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Acura NSX will use Cosworth block, plus other neat tidbits

The blue NSX you see here was built just two weeks ago. Prototype number six, it rolled off Acura's newest assembly line in Ohio and was rushed out to the Monterey peninsula for various car week activities. We had a chance to sit down with several members of the NSX team to discuss the car, the long road from concept to production, and some interesting details. Below are some choice bits from our conversations. Acura is pretty proud of the fact that NSX version 2.0 was designed and is being built in the US. The new assembly line, called the Performance Manufacturing Center, is in Honda's hometown of Marysville, Ohio. While the line is brand new, the building has seen many uses over its lifetime, most recently as a warehouse facility. PMC staff numbers about 100, with 60 technical and 40 non-technical associates. The car uses parts sourced globally, and one of those sources is Cosworth. The engine blocks and heads come from the English firm and get assembled into twin-turbo powerhouses at Honda's nearby Anna, Ohio, engine plant. The Cosworth name is rarely associated with a bad engine, so we were geeked to hear the NSX's 550-plus-horsepower hybrid powertrain has good genes. Acura hasn't decided how many cars will come to the US each year, but supplies will be limited. We're told there is a total figure for global sales – basically anywhere Honda and Acura vehicles are sold – but they're not ready to divulge that number. Dealer allocation is also yet to be sorted out, although we're told that any dealer that has the necessary tools and equipment to service the new NSX will be able to sell them. Acura currently has 272 US dealers. The switch from the transverse engine originally planned to a longitudinal twin-turbo engine threw everyone involved for a loop. The designers had to lengthen their nearly finalized design, and the engineers working on the production process had to revise or redo much of their work. Though we've been waiting a while for the car since the concept first surfaced in 2012, it's pretty amazing to think that the car was engineered one and a half times and a new factory was built in about three years. But yeah, it's delayed, with series production now set to commence in the spring of 2016. One result of the switch to a longitudinal engine is a transmission hump in the cargo area aft of the engine. The hold is still sized to fit a bag of golf clubs, though it will be a tight fit.

Honda lets us 'drive' the FCEV; PHEV with 40-mile EV range

Blue skies for our children. That's Honda's wonderfully Japanese/English slogan that it uses as a fresh shibboleth to describe the company's plan for the future. It's vague enough to be positive, positive enough to be corporate, and corporate enough to be repeated in presentations around the world. I've certainly heard it a million times. The 2015 Honda Meeting in Utsunomiya, Japan this week was, thankfully, held under a brilliant blue autumn sky, on Honda's R&D track filled with the roar of short test drives in the NSX hybrid and the deafening electric silence of the upcoming hydrogen fuel cell FCEV. But that wasn't all. The amount of technical information Honda offered to visiting journalists during the Meeting was nothing short of overwhelming, which is why I'm glad that Autoblog editor Seyth Miersma was along for the ride. We were both at the same event, but we paid special attention to very different things. You can read his take on the four-motor CR-Z EV and the NSX, among other things, here, and get my take on a bunch of Honda's green news below. Honda calls the FCEV the "ultimate clean performance" vehicle. Honda FCEV: A Short First Crack At Honda's "Ultimate" Vehicle Sure, I got to take a lap in the NSX, but the FCEV was my highlight of the event. This was the first time Honda has let outsiders test drive the upcoming fuel cell vehicle, which the company calls the "ultimate clean performance" vehicle and which is due in the US in next year after a launch in Japan in the spring of 2016. The bad news is that the entire length of the test drive was a measly kilometer, totally straight, with one U-turn at the half-way point. So, even though I went through the course three times (two more than originally scheduled), I can't really say I know how the car drives. What I can tell you is that there are two drive modes, normal and sport, with the main difference being that sport offers stronger regenerative braking and a bit quicker acceleration response. The higher regen level does not allow for one-foot driving, sadly. There's a blue orb that glows in the digital dashboard to indicate the power output of the fuel cell stack (not the motor), so even though the car is fairly quiet as you drive, there's some minimal level of connection between the driver and the "engine." Creature comforts include Honda's excellent LaneWatch and a glossy touch screen for the infotainment system.

Florida woman says Takata airbag deployment left her paralyzed

A malfunctioning Takata airbag left a Florida woman paralyzed from the neck down following an otherwise minor car accident last year, a lawsuit filed last week alleges. Patricia Mincey says in court documents that, instead of deploying normally, the driver-side airbag in her 2001 Honda Civic deployed with such force that it injured her neck and rendered her a quadriplegic. The lawsuit accuses Takata and Honda of deliberately concealing information about the defect and taking belated action to protect Mincey and other motorists from airbags that may harm them instead of saving their lives. At least five deaths and 139 injuries have been linked to the flawed airbags in Honda vehicles. "There is a systemic failure of these companies to come clean with information they know very early on of problems," Ted Leopold, Mincey's attorney, tells Autoblog. "Instead of doing the right thing, they try to sweep the problems under the rug until there are so many deaths and injuries they're left with no choice. We saw it with General Motors ignition switches, we saw it with the Toyota unintended acceleration cases and now we see it here." Long History Of Takata-Related Recalls Four days after Mincey's accident, Honda recalled her car as part of a 5,394,000-vehicle recall that sought to repair vehicles in which the airbag inflators could rupture. Her accident took place in Jacksonville, Florida, a state in which manufacturers have said high humidity could cause a heightened risk of problems for Takata airbags. She was wearing her seat belt at the time of the crash, according to court documents, and her car was traveling approximately 22 miles per hour. Mincey remains hospitalized in a long-term care and rehabilitation facility near her Florida home, her attorney said. She is seeking compensation in excess of $15,000 for her injuries and punitive damages. Problems with the Takata airbags were discovered as early as 2001, when Isuzu issued the first recall related to high-pressure deployments. But the company continued to manufacture defective airbags, which have subsequently been flagged in dozens of recalls over the past 14 years. Approximately 21 million vehicles have been affected in the United States. Congress conducted hearings on the companies' delayed responses to the safety crisis last year.