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Dodge Viper production to end after 2017

We can't say we're surprised, but we're still saddened to report that the Dodge Viper will not live on past the 2017 model year. It's had a solid 25-year run, though, and that's worth celebrating. Fiat Chrysler Automobiles does just that for the Viper's final model year, with five special editions (some of which seem less special than others, admittedly): The 1:28 Edition ACR, GTS-R Commemorative Edition ACR, VoooDoo II Edition ACR, Snakeskin Edition GTC, and Dodge Dealer Edition ACR. Instead of running through what makes each of these 2017 Vipers special, we'll direct your attention to the press release below and the images above. All but the Dodge Dealer Edition commemorate memorable Viper models of the past 25 years, and the GTS-R is probably the pick of the litter with its classic blue-on-white paint scheme. Unless you prefer to err on the side of gaudy, in which case Dodge has you (and your car) covered with Snakeskin Green. If none of these special-edition Viper models strikes your fancy but you'd still like to park a 2017 Viper in your garage, fret not. Dodge is still offering its "1 of 1" customization program for the Viper's final year of production. Finally, instead of dwelling on the past, even when that past is as exciting as the Viper's, let's choose to look to the future with the only logical question left unanswered: What's next? Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Jay Leno drives the Demon-powered SpeedKore carbon fiber Dodge Charger

Jay Leno drives all sorts of wild vehicles on his TV and YouTube series "Jay Leno's Garage," from concept cars to classics. Although many of the vehicles are museum quality, they don't all come through in straight by-the-book factory form, as Leno often likes to highlight the creative and insane builds from premium speciality aftermarket shops. One of his favorites is SpeedKore, which recently dropped by with its carbon-fiber-bodied 1970 Dodge Charger Evolution. After cementing itself as one of the best builds of the year at SEMA 2018, the high-performance Charger paid Leno a visit to show off its immaculately assembled blend of classic and modern Dodge. It's not the first time SpeedKore has stopped by, as they've previously shot videos together of the 1967 Chevrolet Camaro, the 2016 Ford Mustang Shelby GT350R, and the 1970 Dodge Charger Tantrum. The Charger featured here wears its Evolution name because it is an updated take on the Tantrum build (which had 1,650 horsepower, by the way), but the two are quite different. The Charger Evolution uses numerous parts from Dodge's recent superstars, the Challenger SRT Hellcat and the Challenger SRT Demon. In fact, it's one of the only ways in the world to drive a Demon engine with a manual transmission. Under the hood is the 6.2L Supercharged Hemi V8 from a Demon pre-production car, and SpeedKore has tuned it up to 966 horsepower. It pairs with a Tremec M6 6060 six-speed transmission from the Hellcat. At full bore, the whine of the supercharger paired with the grumble from the custom stainless steel SpeedKore exhaust headers makes for a thrilling, if not unharmonized, battle cry. Whereas some restomods have cut corners, shoddy build quality, or imperfect fittings, Leno notes that SpeedKore's work is top-notch, despite the entire exterior body and many pieces of the interior being fully replaced with glossy clear-coated exposed carbon fiber. According to SpeedKore Vice President Dave Salvaggio, the Charger weighs about 3,400 pounds. Check out the full video above or read full details from our time with the car at SEMA. And as a bonus, Autoblog photographer Drew Phillips recently got to spend a day shooting the Charger. His gallery of photos appears below. Speedkore 1970 Dodge Charger View 53 Photos

Could self-driving cars stop terrorist attacks?

Terrorists have taken to using a weapon that's easy to obtain and can do a lot of damage: ordinary vehicles, driven into crowds. A Department of Homeland Security-FBI bulletin from 2012 warned that "vehicle-ramming offers terrorists with limited access to explosives or weapons an opportunity to conduct a homeland attack with minimal prior training or experience." CNN recently listed nine vehicle-based terrorist attacks that have occurred within the past year, and in just in the past three months incidents in New York, Edmonton and Barcelona have claimed more than 20 lives and injured dozens after ISIS-affiliated drivers plowed into pedestrians. The deadliest so far was a Bastille Day attack in Nice, France that killed 86 people after a terrorist drove a truck into a crowd following a fireworks display. CNN also reported that "Al Qaeda's Yemeni branch encouraged its recruits in the West to use trucks as weapons," and noted that a 2010 article in the terrorist group's webzine called for deploying a truck as a "mowing machine, not to mow grass but mow down the enemies of Allah." Such attacks have been more common in Europe and other places where guns are harder to get, making vehicles violent and readily available weapons. But it's not only ISIS and Al Qaeda terrorists that have turned cars into weapons. A man with white nationalist ties drove a Dodge Challenger into a crowd of counter-protesters at the Unite the Right rally in Charlottesville, Va., in August, killing a 32-year-old woman and injuring dozens more. Some believe that autonomous vehicle technology could help stop these tragedies. "Terrorist attacks like the one in New York are a good example of why we need AVs more quickly," Caleb Watney, technology policy associate at the R Street Institute, a D.C.-based think tank, recently told the website Inverse. Dr. Junfeng Jiao, director of the Urban Information Lab at the University of Texas, told Inverse that "these tragedies may be taken into account by the makers such as Tesla and Google" when developing autonomous technology. "This is a huge opportunity for the next generation to de-weaponize cars," he added. Many vehicles already have forward collision warning with emergency autonomous braking, and a few combine it with pedestrian detection, although the latter technology typically works at speeds below 20 mph.