2014 Hyundai Elantra Limited on 2040-cars

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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.

Hyundai reveals new Sonata Hybrid in Seoul

The wraps are off Hyundai's next-generation Sonata Hybrid after an unveiling in Seoul, South Korea, and the latest model brings an improved powertrain and slight styling tweaks. In the Korean domestic market, the Sonata Hybrid relies upon a 2.0-liter, four-cylinder gas engine producing 154 horsepower and 140 pound-feet of torque with a 51-hp electric motor providing the rest of the thrust. Hyundai isn't revealing net system output at the moment, and it isn't saying whether we will get this powertrain in the US yet. Company spokesperson Jim Trainor tells Autoblog that those details will likely be announced at the model's North American debut at Detroit Auto Show in January. Sales are expected to begin in the spring. In addition to the upgraded engine, there's an improved six-speed automatic that houses most of the hybrid components and uses a new clutch to reduce drag. The switch to an electric oil pump also removes some inefficiencies, and the battery pack underneath the trunk has been enlarged to 1.62 kilowatt hours, up from 1.43 kWh. Despite the capacity increase, Hyundai claims there's 10.5 percent more cargo room back there. The Sonata's design gets a slight rethink to improve fuel economy, too. Up front, the redone nose features a new mesh grille in a more rectilinear frame, and out back, there's a set of unique taillamps, a lip spoiler and a unique rear diffuser to go along with the full underbody cover that only the pavement sees. If anything, the new hybrid model looks more traditional to our eyes than the standard gas-powered Sonata, which comes as something of a surprise, especially as the previous-generation Sonata Hybrid was markedly more futuristic and divisive in its appearance. In any case, we expect the looks to remain largely the same for the US version, which will likely arrive wearing a 2016 model-year designation. All of the upgrades, boost fuel economy to 18.2 kilometers per liter on the Korean cycle, the equivalent of about 42.8 miles per gallon. Comparatively, the current Sonata Hybrid in Korea is rated at 16.8 km/l (39.5 mpg). Hyundai will also make a big expansion to its electrified slate next year. In addition to the standard Sonata Hybrid, a plug-in version will come later in 2015 – the automaker's first. More details will arrive about the model in Detroit.

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.