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Hyundai To Fight $248 Million Judgment Over Fatal Montana Crash

A Montana jury has levied a $248 million ruling against Hyundai in the case of a crash that killed two occupants in July 2011. The automaker plans to appeal the ruling. Cousins Trevor and Tanner Olson were driving a 2005 Hyundai Tiburon when they hit another vehicle head-on. According to lawyers representing their family, the steering knuckle on the car cracked and this allegedly caused it to lose control. Hyundai claimed that fireworks had been let off inside the vehicle, which caused the driver to swerve. The company alleges that evidence that could have proved its innocence was barred from the case. The jury found in favor of the family and awarded them about $8 million in damages after a two-week trial. It claimed that Hyundai had shown "actual malice," according to Reuters. The jurors also slammed Hyundai with a further $240 million in punitive damages. Hyundai told Reuters that it plans to appeal immediately and called the verdict "outrageous." Autoblog has received a copy of the automaker's official statement, detailing its plans to appeal this case. Scroll down to read it. Statement by Hyundai Motor America While a tragic accident, Hyundai firmly believes the jury's verdict in Olson vs. Hyundai is mistaken and award of damages at three times what was sought by the plaintiffs is outrageous and should be overturned as Hyundai is not at fault. Eyewitness testimony established – and experts for both sides agree – that fireworks exploded in the unbelted teenagers' vehicle immediately before the July 2, 2011 accident, which involved the driver losing control, crossing the median and crashing head-on into an oncoming Pontiac at a closing speed of approximately 140 miles per hour – a speed confirmed by experts for both sides. Hyundai believes the jury's view of the evidence was distorted by a series of erroneous rulings by the Court, the most egregious of which prevented the jury from reviewing performance testing conducted by renowned failure analysis experts that would have disproven the plaintiffs' theory of the case – a theory derived by a local resident with no previous automotive experience. Hyundai will seek an immediate appeal. Technical Background The 140 mph closing speed head-on collision crushed the steering knuckles of both vehicles involved, a Hyundai Tiburon and a Pontiac Grand Am.

Less stressful than a taxi: We ride in Hyundai's Autonomous Ioniq Electric

The day after California told Uber to halt the testing of its driverless cars, Hyundai gave us a brief ride in an autonomous Ioniq Electric. The trip was mostly uneventful — our driver/engineer didn't hit anyone, and, unlike Uber's, Hyundai's car didn't run any red lights. You may think that's faint praise, but at the speed of advancement we take nothing for granted. More than once during our ride around a pre-mapped, all-right-turn route in Las Vegas, the Ioniq had to sort things out for itself, and the longer you ride the more you realize the scope of data we humans process without noticing. This Ioniq was identified only by its Korea-spec origins — dual charging ports for fast and regular recharge and no side marker lights — and Nevada's autonomous vehicle license plate. Tourists were completely unaware that it was driving itself. The autonomous Ioniq uses one 140-degree and two 110-degree Ibeo LiDAR units in the front fascia, plus a camera array inside the cabin at the top of the windshield. A single camera is used for traffic-light detection, with stereo units for the driving assistants. According to Hyundai, the autonomous gear detects objects knee-high but also will not drive into a low-hanging tree branch. We're also told the system works in rain and snow, citing the all-conditions approval certificate from Nevada, though that center front sensor looks prime for snow packing in heavy stuff. Essentially, one processor collects all the input data and combines it to a singular view, and a second processor tells the car what to do about it. Hyundai notes that minimal system power consumption was a primary target. The cabin sports the prototype-standard large red kill switch, an extra display atop the center of the dash, and two real-time monitors hanging behind the rear seats. The dash display is there so human drivers know the car is aware of its surroundings — it shows traffic lights as red or green (yellow is not detected but it will not panic stop if it loses a green light), speed limit, vehicle speed, route, a steering wheel to denote autonomous operation, and pedestrians detected. One rear monitor shows what the traffic-light camera sees, the other what the LiDAR units are picking up, from road curbs to people, vehicles and buildings. The ride experience is drama-free if a bit on the cautious side. Braking is often moderate to heavy, more on/off than the modulation range of many human drivers, but we felt no panic braking or ABS intervention.

Here are all the EVs with 800V charging available in 2024

As technology advances, electric cars are improving their fast-charging times. That means less time spent waiting at a DC public charger when you’re out on the road. While Level 3 chargers used to provide a maximum of 150 kilowatts of power, 350-kW chargers are become more common, making for super-fast charging Â… if your car is capable of taking advantage of it. So how do automakers improve the charging speed of their EV batteries? Some are turning to higher voltage, specifically 800V charging. What's the difference between 800-volt charging and 400-volt charging? So how does 800V charging improve upon the more common 400V EVs? Put simply, the higher the voltage, the less amperage (current) it requires to charge. In other words, with more voltage, you get more wattage (power, aka charge rate) from the same amperage (current). 800V architecture is also more efficient, with less electrical resistance, so it can use thinner cables and smaller, lighter components while needing less cooling. The tradeoff is that it is more costly, and guess who that cost gets passed on to. While automakers don't break down their pricing to show how much more you're paying for that 800V system, you'll just have to evaluate any potential purchases as a whole, and make your decision based on overall pricing of the vehicle. Thankfully, the 800V EVs on sale now are generally ones we like. Now, 800V charging capability doesn't necessarily mean an EV has 800V vehicle architecture. For instance, the GMC Hummer EV and Chevy Silverado EV operate at 400V, but with their dual battery packs, can switch to 800V when charging by temporarily connecting those packs in series. Currently, there are only a handful of EVs available with 800V charging. But if you are going to find yourself taking longer trips in your EV and using DC fast chargers more often, you might want to consider choosing one with this faster charging capability. With that in mind, these are the EVs available with 800V charging, either on sale now or coming in 2024. 800-volt EVs available in 2024 Audi E-Tron GT Chevrolet Silverado EV Genesis GV60 Genesis Electrified G80 Genesis Electrified GV70 GMC Hummer EV Pickup GMC Hummer EV SUV GMC Sierra EV* Hyundai Ioniq 5 Hyundai Ioniq 6 Kia EV6 Kia EV9 Lotus Eletre* Lotus Emeya* Lucid Air Lucid Gravity* Porsche Macan Electric* Porsche Taycan Ram 1500 REV* Tesla Cybertruck *Coming later in 2024 Green Audi Chevrolet Genesis GMC Hyundai Kia Lotus Porsche Tesla Electric Lucid EV charging