2023 Honda Accord Ex on 2040-cars

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Honda, Volvo, Lincoln are North American Car, Utility and Truck of the Year

The Detroit Auto Show has officially kicked off, as it always does, with the announcement of the North American Car, Utility Vehicle and Truck of the Year winners. For 2018, those are the Honda Accord, Volvo XC60 and Lincoln Navigator, respectively. The Honda Accord beat out two other finalists, the Toyota Camry and the new Kia Stinger. The Accord stood out for its styling, drivability and standard equipment. The Volvo XC60 came out ahead of the Alfa Romeo Stelvio and Honda Odyssey minivan. It was chosen for its luxury, ride and value when equipped well. The Lincoln Navigator, a heavily updated model that remained true to the concept car on which it was based, beat the Ford Expedition, as well as the only pickup in the list, the Chevrolet Colorado ZR2 (which was a finalist for Autoblog's own Technology of the Year Award). NACTOY juror Ron Sessions complimented the "more dramatic update" compared to the Expedition. "With its design now aligned with the Continental, the Navigator becomes an even more important image — and the profit-maker for Lincoln," he said. The NACTOY Awards have been around since 1994. A panel of 60 judges, all automotive journalists, whittle the list down to three finalists in each category before announcing the winners in January. The Utility Vehicle category was added for 2017. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Featured Gallery 2018 Honda Accord Touring 2.0T View 106 Photos Related Gallery 2018 Volvo XC60: First Drive View 22 Photos Related Gallery 2018 Lincoln Navigator: First Drive View 53 Photos News Source: NACTOY Auto News Detroit Auto Show Honda Lincoln Volvo Truck Crossover SUV Luxury Sedan 2018 detroit auto show north american car of the year NACTOY north american truck utility of the year

Honda speeds towards its dreams with new Civic Type R Concept [w/videos]

A war is coming. It's been brewing for some time between the top-performing hot hatches, and will be determined by the ultimate bragging rights: the lap record at the Nürburgring for front-drive cars. Renault claimed it and reclaimed it again with successive versions of the Megane RS, then Seat took it by some margin with the new Leon Cupra. But this could take it from both.
It's the new Honda Civic Type R - or at least a conceptual preview of the one to follow. We drove an early prototype of the forthcoming Japanese hot hatch while in town for the Tokyo Motor Show a few months ago, where Honda made no secret of its Eiffel-bound aspirations. Now it has taken a big step closer with the concept you see here.
Previewing the extreme styling that will set the next Type R apart from ordinary Civics (or the European-spec hatchback on which it's based), the concept has a giant rear spoiler, enlarged grilles, hood vents and widened fenders packing both 20-inch alloys and additional air vents.

Honda reveals more with Civic Type R concept bound for Paris

The reveal of the next-generation Honda Civic Type R has been a gradual one. First Honda showed us a camouflaged prototype, then let us drive one at its Japanese proving ground and followed up with a concept at the Geneva Motor Show. Now with the Paris Motor Show looming on the horizon, it has revealed yet another concept to keep hot-hatch enthusiasts on their toes.
The second Civic Type R concept appears almost identical to the first one - right down to the aggressive aero kit, quad exhaust tips, oversized wheels and ultra-low-profile rubber - but wears a new coat of Superman blue with go-fast decals. With its release, however, Honda has confirmed some of the salient details set for the production version.
In the nose sits a 2.0-liter turbo four with 276 horsepower and a 7,000-rpm redline, mated to a six-speed manual transmission. Adaptive dampers and a "steer axis" system promise to keep the power under control, while a push of the +R button tightens up the suspension, steering and torque mapping.