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2015 Honda Fit

The last time we left our subcompact hero, the plucky Honda Fit was getting a bit long in the tooth. But the second-generation model was still holding its own rather well, and for the enthusiast on a tight budget who wanted it all, it remained the car of record in its class. If you desired an endlessly practical and reliable little hatch that was fun to drive, it didn't get much better than the Fit. Even with nearly every competitor having been fully freshened since the model's introduction in 2009, the Honda managed to fight off also-ran status simply because of how incredibly functional and great to drive it was. Long story short: we loved this car.
Of course, there were a few caveats to the Fit's superhero status. It wasn't particularly fuel efficient, only mustering up, at best, 33 miles per gallon on the highway in a segment where 40-mpg quickly became the new benchmark. What's more, its onboard technology and infotainment was seriously showing its age. While we'd praise the Fit's behind-the-wheel goodness all day long, this shining beacon of great steering and suspension tuning never proved to be all that wonderful for long-distance highway cruising.
Now, say hello to the 2015 Fit, hitting dealerships this spring. Worry not - it's still clever as ever from a packaging standpoint, and comes fitted with lots of newness both inside and out. It's a far more competitive vehicle than its predecessor, and has everything it takes to fight even the toughest of classmates. But just as before, our recommendation doesn't come without a few caveats.

Acura introduces a sleeker self-driving test car

As we creep ever closer to an autonomous-car future, one thing is for certain, most of the driverless cars we see being tested look hideous thanks to all the sensors strapped to the roof. Today Acura introduced its second generation Automated Acura RLX Development Vehicle with updated sensors and a more pleasing aesthetic. Gone is the spinning LIDAR system replaced with a more compact and robust version of the light detection and ranging technology. It's also got updated RADAR, camera, GPS and higher performance GPUs and CPUs as well as what Acura is calling "more intelligent software algorithms to support more complex testing scenarios." Acura and its parent company Honda have been testing autonomous cars at its GoMentum Station in the Bay Area since last year with a specially outfitted RLX (shown in the video above with the spinning LIDAR system). This new car will replace that vehicle. This article by Roberto Baldwin originally ran on Engadget, the definitive guide to this connected life. Green Acura Honda Transportation Alternatives Technology Emerging Technologies Autonomous Vehicles Videos Sedan transportation gear

2015 Honda CR-V performs poorly in Swedish AWD test [w/video]

Swedish auto magazine Teknikens Värld has never been afraid to call out automakers when a vehicle fails one of its battery of examinations. Its famous Moose Test recently caught the Porsche Macan out, and a few years ago, there was a protracted argument between Teknikens Värld and Jeep over the performance of a Grand Cherokee in that evaluation.
This time, the 2015 Honda CR-V is raising the magazine's hackles, but it has nothing to do with avoiding a giant mammal. Snow is obviously an issue in Sweden, and Teknikens Värld has a test that challenges all-wheel drive systems in low-traction settings. On a slanted surface, the Swedes put the vehicles' front wheels on rollers with no traction and demands the rears accelerate away. The Honda couldn't do it. Teknikens Värld claims that it initially found the same result last year from the European CR-V, but Honda Sweden put out a software upgrade correcting the behavior in the test. This year, the CUV went back to failing.
While that's the magazine's side, Honda Sweden doesn't see the test as fair. In a statement to Teknikens Värld, the company explains the way the CUV's all-wheel drive system works. It also claims that the test isn't simulating a realistic situation. "In real conditions, regardless of the surface, there is a certain amount of friction always available for both front and rear wheels," the announcement says. "A scenario like the roll test with such a high difference in grip between the front and the rear wheels is highly unlikely."