2015 Hyundai Sonata Limited on 2040-cars

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2016 Hyundai Elantra GT gets refreshed with a big new face

Hyundai is taking the sheet off of a facelift for the 2016 Elantra GT at the 2015 Chicago Auto Show, and if buyers spec the five-door hatchback right, they can also get the Korean brand's latest infotainment system. The biggest and most obvious change for the updated Elantra GT is its brand new front end. The grille now features wide, horizontal slats with chrome accents, which removes the previous design's somewhat smiling face. It also brings the styling more in line with the rest of the Hyundai lineup. In addition, vehicle rides on some redesigned 17-inch wheels. The interior is left basically the same for the update, except if buyers choose the optional Technology Package. It adds a new 7-inch touchscreen navigation system with a rearview camera, which is similar to the unit in some trims of the Sonata and Genesis. Hyundai's Blue Link telematics system and Apple Siri Eyes Free are included, as well. Choosing the pack also features dual-zone climate control, a panoramic sunroof, LED taillights and ventilated driver's and passenger's seats, which brand claims is a segment first. Mechanically, the steering is retuned for better feel in 2016 but everything else carries over. That gives buyers a direct-injected 2.0-liter four-cylinder with 173 horsepower and 154 pound-feet of torque and the choice of a six-speed manual or automatic. Base pricing is the same as the 2015 model year at $18,800, plus an $825 destination charge on all models, for the manual or $19,800 with the auto. Although, with all of the extra kit, the Tech Package is now $3,950, rather than $2,900 last year, but the required Style Package for it is re-priced to $1,975, as opposed to $2,550 in 2015. Hyundai's Sporty and Versatile Hatchback Gets a More Affordable Style Package and a New Navigation System with Next-Generation Blue Link Telematics CHICAGO, Feb. 13, 2015 – Today at the Chicago Auto Show, Hyundai Motor America introduced a refreshed Elantra GT for the 2016 model year, offering updated styling with customer-focused technology and features. With a more distinctive front fascia and all-new 17" alloy wheels, Elantra GT's new look further enhances the vehicle's signature sporty styling. And when mated to a standard 2.0-liter Gasoline Direct Injection engine, the formula comes together to deliver a vehicle that both looks and feels dynamic.

2016: The year of the autonomous-car promise

About half of the news we covered this year related in some way to The Great Autonomous Future, or at least it seemed that way. If you listen to automakers, by 2020 everyone will be driving (riding?) around in self-driving cars. But what will they look like, how will we make the transition from driven to driverless, and how will laws and infrastructure adapt? We got very few answers to those questions, and instead were handed big promises, vague timelines, and a dose of misdirection by automakers. There has been a lot of talk, but we still don't know that much about these proposed vehicles, which are at least three years off. That's half a development cycle in this industry. We generally only start to get an idea of what a company will build about two years before it goes on sale. So instead of concrete information about autonomous cars, 2016 has brought us a lot of promises, many in the form of concept cars. They have popped up from just about every automaker accompanied by the CEO's pledge to deliver a Level 4 autonomous, all-electric model (usually a crossover) in a few years. It's very easy to say that a static design study sitting on a stage will be able to drive itself while projecting a movie on the windshield, but it's another thing entirely to make good on that promise. With a few exceptions, 2016 has been stuck in the promising stage. It's a strange thing, really; automakers are famous for responding with "we don't discuss future product" whenever we ask about models or variants known to be in the pipeline, yet when it comes to self-driving electric wondermobiles, companies have been falling all over themselves to let us know that theirs is coming soon, it'll be oh so great, and, hey, that makes them a mobility company now, not just an automaker. A lot of this is posturing and marketing, showing the public, shareholders, and the rest of the industry that "we're making one, too, we swear!" It has set off a domino effect – once a few companies make the guarantee, the rest feel forced to throw out a grandiose yet vague plan for an unknown future. And indeed there are usually scant details to go along with such announcements – an imprecise mileage estimate here, or a far-off, percentage-based goal there. Instead of useful discussion of future product, we get demonstrations of test mules, announcements of big R&D budgets and new test centers they'll fund, those futuristic concept cars, and, yeah, more promises.

Hyundai patenting speed bump detection

Often patents are more about solving a small, annoying problem than really taking on the big issues. Take Hyundai's recent filing for a system to detect speed bumps, for example. Other than teens with a fresh license and ground-scraping supercar drivers, no one really sees spotting these traffic-slowing devices as the bane of their existence. However, the Korean automaker is out to make driving just a little more convenient for everyone with this tech. The Hyundai patent combines several pieces of currently available technology in a new way. GPS, a camera, and multiple sensors identify an oncoming speed bump, and they then measure its height, width, and curvature. With that info, the software calculates the appropriate speed to drive over the hump. If drivers are going too fast, then a warning message tells them to slow down. The patent is a straightforward solution to a problem that doesn't seem to really exist for many drivers. However, while Hyundai makes no mention of this in the documents, this tech could be extremely useful for applications in autonomous vehicles. All the system would need is the additional ability to slow itself automatically, and the driverless car could potentially handle a speed bump just as well as a human.