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2019 Ram 1500 pickup production problems costing FCA $300M to fix

Fiat Chrysler is spending more than $300 million to fix production issues with the new 2019 Ram 1500 pickup as the plant where it's built is running below capacity and suppliers reportedly struggle to keep up with building it and the 2018 version simultaneously. The truck's ramp-up is well behind schedule, Automotive News reports. FCA's Sterling Heights Assembly plant in Michigan began building the pickup in mid-January but is running at only 60 percent capacity, CEO Sergio Marchionne said on an earnings call last week. Sources told the publication the plant is still undergoing construction and was building about 1,000 trucks per day toward a run rate of 1,400 per day. It's operating two 10-hour shifts per day, seven days a week, with plans to keep the factory running every weekend and holiday through Labor Day to meet production targets. More than 2,500 of the new pickups were reportedly awaiting unspecified electrical repairs before they could be shipped. FCA could use the boost from the heralded new 2019 Ram 1500, which figures prominently in its aggressive annual financial goals. The company is relying on the previous-generation 2018 Ram 1500, demand for which has been sagging. First-quarter sales of the pickup are down almost 13 percent year over year to 103,964, according to carsalesbase.com figures. Meanwhile, sales of Ford's F-Series pickups over the same period rose 4 percent to 214,191, while Chevrolet Silverado sales have climbed 5 percent to 135,545. Dealers have started receiving deliveries of the 2019 Ram 1500, but only the version fitted with the 5.7-liter V8. The EPA has yet to issue fuel economy ratings for the standard 3.6-liter Pentastar V6 paired with the eTorque 48-volt mild hybrid system, nor the same system mated with the V8. As we noted in our recent First Drive review, upgrading to the (non-hybrid) V8 costs $1,195, which is actually $255 cheaper than before. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Image Credit: FCA Plants/Manufacturing RAM Truck sales

2021 Ram 1500 pickup earns IIHS Top Safety Pick award with updated safety equipment

Thanks to changes in option-package content, the 2021 Ram 1500 crew cab pickup achieves a Top Safety Pick rating from the Insurance Institute for Highway Safety (IIHS). For 2021, the Ram adds Pedestrian Protection as part of the optional Advanced Safety Group, which allows the forward collision prevention system to detect people walking in front of the vehicle. Pedestrian collision mitigation is one of the requirements for earning an IIHS Top Safety Pick rating. In IIHS testing, the Ram's pedestrian-protection system avoided hitting the pedestrian dummy or braked enough to moderate the impact in all tests save for one where the vehicle is traveling 37 mph and the pedestrian is walking in the same direction. Still, the overall results of the vehicle-to-pedestrian tests and the vehicle-to-vehicle collision avoidance tests, where the Ram avoided crashes at 12 and 25 mph, were deemed "Acceptable" and "Superior" respectively. The Ram also achieved a top score of "Good" in the agency's various crash tests. The final hurdle to achieving an IIHS award is headlight performance. For the Top Safety Pick+ level, all available headlights must score Acceptable or Good, and for the one-rung-down Top Safety Pick, at least one available headlight option must score Acceptable or Good. The Ram 1500's SmartBeam curve-adaptive LED headlamps were the only ones to make the grade, which landed the Ram at the Top Safety Pick level. The award applies only to the 2021 Ram 1500 Laramie, Laramie Longhorn, and Limited optioned with the Advanced Safety Group and SmartBeam headlamps. Based on IIHS testing so far, the Ram is the first full-size pickup to achieve a Top Safety Pick award for this year. Related Video:

Stellantis previews 4 electric platforms: Here's how they'll be used

Stellantis EV Day is hitting hard and fast this morning, with big news coming from Dodge and Ram and Jeep and the rest. But to support those brand transformations, a core initiative within Stellantis will help it become a leader in electrification. To do that, the group is developing platforms and technologies with cross-shared components and systems. This starts with four flexible BEV platforms: STLA Small, STLA Medium, STLA Large and STLA Frame. As for targeted numbers, they’re lofty: By 2024, Stellantis aims for over 500 miles of range, 0-62 mph in 2 seconds and charging 200 miles of range in 10 minutes. The four platforms will offer battery capacities from 37 kWh to more than 200 kWh. More specifically, STLA Small will offer 37-82 kWh and up to 300 miles of range. STLA Medium will have 87-104 kWh and up to 440 miles. STLA Large will provide 101-118 kWh and up to 500 miles of range. The truck-focused STLA Frame will provide 159-200+ kWh and up to 500 miles of range (and will support an electric Ram 1500 pickup). Chrysler EV Front 34 View 8 Photos Stellantis has big plans for the STLA Large platform, and is currently developing eight vehicles for it in the next three to five years. Examples of possible vehicles shown include a midsize Ram truck and a Jeep off-roader that could fight against the likes of the Toyota 4Runner. Stellantis design boss Ralph Gilles could be seen in a presentation looking over a Chrysler electric crossover based on this platform. We also saw a Wagoneer badge teased momentarily. There was a rendered silhouette of a crossover that looked like it could compete with the Ford Mustang Mach-E. Gilles said the platform would allow Stellantis to “create a long-range luxury sedan, an all-conquering muscle car, a heart-of-the-market DUV, a heart-of-the-market SUV, a very capable Jeep off-roading white-space opportunity vehicle as well as a new mid-sized truck.” See for yourself in this video starting at the 90-minute mark. As for powertrains, Stellantis is developing three electric drive modules with a shared, scalable inverter, and other common components, as well as in-house software to control them. Those drive units will offer from 70 to 330 kW (94-402 horsepower). More specifically, one EDM will provide 70 kW, a second will provide 125-180 kW, while the most potent can produce 150-330 kW.