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2015 Hyundai Genesis Coupe dumps turbo four, goes V6 only

Hyundai's rear-wheel-drive Genesis Coupe has been soldiering along for several years with the choice of either a turbocharged 2.0-liter four-cylinder or a 3.8-liter V6, but that's about to change. Hyundai Motor America spokesperson Jim Trainor has confirmed to Autoblog: "The 2.0L Turbo engine will be discontinued starting with the 2015 model year, allowing us to reposition Genesis Coupe with its more premium performance buyer."
Rumors of the change first emerged over at The Korean Car Blog, which cited the company's ordering system as proof of the change, and it claims that there are some other changes in store for the 2015 Coupe as well. According to KCB, the base Genesis will use the 3.6 and will continue to be offered with either a six-speed manual or eight-speed automatic. Upgrading to the R-Spec model will add LED running lights, but other exterior appearance changes are unclear. Finally, the Grand Touring version will be dropped entirely, and the Ultimate trim will gain optional brown leather.

2015 Hyundai Genesis revealed in renderings

We're currently in Seoul, South Korea, checking in on the 2015 Hyundai Genesis at the automaker's headquarters. We can't yet offer any driving impressions, but at least we can share a few renderings of what the new sedan will look like.
As you can see, practically everything above the beltline has been carried over almost untouched from the HCD-14 Genesis Concept we saw earlier this year. The front-end styling, on the other hand, is a complete departure from current Hyundai design language. Note the large, upright grille and the more dynamic headlights and fascia.
There's still no word as to when Hyundai will officially debut the 2015 Genesis, but it won't be a long wait.

Aurora's Chris Urmson on autonomy — that's one way to avoid speeding tickets

Although this year's CES was full of companies announcing and exhibiting their real and conceivable self-driving car technologies, while actual self-driving cars from Aptiv-Lyft were giving conventioneers 400 rides around town, the biggest news came when Volkswagen Group — and recognize this is the entire group, not just the brand — and Hyundai announced that they'd both partnered with Aurora Innovation. While the VW announcement was vague — "The collaboration brings the two companies together to realize self-driving electric vehicles in cities as Mobility-as-a-Service (MaaS) fleets" — Hyundai provided a concrete goal: "a strategic partnership to bring self-driving Hyundai vehicles to market by 2021." You may not have heard of Aurora, which has been described in some news accounts as "mysterious." But Aurora Innovation has been in business since December 2016, and it is to autonomous technology what the 1927 Yankees are to baseball. The three leaders of the company are Chris Urmson, co-founder and CEO, who had previously been chief technology officer for Alphabet Self-Driving Cars; Sterling Anderson, co-founder and chief product officer, who had directed the development of Tesla Autopilot; and Drew Bagnell, co-founder and chief technical officer, who had been autonomy architect and perception lead at the Uber Advanced Technology Center. We had the chance to sit down with Chris Urmson after he appeared onstage at a Hyundai press conference. He shared his insights on Aurora's approach to automated driving. Initial deployment of self-driving cars? "We think the first place this technology comes to market in in the transportation services or ride-hailing applications, but that's for our partners to decide." (Ride-sharing is a strategy a lot of players in the field are shooting for, as round-the-clock use is one way for paying for what will initially be a technology too costly for private ownership.) Transporting goods or people? "I personally — and as a company — am more excited initially about moving people around. Urban mobility. That's where you see the largest social impact. And it provides better access to mobility for people." Can you create a car that doesn't crash? "It is a fundamentally hard problem because other operators on the road can behave erratically at any moment. For example, if you are in a two-lane, opposing-traffic road, if you want to be safe, you don't drive there, ever.