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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.

2019 Acura NSX vs. 1991 Acura NSX | Respect your elders

A car that forces the competition to head back to the drawing board does not come around often, especially when that competition happens to be Ferrari. Honda achieved such a feat back in 1991 when the original NSX was set loose in the supercar world. Not only did the NSX smack its contemporaries down in terms of performance and technological prowess, it also forced the Italians to make supercars with some semblance of reliability and manners. Spend only a few moments in an original NSX, and its specialness is palpable. The lack of power steering is acutely noticeable at low speed as I roll over little cracks and dips in the road, while the sticky rubber chucks small rocks up into the wheel wells. A near 360-degree view is at my disposal with the bubble-like canopy, and the ground right in front of the nose is visible from my vantage point. This is what control feels like, and we haven't even gotten to the reverie-inducing VTEC noises getting piped right into our eardrums yet. There are no dials to change the throttle response, no buttons to make the steering artificially heavy, no shift paddles behind the wheel to tell a computer to swap cogs. To my right is a manual shifter that can legitimately be described as perfect. This is a 1991 Acura NSX, and it is glorious. For some of the reasons I've briefly described, and plenty more, this car has reached legend status amongst enthusiasts. In the early 2000s it was a sales disaster, outgunned by pretty much every other supercar in the space. Honda/Acura was only working with a 3.2-liter V6 making 290 horsepower when that car finally met its maker after the 2005 model year. As collectable modern classics, the relatively low power output doesn't seem to bother folks spending close to, and over, six digits on low-mileage examples of these cars. What changed? Well, the passage of time tends to be the biggest factor in these things. Also, there's a new NSX out there, reminding the world that the old one exists. And just like when Acura discontinued the original, the new one is mighty expensive, selling in extremely low numbers, and generally regarded as lesser than other options in its class. This time around it has to deal with standout cars like the 911 GT3, McLaren 570S and Audi R8 V10. But perhaps even worse than that, the new NSX must withstand comparisons to the original. Can you think of any other legendary Japanese car with a similar image problem today? Yeah, the Toyota Supra.

2014 Acura RLX gets trick hybrid all-wheel drive system for LA

Acura has endured a year of mixed reviews and middling sales for its new RLX flagship. Meanwhile, the Japanese automaker has been readying what may be the very best version of the car for its debut. Now the wait is almost over, as Acura will show its 2014 RLX Sport Hybrid SH-AWD at this year's LA Auto Show.
When it comes to dealerships in the spring of 2014, the RLX Hybrid will be the most powerful production car Acura has ever sold. The combination of a 3.5-liter V6 and three electric motors - a 35-kilowatt motor pushing torque to the front wheels and two 27-kW units feeding the rears - creates a total system output of 377 horsepower.
Those rear-end electric motors do more than just add power, they also drive the rear wheels without a traditional rear drive shaft and differential. This newest iteration of the Super Handling-All Wheel Drive calls upon the two rear motors to both drive and brake the rear wheels, vectoring torque in cornering situations for additional grip. All three electric motors make use of regenerative braking to feed electricity back into the system's 260-volt lithium-ion battery pack.