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Next-gen Jeep Wrangler to pack 300-hp Hurricane turbo four

Fiat Chrysler has been working for some time now on a new turbocharged four-cylinder engine. Dubbed "Hurricane," the engine is now said to produce nearly 300 horsepower. And its first application could be in the next-generation Jeep Wrangler. With that much power coming from such a small engine, the Hurricane would offer an even higher level of specific output than the 1.75-liter engine in the Alfa Romeo 4C – one of FCA's highest-stressed engines – far eclipsing the 4C's 120 horsepower per liter with 150 hp/l. By way of comparison, the latest 2.0-liter, four-cylinder version of Ford's EcoBoost engine produces "only" 245 hp (122.5 hp/l). The 2.0-liter turbo four in the latest Mercedes-AMG CLA45 and GLA45, however, produces 375 hp. To get so much out of so little an engine, FCA will utilize a twin-scroll turbocharger and variable valve timing. That could make it ideally suited towards a compact performance model, but according to Automotive News, its first application could be in the new the Wrangler. The larger 3.6-liter Pentastar V6 produces 285 hp, nearly as much as the Hurricane will. But with a smaller engine, an eight-speed transmission, and aluminum construction, the new Jeep will likely benefit from dramatically-improved fuel consumption. Related Video:

Chrysler Pacifica reportedly getting updated design and eAWD system for 2021

Chrysler is preparing to give the Pacifica and Voyager minivans a comprehensive mid-cycle update, according to a new report. Both models are scheduled to make their debut in early 2020. The Pacifica currently shares styling cues with the 200, a sedan discontinued after the 2017 model year. The team of stylists tasked with updating it returned from the design well inspired by the third-generation Town & Country released for the 1996 model year, and the 300, the firm's only sedan. Mopar Insiders described a sportier look characterized by a bigger grille, and sharper-looking headlights with LED accents. New-look rear lights connected by a light bar will round out the nip and tuck. The publication added camouflaged prototypes will hit the road in early 2020. The Voyager added to the range for the 2020 model year is a cheaper, less equipment-rich variant of the Pacifica. While it will receive the same updates as its more expensive sibling, it might not come standard with the aforementioned LEDs. Expect other minor trim differences inside and out, too, but the two nameplates will continue to share a basic design. The Dodge Grand Caravan is finally retiring in 2020, so the Voyager will become the ever-important entry point into the group's minivan range. The same report sheds light on the mechanical changes Chrysler has in store. The firm will give buyers in the market for an all-wheel-drive minivan an alternative to the Toyota Sienna by adapting Jeep's plug-in hybrid technology to the Pacifica. Called eAWD, the system consists of a battery-driven electric motor integrated into the rear axle. It delivers through-the-road all-wheel drive, meaning there's no connection between the front and rear wheels, and clever packaging makes it compatible with Chrysler's Stow and Go seats. The gasoline-electric setup will make the Pacifica a rear-wheel drive electric car on short trips, while improving its gas mileage the rest of the time. There's no word yet on what will be under the hybrid, all-wheel-drive model's hood. Jeep's upcoming Compass and Renegade hybrids use a turbocharged, 1.3-liter four-cylinder, but that sounds a little bit small for a reasonably big van developed with the American market in mind. Motorists not interested in going hybrid will likely still have the venerable 3.6-liter V6. And, whether the Voyager will be eligible to receive the new hybrid powertrain remains unclear.

Autonomous Chrysler Pacficas join Lyft test fleet

Lyft has another year of building out its autonomous driving program under its belt, and the ride-hailing company has been expanding its testing steadily throughout 2019. The company says that it's now driving four times more miles on a quarterly basis than it was just six months ago, and has roughly 400 people worldwide dedicated to autonomous vehicle technology development. Going into next year, it's also expanding the program by adding a new type of self-driving test car to its fleet: Chrysler's Pacifica hybrid minivan, which is also the platform of choice for Waymo's current generation of self-driving car. The Pacifica makes a lot of sense as a ridesharing vehicle, since it's a perfect passenger car with easy access via the big sliding door and plenty of creature comforts inside. Indeed, Lyft says that it was chosen specifically because of its "size and functionality" and what those offer to the Lyft AV team when it comes to "experiment[ing] with the self-driving rideshare experience. Lyft says it's currently working on building these test vehicles out in order to get them on the road. Lyft's choice of vehicle is likely informed by its existing experience with the Pacificas, which it encountered when it partnered with Waymo starting back in May, with that company's autonomous vehicle pilot program in Phoenix, Arizona. That ongoing partnership, in which Waymo rides are offered on Lyft's ride-hailing network, is providing Lyft with plenty of information about how riders experience self-driving ride-hailing, Lyft says. In addition to Waymo, Lyft is also currently partnering with Aptiv on providing self-driving services commercially to the public through that company's Vegas AV deployment. In addition to adding Pacificas to its fleet alongside the current Ford Fusion test vehicles it has in operation, Lyft is opening a second facility in addition to its Level 5 Engineering Center, the current central hub of its global AV development program. Like the Level 5 Engineering Center, its new dedicated testing facility will be located in Palo Alto, and having the two close together will help "increase the number of tests we run," according to Lyft. The new test site is designed to host intersections, traffic lights, roadway merges, pedestrian pathways and other features of public roads, all reconfigurable to simulate a wide range of real-world driving scenarios.