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Honda previews next-gen JDM Odyssey minivan

Some automakers market the same cars around the world, while others offer different models - even under the same nameplate - for different markets. We're thinking of cars like the Volkswagen Passat or the previous Mazda6. Honda's been known to do so as well, with models like the Accord and Odyssey, which are completely different in North America than they are in other parts of the world.
Now Honda has provided the first glimpse at the Odyssey minivan it offers for the Japanese Domestic Market (as well as Europe and other parts of the world). Though more compact than the US-market version, the new overseas Odyssey appears larger than the model it replaces, with a taller roofline increasing interior space.
Though Honda hasn't released the model's full specifications, power is expected to come from a 2.4-liter inline-four mated to a continuously variable transmission. Beyond that, buyers will likely be able to choose between front- and all-wheel drive, two cabin layouts, two interior colors and seven or more exterior paints. The images also point towards blind-spot and auto-braking systems and an apparent eco mode. Although unconfirmed, we expect to see the new JDM Odyssey make its debut at the upcoming Tokyo Motor Show.

Honda planning sub-NSX S2000 successor

Nine years separated the arrival of the original Acura NSX and the Honda S2000. By that time, the NSX was closer to the end of its fifteen-year production cycle than it was to its beginning. The latest word has it that not only is Honda planning a successor to the S2000, but it's not about to wait that long after the new NSX arrives before it's rolled out.
While the S2000 was a front-mid-engined roadster, its successor will, according to the latest from Auto Express (which we are taking with a grain of salt), be a mid-engined coupe - closer, in other words, to the NSX than the S2000. Power would come from a more potent version of the 2.0-liter turbo four developed for the upcoming new Civic Type R, possibly as part of a hybrid system derived from Honda's upcoming Formula One powertain to develop over 400 horsepower.
Whether the new sports car would revive the S2000 nameplate, and whether it would wear the Honda or Acura badge in the United States, remain to be seen. As does its potential production site: while the previous S2000 was built at the same Takanezawa plant in Tochigi as the original NSX, the new NSX will be built at the new Performance Manufacturing Center in Marysville, Ohio. The new S660 roadster, meanwhile, is set to be assembled at the same Yachiyo plant in Yokkaichi as the original Honda Beat.

2015 Honda CR-V performs poorly in Swedish AWD test [w/video]

Swedish auto magazine Teknikens Värld has never been afraid to call out automakers when a vehicle fails one of its battery of examinations. Its famous Moose Test recently caught the Porsche Macan out, and a few years ago, there was a protracted argument between Teknikens Värld and Jeep over the performance of a Grand Cherokee in that evaluation.
This time, the 2015 Honda CR-V is raising the magazine's hackles, but it has nothing to do with avoiding a giant mammal. Snow is obviously an issue in Sweden, and Teknikens Värld has a test that challenges all-wheel drive systems in low-traction settings. On a slanted surface, the Swedes put the vehicles' front wheels on rollers with no traction and demands the rears accelerate away. The Honda couldn't do it. Teknikens Värld claims that it initially found the same result last year from the European CR-V, but Honda Sweden put out a software upgrade correcting the behavior in the test. This year, the CUV went back to failing.
While that's the magazine's side, Honda Sweden doesn't see the test as fair. In a statement to Teknikens Värld, the company explains the way the CUV's all-wheel drive system works. It also claims that the test isn't simulating a realistic situation. "In real conditions, regardless of the surface, there is a certain amount of friction always available for both front and rear wheels," the announcement says. "A scenario like the roll test with such a high difference in grip between the front and the rear wheels is highly unlikely."