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LoveFab headed back to Pikes Peak with NSX-based heathen [w/video]

LoveFab had a rough run at Pikes Peak 2012. During qualifying on Day Two, owner and professional driver Cody Loveland launched his car off of the course at nearly 60 miles per hour. Never ones to be dismayed by a few bruised ribs and some busted body panels, LoveFab is headed back to the hill climb for 2013, and this year, it's bringing Garrett along as a title sponsor.
Loveland's chariot of choice is officially dubbed "Turbo by Garrett/LoveFab Pikes Peak Enviate" and is loosely based on an Acura NSX. All of the stock Japanese components have been swapped for LoveFab-built pieces with the exception of the subframes and suspension.
With a dry-sump LS1 V8, chromoly-tube chassis and a full carbon fiber body, the car is about as wild as they come. With around 800 pound-feet of torque on hand and a curb weight of under 2,000 pounds, the machine should give the mountain a run for its money. The team is expected to begin testing Enviate beginning May 1. You can check out a quick interview with Loveland in the video below along with the full press release.

Production Acura NSX spied getting sharper on the 'Ring

Acura hasn't been shy about trotting out the concept version of its upcoming NSX hybrid supercar - we've seen it colorized on Facebook, wearing Super GT drag and running wrapped at Mid Ohio - but until now, we've missed seeing the production version at all. Thankfully, our boys in the field have been diligently camped out by the Nürburgring, just the place for Acura engineers to get the NSX shaken down and ready for the public.
The first thing you'll likely notice (and no doubt appreciate) is that Acura is staying very true to the concept car. The same wind-tunnel-carved wedge shape is in evidence in the car's silhouette, and details like aggressively scalloped engine vents behind the cabin have made it through unscathed.
We do notice that there are some vertical elements at the bottom of the front fascia/grille that appear to be revised, and the mirrors are considerably less slinky than those of the concept car. Still, by and large, we're seeing a direct translation from show stand to real life here.

The original Acura NSX: Development history and driving the icon

The original NSX, introduced in production form in 1990 by Honda and to the United States market under the Acura brand in 1991, is now officially 25 plus years old. Generations of car enthusiasts grew to love the original NSX over the 15 years it was in production and beyond, but as an fan and owner, I think it's important to fully realize just how monumental a shift the introduction of the NSX was in the art of making cars. So, retold 25 years later, this is the abridged story of the NSX, Honda's supercar. The Idea The NSX was an extremely risky project for Honda, a company that in the late 1980's was nowhere near the corporate juggernaut that it is today. Honda's eponymous founder, Soichiro Honda, was still involved in decision-making at the company during this time under the role of "Supreme Advisor," and it is debatable whether the NSX project in its infancy would have gone forward at all had he not still been pushing the company towards the spirit of technical achievement it had been known for in the prior decades. Mr. Honda was still so involved during this period, in fact, that when the first batch of 300 production NSXs were made with a version of the Acura badge he didn't like, he ordered all of the cars stopped at port in the USA, the new badges applied, and the offending incorrect badges sent back to Japan to be systematically destroyed. This was clearly a man who paid attention to the details, but I digress. Honda as a company devoted $140 million dollars to the NSX project ($250 million in today's money), half of which would go to developing the car, and the remainder of which would go to building a new state-of-the-art factory to assemble it. Honda's own goals for the NSX were actually exactly as most media stories portray the car today: to build a bona-fide exotic supercar, but one without the ergonomic and reliability penalties associated with that type of car. They didn't want to sacrifice the needs of the driver to the supposed demands of performance, demands that they felt didn't have to be there in making a truly top-level performance machine. The R&D team wanted a car that could hang with heavyweight exotics in a straight line, play with smaller and more lightweight sports cars in the curves, and cruise in serenity on the freeway. Essentially, they wanted it all, and the brief was to have a car that could do everything without compromise.