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Second-generation Hyundai Veloster spied with same asymmetric doors

Until we saw these photos, the future of the Veloster didn't look especially bright. It's entering its fifth year on sale with no major updates, and no announcements for a replacement. It also was killed in the UK three years ago when it wasn't selling well. However, these photos show that Hyundai hasn't given up on it. At first glance, it looks very much like the current model, but closer inspection reveals some differences. Up front, the hood looks lower, and it tapers down to what seems to be an exaggerated version of the "cascade grille" Hyundai has implemented on the Elantra GT, and new Sonata. The headlights look slimmer, and there seem to be fewer busy, "quirky" lines. Moving backward, we find the same asymmetric door layout consisting of one door on the left, and two on the right. On the right side, the rear door handle is still tucked in the corner of the window. The glass area on the right also appears a bit larger thanks to a lower edge that stays lower for longer. At the rear, the camouflage is at its heaviest, but interesting details still show through. The rearmost glass seems to be more steeply raked. We can't tell if there's still glass on the top of the hatch, but considering the evolutionary nature of this car's design, we would expect the same amount of hatch glass. The taillights have adopted the slim and wide look of other recent Hyundai's. The center-exit exhaust remains, too, but it looks a bit smaller, and no longer has an obvious split in the middle. On either side of the bumper are auxiliary vents, likely fake. Besides the low sales and limited updates, another reason we questioned the future of the Veloster was its unremarkable driving dynamics. While forgivable in the base model, it was an issue on the Turbo, which simply wasn't fun enough to recommend over competitors. We're glad to see Hyundai will give it another shot, though, since the world can always use more quirky and interesting automobiles. Hopefully this next one will drive better. And who knows, it might even spawn a crazy mid-engine, rear-drive version. Related Video:

New autonomous testing ground in Michigan will help battle bad weather

If one of the big weaknesses of autonomous vehicles is their ability to navigate in the snow, consider this a trial by fire. The American Center for Mobility says it has opened its $110 million driverless car testing facility on the site of a former General Motors assembly plant in Michigan, with Toyota and auto supplier Visteon the first to begin testing this week. The ACM proving ground is a 500-acre site at historic Willow Run in Ypsilanti Township, near Ann Arbor. It's one of 10 sites designated by the U.S. Department of Transportation as pilot proving ground sites to test AV technologies. It features a variety of simulated environments to test driverless cars, including a 2.5-mile highway loop, two double overpasses, intersections, roundabouts and a 700-foot curved tunnel. It also opens just as the region experiences a series of snowstorms and the first frigid temperatures of the season. That ability to test autonomous vehicles in a wide variety of weather conditions is important, as autonomous vehicle sensors have struggled to handle cold, wet and snowy conditions. Google parent Alphabet in October said its Waymo division was expanding its winter testing operations to Michigan, making it the sixth state where it's testing its driverless car systems. In a Medium blog post, Waymo CEO John Krafcik wrote that "This type of testing will give us the opportunity to assess the way our sensors perform in wet, cold conditions. And it will also build on the advanced driving skills we've developed over the last eight years by teaching our cars how to handle things like skidding on icy, unplowed roads." Waymo also opened a development center in suburban Detroit in 2016, working with Fiat Chrysler to integrate its autonomous technology into Chrysler Pacifica hybrid minivans. Visteon began testing and validating its DriveCore autonomous driving platform to evaluate algorithms, vehicle-to-vehicle and vehicle-to-infrastructure technology and other systems. Toyota used the facility Wednesday to begin orientation and driver training. ACM has so far secured $110 million to construct the first two phases from founders Ford, Hyundai America Technical Center, Toyota and Visteon, and says it expects to announce more investment soon.

Hyundai and Kia introduce new predictive transmission tech

Hyundai and Kia have announced that the two have developed a new transmission control system that optimizes shift logic to both improve efficiency and reduce "gear hunting." The system utilizes real-time traffic data, built-in 3D navigation and the same sensors that feed the cars' advanced safety and driver assist tech to proactively choose the right gear — even neutral in some cases — to reduce both fuel consumption and wear-and-tear. The Korean sister brands call it the "Information Communication Technology Connected Shift System," or "ICT" for short, and Hyundai says it delivers not just improved frugality, but a better all-around driving experience. ICT programming allows the transmission control unit to collect and interpret traffic, camera, sensor, navigation route, elevation and topographical data.  "Using all of these inputs, the TCU predicts the optimal shift scenario for real-time driving situations through an artificial intelligence algorithm and shifts the gears accordingly," the announcement said. "For example, when a relatively long slow down is expected and radar detects no speed irregularities with the car ahead, the transmission clutch temporarily switches to neutral mode to improve fuel efficiency." While this sounds like a primarily green play, there are quality-of-life improvements too. For example, ICT can also optimize gear selection and shift points for safer highway merges, effectively implementing the equivalent of a "Sport Mode" driving profile when a little extra punch is called for.  Hyundai says the resulting decrease in shifts was significant; in some test scenarios, such as roads with lots of curves, the number of shifts executed by the transmission was reduced by almost half. As an added bonus, these vehicles also utilized their brakes less often (11%), which would reduce wear (and accompanying maintenance costs) over time.  ICT is somewhat future-proof, too, as it was developed to incorporate vehicle-to-vehicle (V2V) data should such networks improve down the line.  The announcement did not say when the new tech would reach customers, committing only to introducing the technology "on future vehicles." If we're betting, the smart money says it will probably on a new Genesis model and trickle down from there. Related Video: