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2017 Kia Cadenza has new styling, greater efficiency

The current Kia Cadenza went on sale in the US in April 2013, and three years later a new generation arrives at the 2016 New York Auto Show. This isn't just a mild refresh of the existing sedan, either. The latest Cadenza hits showrooms in late 2016 with improved styling, a stiffer platform, and a more efficient engine. Kia is holding back the 2017 Cadenza's exact powertrain specs until closer to launch. The new sedan still uses a 3.3-liter V6, which now has an estimated 290 horsepower, and the company plans to retune the powerplant for better fuel economy. The sedan also has an eight-speed automatic gearbox rather than the present six-speed. The current Cadenza makes 293 hp and has EPA estimates of 19 miles per gallon city, 28 mpg highway, and 22 mpg combined. The model's lighter platform makes the most of the improved powertrain. The updated chassis now consists of over 50 percent Advanced High Strength Steel, which is twice as much as before. The 2017 model has the same length as its predecessor but a longer wheelbase that increases rear legroom by half an inch. Additional sound deadening and acoustic absorbing laminate for the windshield and front windows create a quieter interior, too. The 2017 Cadenza's styling is a more angular evolution of the current sedan's stodgy look, with sharper edges for Kia's tiger nose grille, which is now convex. The Cadenza's lower trim levels feature mesh in the center, but the more expensive versions have vertical fins (pictured above). The four-door also has Z-shaped signature lights in the headlights, and the same motif is on the taillights. The latest Cadenza's interior cossets occupants with more soft-touch materials and high-tech amenities. Customers can spec active safety systems like adaptive cruise control with stop and go, a forward collision warning with automatic braking, lane departure warning, and the Smart Blind Spot Detection System that can brake the wheels to keep from drifting toward an adjacent vehicle. The rapid replacement for the last Cadenza suggests Kia wants to stay relevant among large, front-wheel drive sedans, like the Nissan Maxima, Toyota Avalon, and Buick LaCrosse. The new styling at least makes the Kia look more interesting in the segment, and the updated powertrain makes sure the four-door keeps up in the class.

Which of these five plug-ins should win the 2017 Green Car of the Year?

It's going to be a competitive race for the 2017 Green Car Of The Year. With a minivan in the running for the first time in ages, the five finalists announced by Green Car Journal today include five very different plug-in vehicles. As Ron Cogan, the editor and publisher of Green Car Journal, said in a statement, "electrification is now considered by most automakers an essential technology for current and future high-efficiency models." Let's check out the list: Toyota Prius Prime, the updated plug-in version of the world's best-selling hybrid. Chevy Bolt, GM's all-new entry into the long-range EV game. Chrysler Pacifica, a family hauler with the ability to go 30 miles on electric power. Kia Optima. The nomination is for the full line-up, but really the hybrid and plug-in hybrid models are the green stars here. BMW 330e iPerformance, one of the automaker's many new plug-in hybrids that bring battery power to models outside the i sub-brand. Green Car Journal will announce the winners at the Los Angeles Auto Show on November 17th, along with some, "other green transportation announcements," whatever that means. Last year, the winner was the 2016 Chevy Volt, the first model to snatch up two wins. Which do you think should win this year? Related Video: News Source: Green Car JournalImage Credit: REUTERS/Kevork Djansezian Green LA Auto Show BMW Chevrolet Chrysler Kia Toyota Chevy Bolt chrysler pacifica green car of the year toyota prius prime bmw 330e

In lifetime analysis, Kia Soul EV is way, way cleaner than diesel model

The heart of the matter is that the battery-electric Kia Soul is better for the environment. And not just because it doesn't create any emissions while on the road. From beginning to end, the Soul EV has a far lower environmental impact than its more conventional counterparts. TUV Nord, the German technical inspection group, says the Soul EV has a carbon footprint that is 40-percent smaller than the one from the diesel-powered Soul sold in Europe. That's factoring in everything from the materials that go into building the car to the recyclability once it's defunct to, of course, tailpipe emissions. Or lack thereof. Kia plans to start sales of the Soul EV in its native South Korea sometime this year and is keeping global sales expectations modest, saying it plans to make about 5,000 Soul EVs annually. The car will be priced at the equivalent of about $39,000 US in South Korea, though government subsidies will cut that down a bit. Kia hasn't set an official launch date for the car in the US, but expects for the Soul EV to be available to Americans by the end of the year, Kia US spokesman James Hope told AutoblogGreen. Check out the press release about the Kia Soul EV's TUV Nord score below and read our First Drive impressions of the model here. Kia Soul EV earns whole-life environmental certificate - Soul EV achieves major TUV Nord Life Cycle Assessment (LCA) certificate - ISO 14040 certification considers whole-life environmental impact of Soul EV (SEOUL) June 18, 2014 – The Kia Soul EV has become the latest model from the Korean brand to earn important certification for its outstanding whole-life environmental credentials. TUV Nord, an independent technical inspection organisation, has certified the new Kia Soul EV according to the ISO 14040 Life Cycle Assessment (LCA) standard. LCA examines the environmental impact of both the car and the overall manufacturing process throughout its whole life, taking into account factors such as choice of materials, tailpipe emissions and recycling. Comparing the Soul EV to its diesel counterpart currently on sale in Europe, the zero-emissions electric vehicle scored particularly strongly for 'Global Warming Potential', emitting 39.7% fewer greenhouse gases over the whole life of the vehicle, such as carbon dioxide and methane.