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Toyota tops Consumer Reports best, worst used car values

We often mock Toyota for building boring, soulless cars, but a new study by Consumer Reports suggests that regardless of whether that's true, the company has some of the best used cars on the market. In its report on used cars from 2004-2013, the Japanese automaker had 11 vehicles among its brands on the list - more than any other automaker.
CR breaks the list down by cost and vehicle size, and Toyota has at least one entry at every price point and in nearly every segment. To score a recommendation, a vehicle had to perform well in the magazine's initial tests and score above-average reliability results. It also tried to only suggest cars with electronic stability control. Of the 28 recommended vehicles, Honda/Acura had the second most mentions at six, and Ford, Hyundai and Subaru managed two each.
The Detroit brands also made it to the list, but not in a positive way. Consumer Reports compiled a list of 22 vehicles it wouldn't recommend because "they have multiple years of much-worse-than-average overall reliability." General Motors had the most unrecommended models on the list at six, but Chrysler and Ford weren't far behind, with five cars each from their brands not making the grade. The full list of recommendations is available on CR's website.

Precision Concept previews the future of Acura design [w/video]

When we drove the 2014 Acura RLX Sport Hybrid two years ago we celebrated its massive handling and carped on its milquetoast styling. We'd have done backflips if the internals of the brand's flagship sedan had been wrapped in the sheetmetal of the Acura Precision Concept. Don't get us wrong, we still have some questions about the front end of the car in these images, but we're all-in on the side view and, more importantly, we applaud Acura for making a bold design statement. Acura says the Precision concept "literally will shape the direction of all future Acura products," bringing a "bolder, more distinctive future for Acura vehicle design." Hallelujah. As if you couldn't tell, this is the product of the Acura Design Studio in California, where Acura NSX veteran Michelle Christensen led the exterior work and NSX veteran John Norman led the interior design. Up front is what's called a Diamond Pentagon grille, which looks fussy here but we won't make final judgments until we see it on the Detroit Auto Show floor later today. Come around to the side and the low-slung, rear-wheel-drive proportions on 22-inch wheels are the last thing we'd expect from a design study for an Acura sedan. It is about two inches shorter than the 2016 BMW 750i with a wheelbase that is 4.4 inches shorter, and sits six inches lower. Intensely sculpted surfaces flow from the exterior into the cabin, like the CHMSL that breaks the rear backlight to roll into the rear headrests. Interior elements thrust like geologic formations, popping with mixed materials, floating rear seats, a small steering wheel and floating gauge locked onto a tiered instrument panel. The wide, curved screen atop the center console experiments with a floating touchpad to control a concept human-machine interface. Acura says everything about the Precision concept is an expression of the company's "Precision Crafted Performance DNA." We have no idea how Acura plans to integrate this into its product line; put the Precision on a showroom floor right now and every other current Acura model save the NSX would squeal away and hide. But we welcome the attempt. We can't wait to see what happens. Acura Precision Concept Points to Bold Future for Acura Design DETROIT, January 12, 2016 – The Acura Precision Concept model made its world debut at the 2016 North American International Auto Show today, pointing toward a bolder, more distinctive future for Acura vehicle design.

Honda's Acura NSX masterstroke: building the factory in Ohio

When Honda announced it was going to build its NSX supercar in Ohio instead of Japan, it caught everybody in the industry by surprise. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Now Honda has a supercar production facility in rural Ohio that would be the envy of any Formula One team. The people at Honda call it the PMC, but its official name is the Performance Manufacturing Center. It's a building that started out as a shipping facility for suppliers, but Honda invested $70 million to transform it into a showcase facility that will build the NSX. Honda benchmarked the assembly operations at Ferrari, Lamborghini, McLaren, and Bentley before work began on its facility. The 200,000 square-foot building will also double as a customer reception center – Honda will open the doors for customers to come see their car being built. It's also going to offer them high-speed test drives at the gigantic Transportation Research Center just down the road. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Inside, the layout is wide open and well lit. There are no stripes or lines on the floor and none of the different departments are walled off. This creates a more welcoming appearance and lets you get a comprehensive view of the entire process at a glance. And with an eye towards future lessons learned, most of the equipment is of a modular design that can be easily reconfigured or moved. The body shop and paint shop are enclosed by glass walls so that anyone can see what's going on inside. And while you'll see some automation here and there, the idea was to achieve a blend between man and machine, not to try and automate everything. This is a low-volume facility with production targeted at only eight to ten cars a day. The plant runs four days a week with one ten-hour shift. Don't expect to see rows of new NSXs parked on any dealer's lot. The car will only be built to order. Honda is obsessed with ensuring the NSX is built to the most exacting quality standards. The plant people pored over the JD Power Appeal study to determine what supercar customers care about the most, then looked at which aspects of that directly tie into manufacturing. They developed their quality control strategy with three goals in mind. First, they wanted to build everything right the first time with no adjustments.