2011 Acura Mdx Base Sport Utility 4-door 3.7l on 2040-cars

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Buy a new NSX and you can put the badges on as it rolls off the line in Ohio

Acura announced today that new NSX owners now have an opportunity to see their cars being built at the Performance Manufacturing Center (PMC) in Marysville, Ohio. At the starting price of $2,700, owners can participate in the "NSX Insider Experience" in which they'll tour the factory, as well as the Honda Heritage Center. The latter of which houses a HondaJet, an iteration of ASIMO, Honda's famous humanoid robot, and other pieces of Honda history. Owners on the tour also have the chance to talk with people on the assembly line about how it all comes together, and can even install the badges on their very own cars. If that's not enough, Honda offers a few other optional extras to make the trip special. They can add a tour of the factory in Anna, Ohio, where the NSX engines are made, as well as sign up for a performance driving experience in a new NSX. The driving portion is available in two- and four-hour sessions, and it takes place at the Transportation Research Center, which doubles as Acura's NSX proving grounds. Of course these extras will add to the cost, as will bringing guests. Honda even offers help with travel planning through Acura Concierge. The service can book your flight and other travel arrangements. It will also allow you to stay at the special NSX suite at the Joseph Hotel in Columbus, Ohio. Acura didn't go into detail as to what makes the suite specific to the NSX, but we're sure it's a nice place nonetheless. NSX owners interested in the program should check out the program's website, here. For people without the means to buy an NSX, you can still get a look into the factory by checking out our visit to the facility. Related Video: Featured Gallery Acura NSX Insider Experience Image Credit: Acura Green Plants/Manufacturing Acura Coupe Hybrid Supercars

10 automakers sued over keyless ignitions

Keyless ignition has rapidly proliferated throughout the auto industry to become a fairly normal feature on new cars. It's supposed to offer the convenience of keeping the fob in your pocket and just pressing a button to drive away. However, ten major automakers are now being sued in US District Court over claims that the system is dangerous, Reuters reports. The suit alleges that people are forgetting to shut off the engine, and the lack of an idle timer is the cause for 13 deaths by carbon monoxide poisoning and multiple injuries. The suit currently includes 28 plaintiffs, according to Reuters, but the lawyers are asking for class-action status to potentially add many more. The case goes after a major swath of the industry, including BMW, Daimler, FCA, Ford, General Motors, Honda, Hyundai, Nissan, Toyota, and Volkswagen, plus their related brands like Acura, Infiniti, Mini, and Lexus. In all, over five million vehicles are affected. The assertion here is that people walk away from their vehicle without shutting it off because they believe the engine shuts off automatically. If parked in a garage, carbon monoxide can build up, leading to poisoning. The lawyers claim automakers know this is a problem and also cite 27 complaints to the National Highway Traffic Safety Administration about the issue, according to Reuters. The plaintiffs are asking for an automatic shut-off and damages from the companies. These concerns have come up before, though. Toyota previously faced a lawsuit over a carbon monoxide death after a woman accidentally left her Lexus running. Also earlier this year, GM recalled 64,186 examples of the 2011-2013 Chevrolet Volt because owners weren't shutting them off. The problem resulted in two injuries, and the company released a software update to limit the idling time.

A smoother operator | 2017 Acura MDX Sport Hybrid First Drive

There's a lot to unpack when trying to understand the 2017 Acura MDX Sport Hybrid. Acura is billing it as a three-row crossover infused with NSX technology via a sport-oriented hybrid drivetrain. So it's a hybrid crossover, sure. But it doesn't comport itself like a traditional crossover, nor is it a conventional hybrid. What it is, underneath, is an intentionally subtle blend of impressive technologies doing their best to appear transparent – and it's too subtle, I fear, to be appreciated by those who'd like it the most. This is a lot of foreshadowing, but if you're not familiar with the MDX Sport Hybrid's powertrain, let's fill you in. The MDX Sport Hybrid uses the same basic system as the 2014 RLX Sport Hybrid, with some newer NSX battery tech sprinkled in, packaged neatly into the refreshed third-generation MDX platform. The system improves handling and efficiency – but more important, it smoothes out the harshness of shifts and engine stop-starts. We do need to examine the system in some detail to understand how all this affects the MDX as a whole, so let's go toe to tail. Up front is a transversely-mounted 3.0-liter V6 making 257 horsepower and 218 pound-feet of torque, as well as featuring i-VTEC and cylinder deactivation. It's slightly smaller than the 3.5-liter V6 found in the conventional MDX and many other Honda and Acura products. Attached alongside is a Honda-produced 7-speed dual-clutch transmission that has a 47 hp, 109 lb-ft electric motor-generator stuffed inside. Amidships are the battery pack and the electronics to control it, and stretching aft from there are large cables feeding power to a pair of electric motors that reside in single housing, one for each wheel. Together, they produce electron witchcraft and torque-delivery wizardry – and add 72 hp and 108 lb-ft of torque to the mix. The total system output is 321 hp and 289 lb-ft of torque – a gain of 31 hp and 22 lb-ft over the conventional MDX SH-AWD. Beyond the raw numbers, there's the remarkable subjective benefit of the Sport Hybrid's drivetrain. Engine start-stop events are quiet and smooth, nearly imperceptible when under way – in stark contrast to the too-perceptible shudder of competing engines kicking on. The electric motors (mainly the one residing in the transmission) add in power to make up for the lull during a shift, making shifts up or down seamless, as well as providing regenerative capacity.