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2019 Ram HD Chassis Cab trucks: tough on the outside, comfy on the inside

The past year or so has been big for Ram. FCA's truck division went from having some of the most dated (though still solid) pickups on the market to introducing the 2019 Ram 1500, arguably the new segment leader. A year later, at the 2019 Detroit Auto Show, FCA revealed the new Ram Heavy Duty. Yesterday, Ram announced the 1500 was getting a trick tailgate to compete with the power tailgate on the Chevy Silverado and MultiPro tailgate on the GMC Sierra. Today, at the 2019 Chicago Auto Show, FCA will present the new Ram 4500 and 5500 chassis cab models. Like the Ram 2500 and 3500, the new chassis cab trucks appear to share a lot with the current crop of Ram HD trucks. The cab itself appears to be unchanged from the outside, though the front fascia has been updated to reflect Ram's current design. As with most things, it's what's inside that counts. The chassis cab models get the fantastic interior from the 2019 Ram 1500. It's a handsome and well-appointed cabin. Even base Tradesman models benefit from the new design and packaging. There's new tech, too. The 12-inch infotainment screen is nice to look at, but customers are likely to enjoy features like adaptive cruise control, forward collision warning and automatic emergency braking (with trailer brakes). The safety tech is available on all trim levels. The trucks also pack parking assist and a 270-degree camera view. There are also camera features to help hook up trailers (including fifth-wheel goosenecks). The Ram Chassis Cab 3500, 4500 and 5500 represent Class 3, 4 and 5 GVW ratings. As such they pack some punch under the hood. The standard engine is the 6.4-liter Hemi V8 making 410 horsepower and 429 pound-feet of torque, though 4500 and 5500 models only make 370 horsepower. The Ram 3500 features cylinder deactivation to improve fuel economy. The three trucks are available with a 6.7-liter Cummins turbo-diesel inline-six. The engine makes 360 horsepower and 800 pound-feet of torque. An Aisin six-speed auto is available on V8 models and standard with the diesel. Both engines are available with dual alternators. The trucks are available in four industry-standard frame lengths measured in inches from the cab to the rear axle: 60, 84, 108 and 120. Upgraded brakes should shorten stopping distances and improve pedal feel. Thanks to high-strength steel and aluminum, the truck should weigh about 120 pounds less than before.

Electric pickups compared: 2025 Ram 1500 REV specs vs. Silverado EV, F-150 Lightning

Now that the 2025 Ram 1500 REV has been revealed, along with its most important specifications, we now have information on all of the mainline Big 3 electric full-size pickup trucks. So it's time to see how the numbers stack up, because trucks are all about numbers. We'll see how the Ram compares to the power, battery capacity, payload, towing and other features of the 2024 Chevy Silverado EV and the 2024 Ford F-150 Lightning. Power and torque The Ram has just one powertrain option. It features two electric motors making 654 horsepower and 620 pound-feet. That gives it the most powerful standard powertrain, if not the most torque, as the Chevy Silverado EV has 510 horsepower and 615 pound-feet of torque, while the F-150 Lighting has 452 horsepower and 775 pound-feet. But the Chevy and Ford each have upgraded motor combinations. The Silverado is the most potent with 754 horsepower and 785 pound-feet, and the F-150 has 580 horsepower and 775 pound-feet. The GMC Sierra EV will also be available with this more powerful pair of motors, and most of its specifications will be the same as the Silverado. There are a couple of exceptions which we'll note when they come up. All three trucks come standard with dual motors and all-wheel drive, regardless of output, battery or trim level. They're all available with locking rear differentials, too. Ford F-150 Lightning front low View 48 Photos Battery, range and charging The Ram is packing some serious packs of batteries. The standard model gets 168 kWh and an estimated range of 350 miles. And the optional 229-kWh pack is estimated to deliver 500 miles of range. That's more capacity and range than the others. It also boasts an 800-volt battery system that allows for close to 350-kW charging. The Ford F-150 Lightning has a base battery of 98 kWh with a range around 230 miles. Optional is a 131-kWh pack with between 300 and 330 miles of range, depending on other vehicle specifications. It's the slowest charger, only allowing 150-kW charging maximum. The Silverado EV's battery specs are a bit nebulous. At launch, it will only be available with one battery pack option that GM claims will provide around 400 miles of range. The company didn't give an exact capacity, though. We would guess its size falls between the Ram's 168 and 229 kWh packs. A smaller battery pack will be offered later, with a shorter but unknown range. The Silverado can use 350-kW fast charging like the Ram.

A beginner's guide to plowing snow with a heavy-duty truck

I live in a desert, so the only things getting plowed around here are mud flows and brewer neighbors. But I enjoy machinery and haven't plowed any snow since a "loaded" truck meant one with A/C and a CD player, so I jumped at the chance for a plow primer in a Ram HD on a Canadian airfield. Running a plow is like welding – the basics come quickly but experience pays dividends. The first thing to deal with is a frequently changing horizon because, stout as they are, even three-quarter-ton heavy-duty trucks will move up and down in front considerably with a 600-to-800-pound plow hanging off, and fast plow hydraulics rival some low-riders for bounce effect. Getting going is easy unless you forgot blocks and the plow froze to the ground, rookie. If you have to drive to your plowing assignment, blade height needs some experimentation to find the best cooling airflow; if you think sub-freezing temperatures negate that concern, remember you've installed what amounts to a 20-square-foot air brake up front that the truck has to overcome, and blowing snow could block some cooling air passages. Whether it's a "straight" blade or V design, always have it tilted to the right lest you catch a hidden post, solid mailbox, or edge of a snow bank. Most plow operators I spoke to rarely exceed 45 mph in transit because of cooling, front suspension travel, and common sense, and you should go even slower if you don't have some ballast like chains, extra fuel tanks, or a salt spreader to balance the load on the back. With trucks' relatively slow steering and all that weight up high, oversteer is best avoided. With a little clean space to get a run, stick it in Drive to gather momentum and lower the plow simultaneously to float, where the weight of the plow rests on and lets it run along the surface. Momentum is good until you hit something you didn't know about, at which point the plow's breakaway systems limit damage but your truck could still hit something big; caution never hurts. Start out at 10 to 15 mph, depending on consistency and depth, making a clean wave off one side. If you have to push it straight, as you slow coincidentally raise the blade at the bottom of the pile to shove it up higher. Carry too much speed here and you'll stop with an unceremonious thud. Common mistakes cited among a few experts were people pushing banks of snow rather than plowing it, and rushing the shift between Drive and Reverse, throttling up before the shift is completed.