2010 Acura Mdx,spotless Awd Suv. Loaded ,navi,camera, Nationwide Delivery Aval. on 2040-cars

Auto blog

Acura's MDX SEMA concept took the wrong parts from the NSX GT3

When it comes to SEMA show cars, the more absurd the better, such as with the 1,040-horsepower Bisimoto Hyundai Santa Fe. That's not the case with Acura's custom MDX. This crossover was designed to match the NSX GT3 racecar, and gets a custom trailer to tow it. However, instead of doing something awesome like dropping in the NSX's twin-turbo V6, Acura decided the defining characteristics of the race car were the paint, splitter, and wing. So that's what the MDX and trailer got. In addition to a matching white paint scheme with orange and black accents, the SUV wears a massive front splitter that looks like a shelf stuck close to the ground. It's the only aero modification on the vehicle, and it just looks silly, what with the massive gap between the base of the bumper and the splitter itself. There aren't any performance modifications on this SUV either, except the lowered suspension, so the only thing the splitter is likely to do is break off on the first mildly steep driveway it comes across. To complement the MDX's dubious aero aid, the custom trailer gets a "wing" at the back. Actually, it looks like Acura slapped some endplates on the back to give it a wing look. The trailer also gets running boards that extend the splitter along the side. Maybe it all works together to keep the trailering rig planted. But probably not. If Acura wants suggestions for next time, we suggest a mid-engined MDX, or perhaps one with a wild hybrid system. We'll call this a missed opportunity. Related Video: Featured Gallery Acura MDX with custom NSX GT3 Trailer: SEMA 2016 View 11 Photos Related Gallery 2017 Acura MDX SEMA concept Image Credit: Live photos copyright 2016 Drew Phillips / Autoblog Design/Style SEMA Show Acura Crossover Racing Vehicles acura mdx acura nsx gt3

The cars that won't live to see 2015 [w/video]

Every year in the fast-paced automotive industry brings new models, but it also spells the end for some that have been less successful. This year will be no exception.
Japan's automakers make up the bulk of the list of discontinued models for the 2015 model year: Acura is replacing the TL and TSX with the new TLX sedan, Honda is bidding farewell to the Fit EV as the new Fit hatchback takes its place, and Nissan is saying goodbye to both the Cube and Murano CrossCabriolet. Both the Nissan Maxima and Mazda2 exit stage left before their upcoming replacements arrive, while Toyota is terminating the RAV4 EV and FJ Cruiser as well as the Scion xD, and Lexus IS C and IS F that are being effectively replaced by the new RC. Meanwhile Infiniti is finally discontinuing the G37 that was already replaced by the newer Q50.
From our own domestic automakers, Cadillac discontinues the CTS-V sedan and wagon as the new CTS rolls in, Chevy is canceling the mild-hybrid Eco versions of the Malibu and Impala sedans, and Chrysler is killing off the 200 convertible as the new 200 sedan arrives.

NHTSA gives okay for three automakers to skirt tire-related recalls

BMW, Honda, and Mercedes-Benz are all going to avoid small recalls, after the National Highway Traffic Safety Administration issued petitions for "findings of inconsequential noncompliance" to the three manufacturers, according to Tire Business. Basically, the petitions allow the brands to avoid recalls for some very, very minor issues.
BMW had tire placards on 364 X6 M CUVs that stated the car could only handle four passengers, when in reality it had room for three in the back. Actual plausibility of fitting three real humans in the slope-roofed Bimmer aside, the Munich-based manufacturer argued it was inconsequential, as the placards were correct regardless of the number of passengers.
Honda's case focused on 212 2011 and 2012 Acura TSX sedans equipped with 18-inch wheels. The TPMS systems on these cars were set for 17-inch wheels, rather than the larger hoops, but even with the lower settings, the tires maintain adequate load capacity.