2022 Ram 1500 Trx Crew Cab 4x4 5'7" Box on 2040-cars

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Hypermiling a Ram 1500 EcoDiesel to 38.1 mpg

You never quite know what Wayne Gerdes has up his sleeve. The man who coined the term hypermiling is always looking for adventurous ways to prove that anyone – even you... yes, you – can eke out more miles per gallon just by changing the way you drive. Saying that is easy. Proving it by going on outlandish cross-country drives is hard. But for Gerdes and his team of fuel economy fiends over at CleanMPG, hard is half the fun. Our latest adventure appeared, at first glance, to be nearly impossible. Which is why we always answer the phone when Gerdes calls. He likes to take journalists along on his drives, not only to try teach us how to hypermile but also to prove that we can be taught. The first time I 'helped' him and his team was when we got over 30 miles per gallon in a 2011 Ford F-150 XLT with the EcoBoost 3.5-liter V6. The EPA rated that truck with at just 16 mpg in the city and 22 on the highway. So, we'll count that trip as a success. Next up was a cross-country drive last fall in a trio of Audi TDI vehicles to prove that you don't need to drive extra slow to beat the EPA numbers. In fact, we made it from Los Angeles to New York City in just over 46 hours, cramped but not cranky. We had once again proven that how you drive is hugely important to your fuel usage. Our latest adventure appeared, at first glance, to be nearly impossible. The EPA says that the Ram 1500 EcoDiesel we would be driving gets just 22 combined mpg (19 city and 27 highway). Gerdes' idea was to drive it as far north from Houston, TX towards Detroit, MI as we could go on one tank. The day before we left, our itinerary got an extra stop. Instead of taking one of the official Shell Eco-marathon prototype vehicles to Detroit, it was decided to bring the winning diesel-powered prototype from the just-finished event to The Henry Ford Museum, where it had been arranged the car would be displayed. The winning car was built by a small team (just four students) from Sullivan High School in Sullivan, IN, who managed to beat a number of college teams with a score of 1,899.32 mpg. That target would be a bit out of reach for the Ram, but could we get 1,000 miles from the tank? Since the truck has a 26 gallon tank (officially, anyway), that would mean the EPA says we could only go 702 miles, assuming all highway driving. Could we make up 300 miles with careful driving? That spells both challenge and fun.

Ram boss says not to expect midsize pickup in America

Remember that mysterious midsize four-door pickup FCA was spotted testing recently? It may be sold as a Fiat in markets overseas, but don't expect it to join the Ram lineup in North America. At least not according to the latest word from the truck brand's new boss. Speaking with Automotive News at the New York Auto Show, Ram CEO Bob Hegbloom outlined four criteria for a successful midsize pickup, particularly in the North American marketplace: they have less capability than a fullsize truck, but return with a more compact form, lower price and considerably higher fuel economy. "I've been able to develop a strategy to come up with three of the four," said Hegbloom, but "I haven't seen anyone who can deliver on all four." Smaller and less capable are easy, but getting both the price and the fuel consumption down at the same time is where it gets tricky. As it is, a Ram 1500 with the diesel engine and rear-wheel drive delivers 29 miles per gallon on the highway, which is already more than the 27-mpg rating on the midsize Chevy Colorado and GMC Canyon. But Hegbloom figures that in order to justify a midsize pickup, American buyers would expect at least 35 mpg on the highway, and in order to do so, FCA would have to employ some trick tech, which would in turn raise the price beyond an attractive level. The last time Chrysler offered a midsize truck in America was with the Dakota that was discontinued in 2011. Ford similarly ceased offering the Ranger in North America in 2012, leaving the new Colorado and Canyon to take on the Toyota Tacoma and Nissan Frontier in the compact/midsize pickup market in the US. With the prospect of a Ram version apparently off the table, then, Fiat's midsize four-door pickup is likely take on the likes of the Volkswagen Amarok, Mitsubishi Triton and Toyota Hilux in markets like Europe and South America. But like those trucks, it will likely never see the inside of an American showroom.

Ram boosts Heavy Duty truck claims for 2015 [w/video]

The heavy-duty truck segment boasts some of the tightest competition of any automotive niche in the US. Being able to tout just one best-in-class figure can be a marketing advantage over competitors, and Ram Trucks is adding one more accolade to its tally with a powertrain update for the 2015 Ram 2500 and 3500 Heavy Duty pickups. Ram now claims best-in-class ratings for torque, towing and payload, depending on configuration.
The major change comes for the 3500 HD with a boost in torque for its Cummins 6.7-liter, inline-six diesel engine. It now produces a meaty 865 pound-feet of twist, a boost of 15 lb-ft, which is the best figure in its segment, according to the company. To eek out the extra power, the mill has more aggressive fuel delivery, and the turbo has been recalibrated. Of course, more grunt would be meaningless if drivers couldn't do anything with it, and the tweaks help allow payload to grow to 7,390 pounds, up from a rating of 7,320 pounds last year. The max towing rating remains unchanged at 30,000 pounds, though.
The rest of the powertrain lineup carries over from last year. The base HD mill is the gasoline-fed 5.7-liter V8 with 383 hp and 400 lb-ft and a six-speed automatic. The next step up is a 6.4-liter V8 with 410 hp and 429 lb-ft. There are also three trims of the 6.7-liter Cummins diesel starting with 350 hp and 660 lb-ft with a six-speed manual gearbox. If buyers opt for a the 68RFE six-speed auto, they get 370 hp and 800 lb-ft. Finally, there's the updated, top-rung version with 385 hp and 865 lb-ft with an Aisin six-speed automatic transmission.