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2018 Dodge Challenger SRT Hellcat Widebody First Drive | Same snarl, more bite

By now, you've read a lot about the Dodge Demon, including our driving impressions from the drag strip. You've also heard a lot about the Challenger Hellcat, which we've had the pleasure of driving at Portland International Raceway, Willow Springs, and on our home turf of Woodward Avenue, both during the Dream Cruise and for an episode of AutoblogVR. Last week, Dodge and SRT invited us out to Indianapolis to sample the Demon, as well as the Durango SRT. Sandwiched between those two launches, however, was another distillation of Dodge's retro-cool coupe, the 2018 Challenger SRT Hellcat Widebody. The Widebody shares most of the guts of the standard Charger Hellcat, but went to the same cosmetic surgeon as the Demon. The Hellcat 6.2-Liter V8 with 2.4-liter-per-rev supercharger, producing 707 horsepower and 650 pound-feet of torque, is unchanged. It comes standard with a six-speed manual transmission, but our tester had the optional eight-speed automatic with steering wheel-mounted paddle shifters. It's 3.5 inches wider (look at those fenders!) than the standard Hellcat, though, which allows it to accommodate 20-by-11-inch "Devil's Rim" wheels. It shares its front splitter with the Demon, but retains the Hellcat's rear spoiler. The Widebody also features an electronic power steering system with selectable drive modes. It just slightly outperforms the standard Hellcat, as well, with better cornering grip, improved acceleration, and better braking (even though it shares the same Brembo brake package as the standard Hellcat). Dodge claims that the Widebody does the quarter-mile 0.3 seconds quicker, dropping it just out of the 11s to 10.9 seconds. 0-60 miles per hour drops from 3.5 to 3.4 seconds. Lateral grip increases by 0.04 G to 0.97 G on the skid pad. On the company's 1.7-mile road course, Dodge says the Widebody drops two seconds off its lap time compared to the standard Hellcat, finishing about 13 car lengths ahead. We spent our time with the Hellcat Widebody on the infield road course at Indianapolis Motor Speedway. Sliding into the car, the seating position is cozy and comfortable even with a helmet on, and we have no trouble adjusting our chair and steering column to ideal placement. The infotainment display shows us our drive settings for the next few miles: the transmission and suspension are in Track Mode, steering is set to Sport, with traction set to Street. We fire up the car with an instructor in the right seat, and head out of the pit lane.

Jeep Wrangler 4xe's hybrid powertrain: Could it be headed to other FCA products?

On its own, the 2021 Jeep Wrangler 4xe plug-in hybrid is a big deal for the brand and the model line. It's the most powerful and most efficient Wrangler by significant margins, and it doesn't give up the off-road capability that makes the Wrangler so special. But another great thing about this hybrid powertrain is its potential to be transplanted into other FCA vehicles. Just to recap, the layout of the Wrangler's hybrid powertrain, front to back, is as follows: engine, clutch, electric motor, clutch, transmission. The engine is the same 2.0-liter turbocharged four-cylinder that's a standalone engine for the Wrangler. The transmission and electric motor are sort of one unit, with the motor and clutch replacing the torque converter of the transmission. And the transmission itself is the ubiquitous eight-speed ZF automatic gearbox. Its transmission code name is 8HP75PH. The ZF eight-speed is available in every FCA product with a longitudinally-mounted engine and rear-wheel drive or four-wheel drive, with variations in the amount of power and torque it can handle. Not only that, but the Ram 1500 and 2500 and the Jeep Wrangler and Gladiator all have powertrains that utilize the non-hybrid version of the 8HP75 transmission specifically. Even the gear ratios for that transmission as well as the 8HP70 used in the Jeep Grand Cherokee, Dodge Durango, Dodge Charger and Chrysler 300 are nearly identical to those in the 8HP75PH. And a Fiat-Chrysler representative confirmed that the transmission portion of the hybrid drivetrain is basically carry-over from the regular 8HP75. So a transplant could be a relatively simple process. As for which of these models would be the most likely to receive the hybrid powertrain first, the Jeep Gladiator and Ram 1500 would seem like good bets, since they likely have the most similar transmissions, and the Gladiator in particular because of its closely-related underpinnings to the Wrangler. Both are also highly profitable trucks that sell well and could justify the development costs of adapting another powertrain. And in the case of the Ram, there's the impending F-150 hybrid to think about. Although Ram isn't going after a fully electric model, a PHEV could be a nice middle ground. A potential limiting factor would be whether the hybrid powertrain would be sufficiently robust to handle heavy payload and towing demands, particularly over longer periods.

Values snowball for legendary Tucker Sno-Cats, latest toys of the super rich

Here's a fun-sounding vehicle perfect for the cold and snow that's currently gripping much of North America. Tucker — no, not that Tucker — just marked its 75th anniversary making the Sno-Cat, its orange-painted, four-tread snow vehicles that have inspired backcountry skiers, collectors — and increasingly, the super rich. Bloomberg in a recent story writes that demand for the Medford, Ore.-based company's products is soaring on demand from the wealthy, who need a way to get to their backcountry mountain retreats. They're also in demand from collectors and gearheads who also love snow, like two anonymous collectors who are believed to have amassed more than 200 vintage Sno-Cats. The value of vintage models has reportedly tripled in the past five years to well over $100,000 for a fully restored rig. Tucker Sno-Cat Corp. claims to be the world's oldest surviving snow vehicle manufacturer, launched by E.M. Tucker in 1942 out of a desire to design a vehicle for traveling over the kind of deep, soft snow found in the Rogue River Valley of his childhood. It was four Tucker Sno-Cat machines that helped English explorer Vivian Fuchs and his 12-man party make the first 2,158-mile overland crossing of Antarctica in 1957-58. While many of the company's competitors either shuttered or adapted to serving ski resorts with wider, heavier treads, Tucker has stuck to its formula of making lightweight vehicles to travel over deep snow. Many Tuckers use Chrysler's flat six-cylinder engine, or its Dodge Hemi V8 for larger Sno-Cats, mounted rear or centrally, with basic, no-frills aluminum cabins. Sno-Cats all have four articulating tracks that are independently sprung, powered and pivoted at the drive axle. Track options come in three different types: conventional steel grouser belt track, rubber-coated aluminum grouser belt track, and one-piece all-rubber track. Steering is hydraulically controlled by pivoting the front and rear axles for smooth movement over undulating terrain with minimal disturbance of the ground cover. The company today makes 75 to 100 Sno-Cats a year for customers including the U.S. military, oil-drilling crews in cold places like Alaska and North Dakota, and utilities. But demand is so high that it's launched a profitable service reselling and refurbishing old machines. E.M. Tucker's grandson, Jeff McNeil, now head of this division, scours Google Earth for abandoned Sno-Cats rusting in backyards that he might be able to acquire and fix up.