2014 Ram 2500 Longhorn on 2040-cars

Auto blog

Submit your questions for Autoblog Podcast #321 LIVE!

We're set to record Autoblog Podcast #321 tonight, and you can drop us your questions and comments regarding the rest of the week's news via our Q&A module below. Subscribe to the Autoblog Podcast in iTunes if you haven't already done so, and if you want to take it all in live, tune in to our UStream (audio only) channel at 10:00 PM Eastern tonight.
Discussion Topics for Autoblog Podcast Episode #321
Unibody Ford Ranger replacement

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.

Power Wagon train: Exploring the Mojave Road

If you're in Vegas with free time and keys to a Power Wagon, taking an interstate home seems pointless when there's a 135-mile desert trail an hour away, an ideal opportunity to live with – and in – this off-roading Ram pickup for three days. So with friends schlepping camping gear to a rendezvous, this test/history lesson was on. The Road The Mojave Road most closely echoes the path 19 th century westbound settlers and eastbound government supply teams followed between the Colorado River near the AZ/CA/NV junction and Barstow en route to Los Angeles. This 35 th parallel route based on Indian trails has also been called the Old Spanish Trail, Old Government Road (how it appears on many navigation system maps), and the Mohave Road. It was preferred for having more temperate weather and reliable water than routes further south. Desert travel particularly was all about water at regular intervals. Much of the Mojave Road is under National Park Service purview in the 1.6-million-acre Mojave National Preserve, encompassing a big chunk of southeastern California. Nestled between two interstates, there are paved access roads to north and south, so you needn't run the entire distance if only a few areas interest you. It is home to geologic formations from mountains to lava beds and tubes, Joshua trees, and after rains like this winter, beautiful wildflower blooms. You'll see old mines and rail lines, and hear the "singing" sand dunes at Kelso (which I'd categorize as more of a monk's chant). We saw birds of prey, wild burros, lizards, and rabbits, and heard or saw evidence of coyotes, cows, and roadrunners. All the while figuring a rattlesnake could be behind any bush. The plan was to enjoy the mesquite scents and make a few stops (the Rock House, Mojave Mailbox) but otherwise make a non-committal east-to-west camping trip of it. Do as much or little as you like, though the NPS does remind you the desert can be an inhospitable place. Cell service is hit-or-miss, and they specifically recommend against relying solely on automotive GPS navigation. Lower elevations average triple-digit highs four months of the year while upper elevations get snow; in February the temperature at our 2,800-foot campsite dropped to freezing while days were sunny and moderate. If the entire road is open, it's about 135 miles from the river to western end, but in February expect portions to be closed, potentially making it many miles longer.