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New-gen 2020 Subaru Outback carries on its rugged legacy

The Outback is Subaru's best-selling vehicle, and for good reason. It's capable, it's versatile, it wears inoffensive looks, and it offers plenty of modern tech in a relatively affordable package. So when it came time to rework the model and introduce a new generation, Subaru took the less-is-more approach to the aesthetic redesign, which only has subtle tweaks. The major changes come inside the cabin and beneath the sheetmetal by introducing a more premium interior, and an all-new XT trim with a torquey new 2.4-liter turbocharged boxer engine. Similar to the approach used to update the 2020 Legacy, Subaru refined the Outback at every level. That started with the car's bones and the Subaru Global Platform. Subaru says the 2020 Outback is 70 percent stiffer in torsional and front-suspension rigidity and 100 percent stiffer in front lateral flex and rear subframe rigidity. The improved structure is also said to be 40 percent more absorbent in front and side crashes. More exciting is the introduction of multiple XT trims, which come standard with a 2.4-liter turbocharged boxer engine. Like the Legacy, the Outback is getting rid of the 3.6-liter six-cylinder engine in favor of the model's first turbocharged offering since 2009. It makes 260 horsepower at 5,600 rpm and 277 lb-ft of torque at 2,000 rpm, four more horsepower and 30 more lb-ft than the six-cylinder. Subaru notes the 2.4-liter engine offers a 3,500-pound towing capacity, which is an 800-pound improvement and the Outback's highest tow rating ever. It is estimated to get 23 mpg city and 30 mpg highway, compared to the 3.6's 20 mpg city and 27 mpg highway. All Outbacks come standard with permanent symmetrical all-wheel drive and a Lineartronic continuously variable transmission (CVT) that offer an "eight-speed" manual mode and paddle shifters. Base-model Outbacks continue to use a 2.5-liter naturally aspirated boxer engine, which Subaru says has 90 percent new parts. Its specs increase to 182 horsepower at 5,800 rpm and 176 lb-ft of torque at 4,400 rpm from 175 horsepower and 174 lb-ft in the previous model. With the slight increases in power comes a lighter and more agile suspension. Up front the Outback will have MacPherson struts with an internal rebound spring and a new 0.9-inch hollow stabilizer bar. In the back, a double wishbone setup with coil springs and a 0.75-inch hollow stabilizer bar. Overall, the Outback maintains its impressive 8.7 inches of ground clearance.

Next-generation Subaru Forester spotted with minimal camouflage

Though the Subaru Forester received a slight refresh last year, the crossover is due for a full redesign, since its bones date back to the 2014 model year. That redesign is coming soon though, as revealed by these spy shots. The crossover looks relatively similar to the current one, but it's completely new underneath. As for the outside, it's definitely an evolutionary design. The boxy shape and signature grille clearly derive from the current model. But there are changes. The prow doesn't slope back as much as the current one. Instead, it's nearly upright, and the corners are pushed forward, too. It gives the Forester a more truck-like appearance. The headlights also look as though they sit higher and wrap around more. The lower vents that were integrated in bumper creases on the current one appear to have disappeared, as well, perhaps for a more conventional front bumper. Moving to the side and the back, we can just make out some slightly more complicated surfaces on the flanks. They look a bit like the subtle creases found on the Impreza and the Crosstrek. The taillights also appear to be inspired by the new Impreza and Crosstrek. Rather than the small units in the body of the current Forester, the new lights extend into the rear hatch. Not only does this bring the crossover's styling in line with Subaru's other offerings, this may improve the size of the hatch opening, as Subaru says the Impreza's new lights did. Underneath the modest redesign should be Subaru's global architecture, which currently underpins the Impreza and Crosstrek. Our experience with both of those cars showed that the platform has yielded agile handling and solid ride quality. And if the Forester continues to offer a turbocharged engine, it should rectify the power (or rather, lack thereof) in the Impreza pair. The platform will also underpin the upcoming three-row Ascent SUV, which is expected to be released next year. With that in mind, and the near production-ready body, we'd say we'll see the new Forester revealed either at the end of this year, or early next year. Related Video: Featured Gallery 2019 Subaru Forester View 9 Photos Image Credit: KGP Photography Spy Photos Subaru Crossover

Seeing the sights with Subaru EyeSight's Touring Assist | Autoblog in Japan

Autoblog recently went to Japan to drive cars, ride trains, and talk to carmakers about automotive history and the future of mobility. This video is part of a larger series of special reports from Japan. TOKYO — The interesting thing about Subaru's EyeSight technology is that — like its name suggests — it relies mostly on the stereoscopic color cameras located behind the rear-view mirror that scan the road ahead of the car. We've had EyeSight available here in the U.S. for years now, controlling features like pre-collision braking and throttle control, and adaptive cruise control. The cameras can detect vehicles, pedestrians and lane markings, and judge their distance. It uses color images to recognize brake lights, which add another piece of important input when making critical life-or-death decisions. New for Japan, though, is an EyeSight upgrade called Touring Assist. Touring Assist builds upon the capabilities of EyeSight with more robust lane tracing, adaptive cruise control and steering assist. Before expending to other markets or other models, Touring Assist is only available on the Subaru Levorg and WRX in Japan. The capabilities of lane tracing have been expanded for use at any speed, rather than just over 37 miles per hour. Additionally, Touring Assist adds automated steering to help keep you in your lane. This uses the cameras not just to read and adhere to the lane markings but, at speeds of up to 37 mph, to also follow the car in front of you. Touring Assist doesn't allow for fully autonomous driving, but its driver assistance features automate certain functions in specific conditions, theoretically making driving safer and easier. It's a step toward fully autonomous driving, a technological foundation upon which self-driving systems can expand. We arrived in Japan in spring, expecting to see streets lined with cherry blossoms. Instead, we were met with a frigid downpour that later turned to snow on our first full day in Tokyo. While not ideal conditions for our first time driving in Tokyo traffic — or driving on the left side of the road in a right-hand-drive car — it allowed us to test out Touring Assist in less-than-perfect conditions. Check out the video above to see how that went. In all, we were pretty impressed with Touring Assist. What would have been a fraught drive in a foreign country on the wrong side of the road in crappy weather and heavy congestion was actually pretty relaxed and enjoyable.