and durability up in Yellowknife, Canada. Temperature can reach -30 degrees Celsius (-22 degrees Fahrenheit) at that location. On other end of the scale, Toyota was able to verify that its FCVs can handle driving through heat in Death Valley national park. We heard the same from Mercedes the other day, too. Extreme weather functionality is apparently something automakers want to make absolutely sure the public doesn't worry about. Jan. 30, 2014 – Record low temperatures have stranded many East Coast drivers, but not those driving a Toyota fuel cell hybrid vehicle. Connecticut-based Proton Onsite, which operates a fleet of ten Toyota FCHV-adv fuel cell vehicles, says that even in single digit temperatures, the FCHV-adv shows no signs of frostbite. "We had another snow storm Tuesday night and this morning the temperature was 3 degrees," says Mark Schiller, Proton vice president of business development.