Nst-t, Rare, Custom Wheels, Low Mileage, Immaculate on 2040-cars

Auto blog

Honda HR-V could spawn Acura variant

We've been saying it for months now, but the compact CUV is the next big thing. Everyone, and we mean everyone, is at least considering getting in on the action, if they aren't already actively designing or selling, and that's true whether they're a premium or mainstream automaker. That, of course, includes Acura, whose parent company, Honda, has a compact CUV of its own coming to market very, very soon. With the arrival of the Fit-based HR-V, that begs the question of whether the near-premium marque will join this burgeoning segment. The idea of building a car below the company's entry level CUV, the RDX, is an appealing one to Honda Executive Vice President John Mendel, who called it "potentially the only place you could go," and would occupy the "white space" the company is looking to fill. While we might chuckle about the idea of a luxurious, Fit-based CUV, it's fair to say it could do well for Acura. It could certainly provide a foil to the very hot selling Buick Encore, and may even capture some sales from the luxuriously outfitted Jeep Renegade Limited/Fiat 500X Lounge. It remains to be seen, though, if Acura could build an HR-V capable of tangling with the new entries from Lexus, Audi and Mercedes-Benz.

Lincoln Aviator vs Cadillac XT6 | How they compare on paper

There have been big, three-row family crossovers for quite a while now, but until recently the luxury market hasn't fully embraced them. Sure, you could literally get one with a third row, but unless you were a kid, chances are the term "dungeon-like" was going to be tossed around. Things are changing now, however, as new and redesigned entries are starting to hit the market. We've recently had a chance to get our first drives of the 2020 Lincoln Aviator and 2020 Cadillac XT6, two all-new three-row crossovers from American luxury brands. We also got a turn behind the wheel of the updated 2020 Volvo XC90. However, since none of our editors have yet to drive to drive them all, we wanted to see how they compare on paper, examining their engine specs and interior dimensions. We also included the 2020 Acura MDX, the original three-row luxury crossover, which continues to sell well despite approaching the end of its current generation. That it offers a hybrid model makes it that much more applicable given the Aviator and XC90 also offer gasoline-electric powertrains, albeit of the plug-in variety. 3 Row Luxury Crossovers Powertrains View 1 Photos Non-hybrid MDX has a 5,000-pound max tow rating. How do their performance and fuel economy compare? This one is absolutely no contest. The 400-horsepower Lincoln blows away its competitors despite having a price tag that's similar to the 310-horsepower Cadillac and in between the XC90's T5 and T6 models. At least the Acura is considerably cheaper. Besides the eye-popping output, the estimated 0-60-mph time of 5.5 seconds (gleaned from the mechanically similar Ford Explorer ST) is appreciably quicker than the others. Now, fuel economy is a bit lower, but the efficiency of Volvo's four-cylinder engines are likely more susceptible to varying due to driver differences. It should also be noted that the Cadillac gets the same combined fuel economy estimate as the Aviator despite having 90 fewer horses and 144 fewer pound-feet of torque. Just one of the ways where the XT6's prospects dim in the presence of its cross-Michigan rival. The Cadillac is also not available as a hybrid model. The others are, but are disparate. The Lincoln Aviator Grand Touring and Volvo XC90 T8 are similar in concept: range-topping models that are as much about adding performance as they are fuel economy. Their hefty price tags certainly reflect that as well.

Acura NSX GT3 swings through New York en route to the track

Supercars are developed for the road, but sometimes the prospect of putting them on the track proves just too tempting to pass up. McLaren found out just that with the legendary F1, and now its racing partner Honda is doing the same with the new Acura NSX GT3 you see here. Unveiled here at the 2016 New York Auto Show, the NSX GT3 is based closely on the road-going version, but with several key differences. For starters, it ditches the trick hybrid all-wheel-drive system, not unlike the Type R we're expecting to follow. It keeps the 3.5-liter V6, but purely in twin-turbo guise (with no electrical boost in sight), driving the rear wheels through a six-speed sequential gearbox instead of the nine-speed dual-clutch transmission. The aluminum space frame carries over, but comes draped in extensively modified bodywork with more extreme aero to keep it cool and glued to the track. Since it's been designed to FIA GT3 regulations (and not the more advanced GTE), we shouldn't expect to see it competing at Le Mans against the new Ford GT (among others). But it will be in prime position to take on championships like the Pirelli World Challenge, Blancpain Endurance Series, and even the lower GT300 class of Japan's own Super GT series. Wherever it competes, though, it positively looks the business even sitting still, and we're looking forward to seeing it run. Acura Unveils NSX GT3 Racecar in New York Mar 23, 2016 - NEW YORK, NY - Twin turbocharged NSX supercar to campaign in North American competition starting 2017 - NSX slated to undergo homologation this fall as an FIA GT3 class racecar - Racecar body to be built by the Performance Manufacturing Center in Marysville, Ohio, the exclusive manufacturing home to the all-new Acura NSX supercar; engine to be produced in Anna, Ohio Acura took the wraps off a NSX GT3 racecar today at the 2016 New York International Auto Show, announcing its intention to campaign the twin-turbocharged NSX supercar in North America starting in 2017. The NSX is currently undergoing testing and slated for homologation as an FIA GT3 class racecar this fall. The unveiled Acura NSX GT3 racecar featured custom bodywork and aero components including a large deck wing spoiler, underbody diffuser and enlarged hood vents for efficient engine cooling.