2011 Dodge Ram 3500 Crew Cab Cummings Turbo Diesel 4x4 Dump Truck- One Owner!!! on 2040-cars

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The future's electric — but the present is peak gasoline. Burn some rubber! Do donuts!

I vividly remember the year 1993 as a teenager looking forward to getting my driver’s license, longingly staring into Pontiac dealerships at every opportunity for a chance to see the brand-new fourth-generation Firebird and Trans Am. Back then, 275 horsepower, courtesy of GMÂ’s LT1 5.7-liter V8 engine, was breathtaking. A few years later, when Ram Air induction systems freed up enough fresh air to boost power over 300 ponies, I figured we were right back where my fatherÂ’s generation left off when the seminal muscle car era ended around the year 1974. It couldn't get any better than that. I was wrong. Horsepower continued climbing, prices remained within reach of the average new-car buyer looking for cheap performance, and a whole new level of muscular magnitude continued widening eyes of automotive enthusiasts all across the United States. It was all ushered in by cheap gasoline prices. And as much as petrolheads bemoan the coming wave of electric vehicles, perhaps instead now would be a good time for critics to sit back and enjoy the current and likely final wave of internal combustion. Today, itÂ’s easier than ever to park an overpowered rear-wheel-drive super coupe or sedan in your driveway. Your nearest Chevy dealership will happily sell you a Camaro with as much as 650 horsepower. Not enough? Take a gander at the Ford showroom and youÂ’ll find a herd of Mustangs up to 760 ponies. Or if nothing but the most powerful will do, waltz on over to the truly combustion-obsessed sales team of a Dodge dealer and relish in the glory of a 797-hp Charger or 807-hp Challenger. Want some more luxury to go with your overgrown stable of horses? Try Cadillac, where you'll find a 668-horsepower CT5-V Blackwing. You could instead choose to wrap that huffin' and chuggin' V8 in an SUV. Or go really off the rails and buy a Ram TRX or Jeep Wrangler Rubicon 392 and hit the dunes after a quick stop at the drag strip. Go pump some gas. Burn a little rubber. Do donuts! There is nothing but your pocketbook keeping you from buying the V8-powered car of your dreams. Yes, just about every major automaker in the world has halted development of future internal combustion engines in favor of gaining expertise in batteries and electric motors. No, that doesnÂ’t mean that gasoline is going extinct. There are going to be gas stations dotting American cities and highways for the rest of our lifetimes.

Rivian R1T faces first competitive test in Rebelle Rally

Not long ago, the Rivian R1T electric pickup engaged in a very public bit of development testing as a support vehicle for "Long Way Up" — the trip Ewan McGregor and Charlie Boorman took on Harley Davidson LiveWire electric motorcycles from Ushuaia, Argentina, to Los Angeles. Next month, the R1T enters the realm of competition testing by competing in the Rebelle Rally, the all-female navigation rally held over 10 days and 1,243 miles in the sandy, rocky hinterlands of California and Nevada. The team behind the wheel will be pilot Emme Hall and navigator Rebecca Donaghe, who won last year's Rebelle Rally driving the then-new Rolls-Royce Cullinan. This is the first year in the Rebelle's five-year history that there will be a pure electric vehicle. A Mitsubishi Outlander PHEV will be the only other entrant flying the electrified flag. To welcome the battery-electric pickup and any other electrified runner that wants to join in the future, rally organizers have arranged a battery-powered mobile charging system to be deployed along the course. It's not clear which battery and motors the Rivian will house, but the top spec would provide a 180-kWh pack, up to 750 horsepower, and a range of more than 400 miles in normal conditions. The race will help Rivian hone the pickup's off-road credentials, the brand's creative director saying, "Adventures like the Rebelle Rally are what Rivian vehicles are made for." The Rebelle isn't a timed rally, so the point isn't to beat up the R1T with marathon stints on the throttle. As a navigation rally, competitors aim acquire points by hitting certain checkpoints, making strategy key. The ability to clamber over and through whatever's in the way won't hurt, either, a technique aided by the R1T's height-adjustable suspension that provides 14 inches of ground clearance on its tiptoes. The ability to do tank turns might also come in handy. The Rivian will prove itself by placing, or teach important lessons by falling out. All of this is a necessary step for a manufacturer selling "electric adventure vehicles." There are only two classes in the Rebelle Rally, Crossover and 4x4. Crossovers can be two-wheel drive or all-wheel drive, and can have unibody construction but no low-speed transfer case. The 4x4 class is traditional off-roaders with a low-speed transfer case, ranging from the Jeep Wrangler to the Range Rover.

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.