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Average new-car fuel economy figures continue record pace

Manufacturers are making more efficient cars and trucks; we've known that to be true for some time. Nearly every new car has some sort of trick to eke a few extra miles out of every gallon of fuel. Whether that be turbocharging, active aerodynamics or hybrid technology/electrified powertrains, the fact is that our vehicles are more efficient than ever before.
Thanks to a recent study by TrueCar, we've got fresh quantitative data to support the above statements. For the fourth month in a row, we've seen an improvement in national fleet fuel economy. We Americans are 0.7 miles per gallon more efficient than we were last month, and our cars are 1.6-mpg better than at this time last year. That said, we're still down on 2013's high, which was set back in January at 24.5 mpg.
Not only does this reflect the improved technologies in our vehicles, but it demonstrates a changing mindset among consumers, who are purchasing more efficient vehicles despite the relative stabilization of fuel prices. Every fuel-efficient model sold drives its manufacturers fleet average up.

Japan wants to boost fuel-cell numbers 100x by 2020

How many hydrogen refueling stations will Japan need? Can each station handle 250 fuel-cell vehicles? They can in the Japanese government's new plans for hydrogen fuel-cell vehicle growth and station deployment throughout the country. With Prime Minister Shinzo Abe continuing to trumpet fuel cells as the advanced powertrain of the future, the government says the number of fuel-cell vehicle on its roads will multiply by 100 within the next four years, according to the Japan Times. Specifically, Japan, which is home to about 400 fuel-cell vehicles today, hopes to have 40,000 by 2020 and a whopping 800,000 by 2030. More importantly, Japan has 80 stations either in operation or slated to be deployed soon, and hopes to double that number by the end of the decade. For perspective's sake, the US has about two-dozen publicly accessible hydrogen fuel cell stations today, according to US Department of Energy. The newer ones are can dispense 100 kilogram a day, which can fuel 20-25 cars a day. Japanese automakers Honda and Toyota appear to be trying to do their parts in the H2 plan. Earlier this month, Honda started leasing its Clarity fuel-cell vehicle in Japan and is planning to bring them to California later in the year. The vehicle, which is priced at about $68,000 in Japan, is said to be able to travel about 466 miles on a full hydrogen tank, per the more lenient Japanese driving cycle (roughly 300 miles on the US scale). Honda will start production at a rate of 200 vehicles a year. With skin in the game, though, Honda indicated late last year that it was frustrated with what it said was the slow pace of fuel-cell station deployment in Japan, according to Bloomberg News. Honda was collaborating with hydrogen supply company Iwatani Corp. on what they called a "Smart Hydrogen Station," though that concept was in its testing phase as of last December. The Mirai also started sales in Japan and debuted in limited numbers in California last year. Last fall, Toyota set a rather lofty goal of selling 30,000 fuel-cell vehicles a year by 2020 as part of its Toyota Environmental Challenge 2050. Related Video: News Source: Japan TimesImage Credit: YOSHIKAZU TSUNO via Getty Images Green Honda Toyota Hydrogen Cars

Honda recalling 25k Odyssey minivans over side curtain airbags

Honda's refreshed 2014 Odyssey (now with 100-percent more vacuum power!) launched last year, but is now being called back for issues related to the side curtain airbags. According to Honda, 24,889 Odyssey minivans are affected by an issue that may cause the Supplemental Restraint System (SRS) warning light to illuminate or, even worse, cause the side airbags to not deploy in a crash.
What went wrong, exactly? We'll let Honda explain:
During assembly of the electrical coupler for the side curtain airbag on the passenger's side of the vehicle, it is possible that the shorting terminal, which is used to prevent deployment of the airbag before it is assembled into the vehicle, may have been damaged. A damaged shorting terminal may illuminate the Supplemental Restraint System (SRS) indicator as well as prevent the side curtain airbag from deploying during a crash, increasing the risk of injury.