1962 Dodge Dart 440 5.2l Mopar on 2040-cars

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Towing with the 2016 Ram lineup [w/video]

I do not tow things. Ever. Yet I recently found myself at the Fiat Chrysler Automobiles proving grounds in Chelsea, MI, where I'd be testing the hauling capabilities of Ram's current product range. This experience was not only a perfect education for a towing novice like me, but allowed me to tow far more weight than I'd ever consider hauling the real world, and all within the safe confines of the Chelsea Proving Grounds. There was an extremely diverse array of vehicles at my disposal, including Ram's gasoline- and diesel-powered offerings with trucks ranging from the 1500 on up through the 5500 Chassis Cab, as well ProMaster vans. Beyond that, FCA brought out a number of vintage Dodge pickups for me to play with, while also working with Case IH to provide a track-loader I could test. I put together a range of videos covering everything from the classics to the production trucks to the construction equipment. And despite some technical difficulties – you'll notice a distinct lack of in-car videos, with blame going to a corrupted micro SD card – I've assembled ten videos that give an up-close look at Ram's offerings. 2015 Ram ProMaster City Let's start small. The ProMaster City only has a towing capacity of 2,000 pounds. That's a reasonably impressive figure for a van that uses the same powertrain as a Chrysler 200. The 2.4-liter four-cylinder and nine-speed automatic weren't really bothered with the extra weight added by the trailer. Even when accelerating at freeway speeds, the ProMaster City didn't feel out of breath or hampered by its load. That said, the rear of the van was unloaded, which probably wouldn't be the case for most consumers. It's unclear how the City would feel if its driver were taking advantage of the max payload (1,883 pounds) and towing. 2015 Ram ProMaster 1500 To be polite, the Ram ProMaster is a difficult vehicle to like. Its awkward seating position is bus-like and lacks the visibility enjoyed by the Ford Transit or the utter driving comfort of the Mercedes-Benz Sprinter. Its 3.0-liter, four-cylinder turbodiesel engine, meanwhile, is something of an anomaly. While it's potent for a four-cylinder diesel, producing 295 pound-feet of torque and 174 horsepower, those numbers don't feel all that impressive when loaded down. The model I tested was barely using half of its 5,100-pound maximum towing weight and was loaded down with just 500 of its 3,620-pound payload. Yet it lacked the pluckiness of the smaller City.

Dodge Charger Hellcat makes 1,032 hp with Hennessey help

Sometimes you just want four doors. Earlier this week we brought you Hennessey's riff on the Dodge Challenger Hellcat. Now comes the Charger. Much like its two-door sibling, the Charger gets boosted to as much as 1,032 hp and 987 lb-ft of torque (at the crank) thanks to the addition of a twin-turbocharging setup that works with the factory supercharger. The turbo headers and downpipes are stainless steel, and there is a high-flow air-to-water intercooler and dual-turbo waste gates. Hennessey also beefs up the fuel injectors, fuel pump, and the rest of the fuel system. The engine management system and chassis are recalibrated to accommodate all of this. You also get numbered plaques signed by John Hennessey, the boss of the Texas tuning outfit, and the technician who does your build. Hennessey's additions result in zero-to-60 mph sprints in 2.7 seconds, and the big sedan can run the quarter mile in 9.9 seconds at 142 mph. Like the Challenger, the Charger has the same disclaimer: the lofty horsepower figure comes from an engine dyno, and it will be a 15-to 20-percent lower at the rear wheels. Related Video: Image Credit: Hennessey Performance Dodge Performance Sedan Hennessey dodge charger hellcat

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.