2014 Kia Optima Sx on 2040-cars

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2014 Kia Sorento

For most new car shoppers, three-row crossovers are little more than a way for the family-minded to avoid succumbing to the minivan stigma. Admit it - the only things that differentiate most larger CUVs from minivans are their lack of sliding side doors and - on most of them - the option of all-wheel drive. Having blossomed into a popular segment with thicker profit margins, though, automakers have plenty of incentive to keep their offerings fresh, and that's exactly why Kia is presenting its 2014 Sorento so soon.
At first glance, the crisply styled utility vehicle seen here appears to be nothing more than a mid-cycle refresh - and not a particularly extensive one, at that. But that's not the case at all. Despite looking very similar to the second-generation vehicle that came on the scene for the 2010 model year, this is an all-new Sorento. Or, more precisely, it's about 80-percent new. Kia says less than 20 percent of the parts have been carried over from the 2013 Sorento, and that's a pretty typical amount for an 'all-new' vehicle generation.
Since we've yet to spend quality time with the "Made in the USA" Sorento for more than a short First Drive in Arizona last February, we snagged the keys to a 2014 model in the all-new SX Limited trim level for a lengthy backroad sojourn from Florida to South Carolina.

Kia blind spot monitoring and crash avoidance wins 2020 Autoblog Technology of the Year Award

The Autoblog 2020 Technology of the Year winner is Kia’s blind spot system. We judged the combination of blind spot monitoring and active blind spot crash avoidance on the 2020 Kia Telluride as the best in the industry. The Kia blind spot system won with 204 points, beating the Mercedes E-Active Body Control (189), Subaru DriverFocus (182) and Ram Multifunction Tailgate (139). AutoblogÂ’s editorial staff extensively tested the technologies last fall in Michigan. Three main questions were asked, and editors assigned point values out of 10 based on how well these technologies answered them. The questions were: What is its purpose? Does it work? Does it advance the industry? KiaÂ’s system starts with a traditional blind spot warning light in the side mirror. When equipped with the available head-up display, thereÂ’s a second warning light beamed onto the windshield in your line of sight adjacent to other information. This lets you know if thereÂ’s a car in your blind spot without even turning around to look. It isnÂ’t a feature exclusive to the Telluride (Mazda does something similar), but Kia takes it a step further. The next level of warning is slightly more intense. If you activate the turn signal while the car senses something is in your blind spot, the steering wheel begins to gently vibrate. ItÂ’s not a violent or distracting buzz, but itÂ’s enough to grab your attention. A warning chime is also activated at this time. 2020 Tech of the Year Winner.00_12_25_10.Still030 View 24 Photos The cherry on top is something Kia calls the “Blind Spot View Monitor.” It uses a system of cameras to display a live camera feed of either the left or right blind spot in the central digital portion of the gauge cluster when the turn signal is activated. Hyundai uses a similar system in the Palisade and new Sonata. The monitor in the cluster allows you to see your blind spot from the ground up in the gauge cluster without having to turn your head. The view is dependent upon road conditions, but itÂ’s a nicely integrated blind spot camera feed – the resolution is solid, and itÂ’s still useful to a degree at night. We find KiaÂ’s implementation to be superior to HyundaiÂ’s, where the camera feed takes over the digital speedometer or tachometer when you flip on the turn signal. Kia sets the camera feed in the center screen where the trip computer normally displays.

2018 Kia Niro PHEV Review | More MPG than an SUV, less weird than a hybrid

PORTLAND, Ore. — It seems like such a no-brainer. The 2018 Kia Niro PHEV has the body of a little SUV, which is just the thing that everyone, their mother, brother, and friend named Phil are clamoring for at the moment. The rest of the plug-in hybrid segment is dominated by slug-shaped eco mobiles that ape the Toyota Prius or that are literally a Toyota Prius. Personally, I don't want to drive a slug. I also don't want to deal with weird interior controls, weirder interior design or four-person back seats. The Niro is very normal by comparison. Get in, press start, slide completely normal PRNDL shifter into D, and go. Better still, the PHEV doesn't suffer from the laggardly throttle response of the regular hybrid Niro that hampers drivability and makes its EPA-estimated 49 mpg combined a bit of a mirage. You'll either get that mpg and live with an accelerator pedal seemingly unattached to the powertrain, or slot the shifter into Sport and live with fuel economy in the low 40's. That's far superior to the 20-something you'd get in comparably sized SUVs, but still short of the 50-something-mpg in the Toyota Prius, Honda Insight or the Niro's mechanically related Hyundai Ioniq cousin. Compared to a typical, disconnected-feeling PHEV throttle, the Niro PHEV's throttle is perfectly normal, leaving Sport to those moments when you want a little extra zest from your plug-in hybrid (such a moment never seemed to arise). One can assume this is due to the larger battery that allows for greater electric input even when the plug-in battery range is depleted. When filled to the brim, it offers an EPA-estimated all-electric range of 26 miles, a figure I bettered by 1 mile during my evaluation route. That's nearly half of what you can get out of a Chevy Volt or Honda Clarity PHEV, but is similar to the Toyota Prius Prime and Ioniq PHEV. And really, how much you drive in all-electric mode makes the biggest difference. If your daily commute is in the 20-mile range, it doesn't really matter which of the above-mentioned plug-ins you choose. If it's more, though, the others will make more sense. The Volt and Clarity can run on electricity longer, and the Prius Prime and Ioniq are more efficient once their plug-in range is depleted. In the end, though, isn't this really just splitting hairs?