2003 Honda Accord Ex Sedan 4-door 3.0l on 2040-cars

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Listen, the Type R and the WRX STI don't look alike. Here's why.

So following the reveal of the new Honda Civic Type R, we've seen quite a few commenters issuing all kinds of accusations about the Type R looking like a WRX STI. And you know what? They're right. Both cars have four wheels, four-passenger doors, big wings, and scoops. In all seriousness, aside from a passing similarity because they're both flashy sport compacts, they really don't look alike. Let's start with the front and the profile. These areas are technically the most similar, since both cars feature high beltlines and have lower fascias defined by large inlets and a deep chin spoiler. And admittedly, the little kick-ups on the lower rear portion of the side windows are reminiscent of each other. But that's where the similarities end. Up front, the grille is by far the clearest indicator that the Honda is most certainly a Honda. The wide "blade" shape that spans the nose from light-to-light is unmistakably from the company that gave us VTEC. After all, just about every Honda today uses some form of that grille. The Subaru, on the other hand, has a traditional grille that is distinctly separated from the lights. It's not a bad thing, Subarus have had rather anonymous designs in the past, and we've still liked them. It's a Subaru thing. Moving to the scoops, we find more differences. For once, the Type R is more restrained, with a small, low-profile inlet far back on the hood. It will not be mistaken for the massive one on the STI, which looks like it could suck up low-flying fowl. View 58 Photos Along the side, the distinctions continue to pile up. The key here is in the fenders. While the STI has proud, pumped-up fenders compared with its distant Impreza cousin, they aren't nearly as pronounced as those on the Type R. The Honda's flares clearly show that they protrude from the standard hatchback's sheetmetal and closely follow the curve of the wheelarches. The STI's fenders proceed along the body's lines more closely and blend in more. Finally, we come to the rear, where no one should ever get these two vehicles confused. Yes, they both have enormous rear wings and diffusers, but that's it. For starters, one car is a hatchback, and the other is a traditional sedan. Not only that, but the Type R's hatch has a distinctive split rear window. I mean, based on the criteria people have used to compare the Type R with the STI, they should've actually been comparing the Honda to a Prius.

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.

Honda recalling 183k cars and crossovers over unintended braking issue

A recall has been issued for nearly 183,000 Honda and Acura brand vehicles from the 2005 and 2006 model years. The problem stems from a potential malfunctions to the vehicles' stability control and braking systems.
Drivers have reported a malfunction to Honda's Vehicle Stability Assist system, though to date, no crashes or injuries have been reported as a result of it. Some of the vehicles' Vehicle Stability Assist (VSA) control units may have an electric capacitor that was damaged during manufacture. A damaged control unit could cause the VSA system to apply brake force for a "fraction of a second" without any driver input, or could add additional brake force if it malfunctions while the driver is already braking. Either example could increase the risk of a crash.
To fix the issue, Honda will install a new electrical sub-harness, free of charge to the owner. The recall specifies 101,000 Honda Pilot (pictured), 60,000 Acura MDX and 21,000 Acura RL vehicles from the 2005 model year will be affected. An additional 800 MDX crossovers from the 2006 model year are also included in the recall. In addition, 51,000 of the affected 2005 Pilots will be inspected to be sure that a ground bolt for the VSA system is properly tight. Should this bolt come lose, similar unexpected brake activation may occur.