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Almost Jeffersonian | 2017 Kia Optima Plug-In Hybrid Second Drive

On a drive of Kia's new Optima Plug-In Hybrid (in showrooms since April), we visited Thomas Jefferson's Monticello, our third president's sprawling estate in central Virginia. Even in the absence of Twitter, Jefferson enjoyed a restless curiosity about an array of subjects. While his day gigs – declaring independence and consummating the Louisiana Purchase – occupied much of his life, he always made time for intellectual pursuits and making daily life better, so we think he'd grasp the rightness of the Optima. In the science of the plug-in hybrid, there's little new. The combination of gas and electric motors is intended to reduce the carbon footprint of a conventional drivetrain. Add a motor, install more battery capacity and enable that battery to be recharged over a long lunch or overnight, and you have a plug-in hybrid with up to 29 miles of electric-only operation. With the gas tank included, you get roughly 600 miles of combined driving range. (That's DC to Atlanta, had Jefferson wanted to visit Atlanta.) Visually, there's little to distinguish this PHEV from a conventional Optima. Its alloy wheels are aerodynamically cleaner and front fascia less disruptive - and includes an active air flap, no less. The exterior design, though dated, still impresses. A spacious interior is what you'd expect from Kia. And so, regrettably, are some hard plastic surfaces. That plastic is appropriate in a $20,000 Soul, less so in a $40,000 Optima Plug-In. Nothing here is completely off-putting, and we've always liked Kia's integration of audio and A/C controls. But so much is good about the Optima that you expect something nicer as you slide behind the wheel. The front seats are both supportive and accessible. Our test vehicle, equipped with $5,250 of EX Technology, offered a panoramic sunroof, heated and ventilated front seats, a power front passenger seat with adjustable lumbar, and heated outboard rear seats. That same package also includes a bundle of safety technology, including a forward collision warning system, advanced smart cruise control, blind spot detection, lane departure warning, and rear cross traffic alert. A modern hybrid generates a lot of info, and learning to access it all will require more than the few hours we had in the car. Your economy – the Optima's innate efficiency and your driving style – is available at the push (or two) of a button. And you can choose from all-electric EV or hybrid mode by using Kia's Mode Select control.

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.

Hyundai and Kia to update EV brake lights; our tests show how they currently may not come on

Update: This article has been updated to reflect Kia's own service campaign announcement.  Hyundai will be launching a "field service campaign to update the EV brake light logic" on its Ioniq 5 as well as the Genesis GV60, Electrified GV70 and Electrified GV80. According to Hyundai's director of communications, Michael Stewart, the change will be make to new production vehicles and as part of free-of-charge service campaign that will launch in July for approximately 56,000 vehicles already on the road.  "Regardless of the accelerator pedal input, the brake lights will now turn on when the deceleration rate exceeds approximately 0.13 G," Stewart wrote in an e-mail to Autoblog. Since this article was originally published, Kia has announced it will be performing the same update to its EV6 and Niro EV. Kia is also part of the Hyundai Group. This change would seem to be in keeping with the behavior we have experienced in the Hyundai Ioniq 6, the firm's most recently introduced EV. We go into that behavior lower in this article.  This announcement comes in the wake of owner complaints as well as a test by Consumer Reports that found that most Hyundai, Genesis and Kia electric vehicles can come to a stop without their brake lights illuminating. This occurred when using those vehicles' most aggressive "i-Pedal" function that allows for so-called "one-pedal driving" where the driver can mostly rely upon the car's regenerative braking system (which is used to replenish the battery pack) to stop the car.  We tested this for ourselves this week as we are currently testing a Genesis Electrified GV70, and I personally own a 2023 Kia Niro EV Wave. I almost exclusively drive in i-Pedal mode. News Editor Joel Stocksdale tested the Hyundai Ioniq 6 in Michigan, and again, we will address his findings after the Genesis and Kia as they are completely different. I attached an action camera to the rear of each car and conducted the same test in both: Accelerate to 40 mph and come to a stop without touching the brake and, crucially, without lifting my foot fully off the throttle. The result as you can see below with the Niro is that the brake lights do not come on until around 3 mph when I fully lifted off the throttle and bring the car to a full stop. I could not bring the car to a full stop without fully lifting off the throttle.