Reg Cab 4x4 New 5.7l 2 Doors 4-wheel Abs Brakes 5.7 Liter V8 Engine Compass on 2040-cars

Auto blog

Chrysler to accelerate production of 2013 Ram and V6 engines

Chrysler is adding a third shift at its Warren Truck plant to meet demand for the new 2013 Ram pickup. And with tight supplies of its Pentastar V6, the company is also boosting output at its Mack Engine plant.
The expansions will add 1,250 jobs and are part of a $238 million investment by Chrysler in the Detroit area. Warren's third shift will begin work sometime in the spring, a Chrysler rep told Automotive News. Mack's increased Pentastar production a could include both 3.6 and 3.2-liter engines.
The company says it also plans to invest $40 million in its Trenton Engine plant to allow for production of a 3.2-liter V6 as well as the Tigershark inline-four for the upcoming Jeep Liberty replacement.

Ram forced to build and hold 1500 Classic trucks due to chip shortage

DETROIT — The impact of the global semiconductor shortage on the auto industry spread on Saturday, as Stellantis warned its highly profitable pickup trucks were hit, while Ford said it would cut more U.S. production. Stellantis, the world's fourth largest automaker, said it will build and hold for final assembly its Ram 1500 Classic trucks at its Warren, Michigan, and Saltillo, Mexico, assembly plants. When chips become available, the vehicles will be completed and shipped to dealers. The action will last "a number of weeks," a Stellantis spokeswoman said, declining to reveal how many trucks would be affected. The chip shortage, which has hit automakers globally, stems from a confluence of factors. Carmakers shut North American plants for two months during the COVID-19 pandemic last year and canceled chip orders. Meanwhile, demand for chips surged from the consumer electronics industry as people worked from home and played video games. Now carmakers must compete for chips. Carmakers have repeatedly said they will prioritize chips for their most profitable vehicles, but the impact on the Ram, as well as previous reports by Ford and General Motors of lost or impacted production of their full-size trucks, shows the shortage is hitting companies where it hurts. Stellantis Chief Executive Carlos Tavares said earlier this month the problems might not be fully resolved by the second half of 2021, as some auto rivals have flagged, describing supplies as the "big unknown" for revenues in 2021. Ford said Saturday it will idle its Ohio assembly plant next week, while its Kentucky Truck Plant in Louisville will only work two of three shifts. Both plants will return to full production the week of March 29. The U.S. automaker said the latest action is part of a prior forecast it made that the shortage could hit 2021 profits by $1 billion to $2.5 billion. On Thursday, Ford said it would assemble its flagship, highly profitable F-150 pickup truck as well as Edge SUVs in North America without certain parts and then hold them "for a number of weeks" until they can be completed and shipped, affecting "thousands" of vehicles. It also said it would idle production at plants in Louisville, Kentucky, and Cologne, Germany. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

2019 Ram 1500 eTorque Drivers' Notes Review | Filling in the gaps

When the 2019 Ram 1500 debuted earlier this year at the 2018 Detroit Auto Show, the biggest news was arguably the addition of the 48-volt mild hybrid system. Dubbed eTorque, the system is standard on V6-equipped models and a $1,450 option on trucks with the 5.7-liter Hemi V8. It's not a hybrid in the traditional sense. Despite Ram's claim that the system adds up to 130 pound-feet of torque on the V8, it only does so for a fraction of a second and doesn't actually change the engine's total output. You'd be hard pressed to notice a difference if you didn't know the system was there. But that's kind of the point. There's been a lot of confusion about what eTorque is and how the system works. Much of that falls on FCA's shoulders. The automaker didn't do a great job of explaining the whole thing, leaving us to work out much of it for ourselves. This isn't meant to boost performance, towing or payload. The Ram eTorque can't run on battery power, so don't expect a Toyota Prius with a bed and wood trim. It's here to make the truck just a little bit more efficient by improving areas where conventional internal-combustion engine's fall short. The eTorque system replaces the engine's alternator with a small, belt-driven electric motor. On the V6, the motor is part of the water pump assembly and driven by that belt; the V8 uses a dedicated belt that's separate from the other accessories. A small battery pack is mounted upright behind the rear seats inside the truck's cabin. There's also a DC-to-DC converter to charge the battery and convert 48 volts down to 12 to power the truck's normal systems. Visually, the only difference between an eTorque-equipped model and a standard one is a small metal box at the top of the engine. There's no badging and the battery pack can't be seen, even with the rear seats folded up. The system is designed to be as seamless and innocuous as possible. The auto start/stop system spins up the engine a little quicker. Shifts from the eight-speed ZF automatic transmission are a little smoother as the eTorque system smooths out and fills in the gaps. It does so for a fraction of a second, but it works its magic often. Big gains in fuel economy have already been made. It's going to take things like Ram's eTorque system to improve internal combustion engines from here on out. Editor-in-Chief Greg Migliore: I'd like to say I noticed a huge difference between the Ram eTorque and the regular Ram, but I didn't. That's how it's supposed to work.