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2020 Ford Super Duty Tremor vs. 2020 Ram 2500 Power Wagon: How they compare on paper

(Editor's Note: Due to inconsistencies in manufacturer reporting methods for ground clearance, an earlier version of this article stated the Ram Power Wagon's "ground clearance" to be 14.3 inches when in fact that is its "running clearance," which is deemed the ground to the lowest point of the truck MINUS the axles. The numbers below now reflect true ground clearance, or the ground to the lowest point of the truck, period. The chart and text have been updated to show both measurements for maximum accuracy and clarity.) For several years, the Ram 2500 Power Wagon has been the unquestioned king of heavy duty off-roaders. But competition is coming, and some of the strongest is from the 2020 Ford Super Duty Tremor. We decided to take a look at these trucks' specs and features to see how they compare in the realm of capability. The raw numbers are below along with some notes on each truck's unique features that go beyond the spec sheet. Off-road capability While both of these trucks boast impressive clambering abilities, each with particular strengths. The Super Duty Tremor earns points for better ground clearance and axle clearance, as well as approach angle. Some of the credit goes to the larger 35-inch tires and a shortened front air dam. On the other hand, the Power Wagon leads the Ford in departure angle, and in the ramp travel index. The latter is largely the result of the Power Wagon's electronically disconnecting sway bars, and for those unfamiliar, the ramp travel index measures articulation by having a truck drive one wheel up a ramp with the other on the ground. The farther the truck goes with the ground wheel in contact with the, well, ground, the better the score and the better the articulation. Numbers aren't everything, though. It's important to look at the equipment each truck offers, and things are closer, here, but the Ram still has an edge. Both feature off-road-friendly solid axles at both ends, but only the Power Wagon has fully locking differentials front and rear. The Tremor has a locking rear differential while the front is a limited-slip differential. The Power Wagon comes standard with a 12,000-pound integrated Warn winch, whereas such a winch is an option on the Tremor. The Tremor has its own unique features, though, including the 35-inch tires rather than the Ram's 33-inchers, and it has Ford's fancy off-road cruise control function called Trail Control. Both trucks have shocks and springs tuned for off-road use.

Chrysler called out over lackluster Ram Runner by racer who helped develop it

Fans of off-roading and desert blasting might recall that Chrysler offers an aftermarket conversion that can turn a Ram 1500 into a road-legal desert racer, called the Ram Runner. The kit, sold through Mopar, includes some significant suspension upgrades, body tweaks and a brawnier cat-back exhaust for the truck's 5.7-liter V8.
Considering all of this, comparisons with the almighty Ford F-150 SVT Raptor are common. Among the off-road community, that makes these two a sort of Chevrolet Camaro and Ford Mustang for people that prefer driving on dirt. In the Race-Dezert forum, the discussion as to which truck was better was proceeding as normal - Ram fans said their piece and Ford fans said theirs. Then, a man named Kent Kroeker offered up his two cents.
See, Kroeker is a Baja racer, and the man that helped develop the Ram Runner. Despite his association with the truck, though, he had some less than kind words for Chrysler and the Ram Runner.

Ford wants smart cruise that's speed and grade sensitive

Ford is working to make adaptive cruise control even smarter and more economical for future vehicles. The automaker now has a patent (pdf link) on a system to use information on the grade of the road, traffic data, and a driver's preferences to eke out better fuel mileage over a journey. This solution would essentially put a little hypermiling right into a model's software. The Blue Oval's patent refers to this tech as "route navigation with optimal speed profile," and the system starts by splitting the way to the driver's ultimate destination into many smaller pieces. Each one is analyzed based on GPS data, and traffic info is also constantly updated. Based on the occupants' preferred travel time, all this info is combined to figure out the most efficient speed for each leg of the journey. All of these calculations are actually more than the car's computers can handle, so some of the math is offloaded to a cloud-based network. According to Ford, some of the benefits come when tackling hills while diving. Maintaining a single speed when going up and down steep grades isn't the most efficient method, but current technology can't easily make the necessary adjustments. This system uses the GPS data to adapt the vehicle's speed and leave the situation with better fuel economy. Ford is currently making major investments into autonomous driving technology and has some prestigious partners. While the patent documents don't specifically mention the optimal speed profiles for driverless vehicles, they seem like a natural fit. Over the course of an entire trip, the fuel economy gains would likely be even greater than over a few miles on a relatively flat interstate.