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2020 Chevy Silverado HD vs. 2019 Ram, Ford heavy duty trucks: How they compare on paper

Last year was all about the latest in light-duty full-size pickup trucks, so this year, Ram, Ford and Chevy are launching the heavy-duty variants. The first out of the gate is the redesigned 2019 Ram 2500 and 3500 HD, and Ram dropped all the pertinent specs with the reveal. Chevy followed with the new Silverado HD in Chicago, and Ford revealed updates to the Super Duty at the same show. Ford hasn't released details on output, payload capacity, towing capacity or pricing for the updated Super Duty. As such, we'll be comparing the current Super Duty with the all-new Silverado HD and Ram HD. Both Chevy and Ram have revealed full specs for each of their respective trucks, leaving out only pricing, which we've estimated based on the outgoing models. You can see the raw details in the chart below, followed by extra information and analysis. Some things to keep in mind: These specifications cover all versions of the Ram HD, Silverado HD and Super Duty, such as 2500 and 3500 models, and all the way up to F-450. Specifications can vary widely based on engine, drivetrain, cab and bed configurations, so be sure to take a close look at the specific model you're interested in when you get particularly serious about buying. And of course, be sure to check out our car comparison tool if you'd like to look at other trucks on the market. Engines and drivetrains All three of these trucks offer gasoline and diesel engines, but only the Ram has two versions of the diesel. Starting with gas engines, Ram's 6.4-liter V8 has the power advantage with 25 more horsepower than the next-most-potent Super Duty, but the new Silverado HD's 6.6-liter V8 takes the torque crown at 464 pound-feet, nearly 35 more than the other two gas engines. The Ram is also the only one to pair an eight-speed automatic with the gas engine, whereas the Ford and Chevy make do with a six-speed. With diesel engines, horsepower is a weak point for the Ram. The Ram's entry-level turbo 6.7-liter inline-six is the weakest, as the only one with under 900 pound-feet of torque and under 400 horsepower. Even the high-output version only makes 400 horsepower, while the Chevy makes 445 and the Ford 450. But the tables turn with torque, as the Ram makes a best-in-class 1,000 pound-feet followed by the Ford's 935 and the Chevy's 910. Both the Ram and the current Super Duty diesels each get a six-speed automatic, but the new Silverado HD's diesel gets a 10-speed unit.

Stellantis axed the SRT engineer team, but performance isn't going away

Stellantis has broken up the Street & Racing Technology (SRT) engineering team that created over a dozen high-performance vehicles, including the Dodge Charger Hellcat, but the situation isn't as dire as it sounds. The newly-formed company assigned SRT's former engineers to different positions, where they'll continue to make hot rods. "All of the core elements of the SRT performance engineering team have been integrated into our company's global engineering organization," a spokeswoman told enthusiast website Mopar Insiders. She added that integrating SRT's personnel into other brands in the Stellantis portfolio will ensure that the lessons learned from decades of peddling speed will permeate other products. Previously, SRT operated with a high degree of independence. Don't get too excited. Her statement does not necessarily mean that Citroen will begin building cars powered by the Hellcat engine, though a C3 Chat D'enfer sounds absolutely epic. Technology transfer will likely be limited to fields like aerodynamics and thermal management, and the design department might learn a couple of neat new tricks. Dodge will still move forward with the development of its next SRT-branded cars; the decision to dissolve the SRT team will not affect future models, according to the spokeswoman. Whether they'll be powered by a V8 is up in the air, because company boss Tim Kuniskis warned that regulations are killing the eight-cylinder engine. Similarly, Jeep will continue designing high-performance models, like the Grand Cherokee Trackhawk. What changes is that the model will be developed and designed by a group of engineers and designers from Jeep, not from SRT. SRT is dead, but performance isn't going away. SRT's demise nonetheless marks the end of an era for Chrysler. The division traces its roots to 1989, when some of the company's brightest minds were brought together to develop the first-generation Dodge Viper. It merged with Team Prowler to form the Specialty Vehicle Engineering (SVE) group, which was renamed Performance Vehicle Operations (PVO) in 2002 and finally dubbed SRT in 2004. SRT has operated as the carmaker's in-house tuner since, its resume includes a diverse selection of cars ranging from the Neon SRT-4 to the 1500 TRX, and it was promoted to a standalone brand led by designer Ralph Gilles in 2011. Fiat-Chrysler Automobiles (FCA) axed the SRT brand in 2014 but kept the name and the development team. Related video:

2019 Ram 1500 eTorque First Drive Review | The un-hybrids

Misinformation is already being passed around about the 2019 Ram 1500 eTorque – reports calling the new electrified version of the full-size half-ton pickup truck a hybrid and saying its eTorque system adds torque to the truck's engine increasing payload, towing capacity, and performance. Don't believe a word of it – this isn't a hybrid in the conventional sense of the word. eTorque does not increase the truck's power or capability. Instead, the system feeds in some electric torque at low RPM, which helps with fuel efficiency by spinning up the engine during start/stop operation, smoothing gearchanges, and harvesting some energy from braking – that's basically it. Ram is partially to blame for the hybrid confusion. Although the "h"-word does not appear anywhere on the truck or the vehicle's window sticker, the automaker has chosen to call eTorque a "mild-hybrid system", which implies that it might be able to propel the truck on electric power. But the Ram's small battery pack and single electric motor cannot – it's more similar to the original GM Parallel Hybrid Truck system than the later two-motor, two-mode hybrid system circa 2009. Also, eTorque applies power to the engine and the wheels briefly at very low engine speeds and during gear changes. These applications of power only last for fractions of a second at any given time, some as quick as the blink of an eye. So it's a labeling fiasco, but Ram's explanation of the eTorque system's operation and its benefits, which are significant, can also be perplexing. And the resulting discombobulation is unfortunate, because eTorque is clever, and it really does work. Earlier this week we drove two Rams with the system, one a V6 and one a Hemi, through Kentucky horse country, and came away impressed by its measurable contributions to the truck's fuel efficiency, drivability and smooth operation. We also interviewed Mike Raymond, the Chief Engineer on the Ram 1500, and Brian Spohn, Ram's Vehicle Electrification Manager, Powertrain Engineering, to better understand what it is and how it functions. How eTorque works Ram will offer the 3.6-liter 24-valve V6 with eTorque as the standard engine in most models. The V6 will not be available without eTorque, although we'd be surprised if it wasn't added to the menu at a later date.