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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.

Honda recalling 143K Civic, Fit models for CVT

Honda is recalling 143,676 examples of the 2014-2015 Civic and 2015 Fit for a problem with the way that its software controls the CVT. Currently, the system uses high hydraulic pressure in the transmission at times, which can put stress on the drive pulley shaft. Also, some of those parts "may have been produced at the low end of the hardness specification" during manufacturing, the automaker reports. When the two factors are combined over time, the high pressure could cause the shaft to break. If this happens, it would result in losing drive to the front wheels or in them locking up. According to documents submitted to the National Highway Traffic Safety Administration (as a PDF), Honda received the first report of a shaft breaking in July 2014 in the US, and there was a wheel lockup in Canada in January 2015. As of September 3, there were 23 warranty claims about this issue but no reported injuries. The fix will be an update to the CVT's software, and the recall will begin October 16, according to NHTSA. Honda is urging owners to get their vehicles repaired as soon as they receive the notification. Related Video: Statement by American Honda Regarding CVT Drive Pulley Shaft Recall: 2014-2015 Civic and 2015 Honda Fit Oct 1, 2015 - TORRANCE, Calif. Honda will voluntarily recall approximately 143,000 model-year 2014-2015 Civic and 2015 Fit vehicles in the United States to update the software that manages the continuously variable transmission (CVT), free of charge. Affected vehicles have CVT control software that is written to use high hydraulic pressure during certain CVT operation modes, which as a result may subject the drive pulley shaft to high stress. In addition, during manufacturing of the drive pulley shaft, some parts may have been produced at the low end of the hardness specification. If shafts with lower hardness are repeatedly subjected to the specific high hydraulic pressure modes, it may result in the shaft breaking during operation. If the drive pulley shaft breaks, the vehicle may lose acceleration or the front wheels may lock up while driving, increasing the risk of a crash. No crashes or injuries have been reported related to this issue, which was discovered through the warranty claim process in the United States. Honda is announcing this recall to encourage each owner of an affected vehicle to take it to an authorized dealer as soon as they receive notification of this recall from Honda.

2015 Honda Civic Type R First Drive [w/video]

"VTEC just kicked in, yo." What's now a tired meme was once the greatest part of Honda ownership: the abrupt switch in power and tone as the engine's variable valve timing switched to the high-rev profile. The original VTEC gave way to i-VTEC, a continuously-variable system that works better on paper, but lacked the two-mode thrill. Fast forward to the 2015 Civic Type R, which combines modern VTEC with turbocharging for the first time on this nameplate. It's a pair as perfect as peanut butter and jelly. Or Han and Chewie. With ratings of 306 horsepower and 295 pound-feet, it's the most powerful Civic ever sold. Boost just kicked in, yo. The Civic Type R has always been an object of unfulfilled desire for enthusiasts in the US and Canada. While Europe and Japan have had multiple generations of the hottest Civic, we made do with the less powerful versions carrying the Si badge. Unfortunately, the 2015 model is another one we can't have. That said, this Euro-spec car's heart will form the basis of a new Civic Type R that's coming to America, possibly as early as 2016 as a 2017 model. The US will even get a cool five-door hatchback shell similar to the one you see here. If the next North American model – previewed by the coupe concept from this year's New York Auto Show – is any indication, our tenth-generation Civic is headed in a welcome styling direction. And before the Type R arrives, sweet turbo/VTEC goodness is promised in the form of a 1.5-liter four-cylinder engine that will power less sporty Civic models, including an Si that will slot below the Type R. There is an anchor's worth of stopping power available. Proving how focused the new Type R is towards gearheads, the sole transmission option is a six-speed manual, which makes it easy to exploit the engine's 7,000 rpm redline and 6,500 rpm power peak. This engine-speed ceiling is a thousand revs lower than the last naturally aspirated Type R. Indeed, the era of turbocharging seems like the end of Honda's history of screaming high-rev motors. But forced induction trades revs for torque. The new car has more than twice the oomph of the previous, 198-hp Type R. Our question then, is if that power and torque come with any character. The 2015 Honda Civic Type R is a very capable car, both on the street and at the track. We expected a stiff ride, but it's not bone-jarring. Double-jointed front struts and a clever knuckle design isolate steering from the up-and-down movement of the suspension.