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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

OK Go ride Honda UNI-CUB ? in latest amazeballs music video

When Honda unveiled the slimmed-down ?eta version of its Uni-Cub last year, it might have thought the minimalist electric vehicle would find its most enthusiastic audience inside office buildings, where it would simultaneously lighten the load of worker drones and perhaps inject a bit of rolling robotic tech-type fun into an otherwise drab and dreary day. It was wrong. Clearly, this personal mobility machine was destined for greater things. Honda paid for the new video, which was shot a half-speed. When you watch it, you'll know why. For instance, it could be used for electric unicycle square dancing (Okay, technically the Uni-Cub ? employs one wheel and a caster-type ball, thereby disqualifying it from unicycle status, but whatever.) Or even better, it could be a platform upon which the power pop group OK Go and a few hundred Japanese school girls could perform awesome maneuvers, including the aforementioned electric unicycle square dancing, in their latest totally amazeballs video. Honda reportedly paid for the new video, which was shot at half-speed and when you watch it, you'll know why. Where before we thought this curious device, with its intuitive steering and self-balancing, would only really ever find a place as a demonstrator of Honda's engineering prowess, we now see it as a foregone conclusion that it will infest our daily lives and fill them with fantastic choreographed journeys of art. Thank you for opening our eyes, Ok Go. To have your own eyes opened, just scroll below for the visual accompaniment to I Won't Let You Down from the new album, Hungry Ghosts. As is the band's wont, it's all done in one take, and is sure to drop your jaw. Ok, go! This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

J.D. Power study sees new car dependability problems increase for first time since 1998

For the first time since 1998, J.D. Power and Associates says its data shows that the average number of problems per 100 cars has increased. The finding is the result of the firm's much-touted annual Vehicle Dependability Study, which charts incidents of problems in new vehicle purchases over three years from 41,000 respondents.
Looking at first-owner cars from the 2011 model year, the study found an average of 133 problems per 100 cars (PP100, for short), up 6 percent from 126 PP100 in last year's study, which covered 2010 model-year vehicles. Disturbingly, the bulk of the increase is being attributed to engine and transmission problems, with a 6 PP100 boost.
Interestingly, JDP notes that "the decline in quality is particularly acute for vehicles with four-cylinder engines, where problem levels increase by nearly 10 PP100." Its findings also noticed that large diesel engines also tended to be more problematic than most five- and six-cylinder engines.