2014 Hyundai Sonata Gls on 2040-cars

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Hyundai Kia asked to pay $28.9M in patent infringement case

After years of litigation, Hyundai and Kia have lost their hybrid technology patent infringement case against Paice LLC. The jury ordered the South Korean automakers to pay $28.9 million, but according to Bloomberg, because the violation was allegedly intentional, the judge could triple that amount. The automakers have announced plans to appeal the ruling. Paice's patent dates from 1994 on a piece of tech called the Hyperdrive, and it was a way to seamlessly switch between power from an electric motor and an internal combustion engine. This lawsuit was first filed in 2012 and covered the systems in the Hyundai Sonata Hybrid and Kia Optima Hybrid. According to Bloomberg, the companies tried to argue that the patent was no longer valid, but the strategy failed. "Hyundai strongly believes its position and will appeal any remaining adverse findings to the Federal Circuit," the company said in a statement to Autoblog. Paice is certainly no stranger to litigating over the Hyperdrive patent, though. It and Toyota had a similar court battle that lasted years. Eventually, there was a settlement, and the result was Paice getting royalties for each hybrid that the Japanese automaker sold. Similarly, there's a lawsuit pending against Ford over tech in the C-Max, Fusion, and Lincoln MKZ. Hyundai Statement: Hyundai believes that the verdict returned by the jury today in the matter of Paice v. Hyundai Motor Company et al., is not supported by the evidence. Accordingly, Hyundai has requested that the presiding judge enter a judgment in its favor notwithstanding the verdict. Hyundai strongly believes its position and will appeal any remaining adverse findings to the Federal Circuit.

Hyundai's bizarre pooping robot baby pitches new Sonata

There are certainly some very weird auto ads out there, but a new challenger is entering the ring with Hyundai's absolutely bizarre Exobaby commercial for the latest Sonata. Blending inspiration from the video game Mega Man, the classic 1970s TV show The Six Million Dollar Man and a waking nightmare, Exobaby falls very deeply into the uncanny valley. Its proportions and movement come off as just slightly distorted, and the result is a baby that's more creepy than cute for this ad. Things get even odder just a few seconds in when the robo-toddler poops. Ostensibly, the Exobaby ad is supposed to show off all of the high-tech features on the Sonata, but many viewers are just going to be left trying to figure out what they're watching. If you need just over a minute of weird advertising to lift your day, then this Hyundai commercial must be seen. Related Gallery 2015 Hyundai Sonata News Source: HyundaiWorldwide via YouTubeImage Credit: Related images copyright Hyundai Marketing/Advertising Weird Car News Hyundai Videos Sedan car ads

Top torque-to-weight ratios under $100k, $50k and $25k

Horsepower may steal a lot of headlines, but the always-more-complex torque figure is often a critical one for both the workingman and the motoring playboy. The measure of rotational force represents the twist that can liquefy one's tires or haul one's horse trailer. Good stuff.
It follows then, that as with the horsepower-to-weight list that we assembled for you a few months ago, a list of cars that offer the most pound-feet with the fewest pounds to carry, is an interesting one to break down. Sure, there's a big difference in how the torque is applied from a turbocharged six-cylinder in a Swedish luxury sedan and a massive heavy-duty truck's turbo-diesel. But being the car/stat geeks that we are, we think it's kinda neat that those two vehicles rank near each other where torque and weight intersect.
As with the horsepower list, we've given you figures as pounds per every one pound-foot. Again broken down into broad price categories, we've got a mixed bag of 2014 and 2015 models here, too. Every effort has been made to select the most up-to-date prices and specs, and we've also to omitted some '14 cars that won't be re-upped after the ongoing yearly changeover.