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Dodge Challenger Hellcat driver arrested hellbound at 160 mph

When fisherman catch big fish, they want the world to know about it. That's approximately how the Indiana State Police felt when they busted a 707-horsepower muscle car booking it at more than 160 miles per hour. The ISP were chuffed enough about the catch that they put out a press release titled, "160 Mile Per Hour Hellcat Tamed On The Indiana Toll Road." The Dodge Challenger Hellcat driver, J. Jesus Duran Sandoval, told the arresting officer that he was "just trying to get to Maryland." The incident began just after Trooper Dustin Eggert finished helping a stranded motorist on the toll road at about 7 p.m. Eggert was merging back into traffic when he saw the Hellcat blast past at well beyond the 70-mph speed limit, allegedly weaving through traffic and — shock! — not using a turn signal for lane changes. With a Bandit on his hands, Eggert took the role of Smokey, and just like Burt Reynolds movies, couldn't catch the offender. Seems that Indiana State Police Dodge Charger Pursuit vehicles are speed limited to 150 mph, allowing the Hellcat to pull away. Eggert radioed for officers ahead to look out for the red baron, but received an assist before other LEOs swooped in: Eggert caught up to the Hellcat 11 miles down the road when the red coupe got held up behind two semis driving next to one another on the two-lane toll road. Sandoval pulled over, admitted he was doing a little more than 160 mph, then delivered The "Maryland" Defense unfazed by the fact that Maryland was more than 500 miles from his location. Turns out that 38-year-old Sandoval, from Lake Geneva, Wisconsin, was also unbothered by driving on an expired license. The coppers took Sandoval to the LaPorte County Jail and booked him on reckless driving, bond set at $505, court date set for April 2. The ISP said this is the second time in two weeks they've busted someone doing more than 130 on the Indiana Toll Road. It's the second time in a year they've busted a Hellcat doing so — in April 2017, another pilot played Bat out of Hellcat at 158 mph, explaining his speed as a bit of show-and-tell for his friends in the car. View 142 Photos Related Video:

Viper ACR privateers' Nurburgring runs detailed in new documentary

Discontinued in the summer of 2017, the Dodge Viper is out of production, relegated to the hearts and garages of those who love it. But as a last hurrah, a crowdfunded privateer team took two Viper ACRs to the famous Nurburgring racetrack to both celebrate the Viper's existence and to try and lap the long Nordschleife track in under 7 minutes. Going after the fastest recorded production car lap, they gunned for the Lamborghini Huracan Performante's 6:52 time, but hot August temperatures caused tire problems and the Viper remained on the wrong side of 7 minutes despite the best efforts of ex-Porsche cup driver Lance David Arnold and SRT driver Dominik Farnbacher. In essence, the team ran factory-spec Viper ACR Extremes on factory tires; showroom fresh, the cars were delivered straight from Texas. But despite not getting under the 7-minute mark, they still became the first non-automaker-affiliated team to set an official Nurburgring lap time — and the 7:01.3 they laid down on their best run made the Viper ACR the fastest RWD, fastest manual and fastest American-built car on the track. Now, a full documentary of the record attempt has been released to the public, detailing all the pain and exhilaration that goes into running this kind of cars on their absolute limit on one of the most demanding racetracks in the world. It's 24 minutes of pure excellence. You can also re-view the record lap here in its entirety: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Dodge Videos dodge viper acr

Stellantis wants to outfit cars with AI software to drive revenue

MILAN — Carmaker Stellantis announced a strategy Tuesday to embed AI-enabled software in 34 million vehicles across its 14 brands, hoping the tech upgrade will help it bring in 20 billion euros ($22.6 billion) in annual revenue by 2030. CEO Carlos Tavares heralded the move as part of a strategy that would transform the car company into a “sustainable mobility tech company,” with business growth coming from features and services tied to the internet. That includes using voice commands to activate navigation, make payments and order products online. The company is expanding existing partnerships with BMW on partially automated driving, iPhone manufacturer Foxconn on customized cockpits and Waymo to push their autonomous driving work into light commercial vehicle delivery fleets. StellantisÂ’ embrace of artificial intelligence and expansion of software-enabled vehicles is part of a broad transformation in the auto industry, with a race toward more fully electric and hybrid propulsion systems, more autonomous driving features and increased connectivity in automobiles. Ford and General Motors also are banking on dramatically increased revenue from similar online subscription services. But the automakers face immense competition for monthly consumer spending from movie and music streaming services, news outlets, Amazon Prime and others. Stellantis, which was formed from the combination of PSA Peugeot and FCA Fiat Chrysler, said the software would seamlessly integrate into customers' lives, with the capability of live updates providing upgraded services over time. New products will include the possibility to subscribe to automated driving features, purchase usage-based car insurance or even increase the power of the vehicle with a tune-up to add horsepower. As a baseline, Stellantis generates 400 million euros in revenue on software-generated services installed in 12 million vehicles. To meet the targets, Stellantis will expand its software engineering team of 1,000 to 4,500 in North America, Asia and Europe. More than 1,000 of the expanded team will be retrained in house. Stellantis also announced a new partnership with Foxconn to develop semiconductors to cover 80% of the companyÂ’s needs and simplify the supply chain. The first microchips from the partnership are targeted to be installed in vehicles in 2024.