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Acura NSX EV puts winner Tetsuya Yamano back on Pikes Peak

With Pikes Peak right around the corner, Acura is showing off more details about its NSX-inspired all-electric racer. The four-motor EV will be driven in the Electric Modified Class by Tetsuya Yamano, who has been testing the car at the Hill Climb for the past few weeks. Acura is also running two NSX hybrids up the hill in the challenge next weekend. So, what's different inside this NSX-like EV? Like the all-electric Honda CR-Z that Yamano drove up Pikes Peak last year – winning the Challenge Exhibition class with a time of 10:23.829 – the NSX-inspired EV uses two Twin Motor Units (TMU) from the company's Sport Hybrid SH-AWD powertrain. Each axle has a TMU and that means that the car, "has achieved independent torque distribution to all four corners – true four-wheel torque vectoring," according to Acura. That sounds nice, but the real test will be out in Colorado in just a few days. Related Video: Acura NSX-Inspired EV Concept Ready to 'Charge Up' Pikes Peak Vehicle Features World's First All-Electric, 4-Motor SH-AWD® Powertrain Jun 20, 2016 TORRANCE, Calif. – Acura will campaign an all-electric, NSX-inspired EV Concept in the Electric Modified Class at the 2016 Broadmoor Pikes Peak International Hill Climb. The Acura EV Concept features a further evolution of the experimental, all-electric, 4-motor Super Handling All-Wheel Drive™ (SH-AWD®) powertrain that won last year's Pikes Peak Challenge Exhibition class. The supercar-inspired Acura EV Concept will be driven by Tetsuya Yamano, who campaigned last year's CR-Z-based electric prototype. The Acura EV Concept is the ultimate embodiment of the all-wheel-drive Electric SH-AWD powertrain featuring a world's first technology that enables four-wheel independent torque allocation. The Acura EV Concept's Electric SH-AWD powertrain produces three times the total system output of last year's electric prototype and is mated to the NSX body. "We've been tuning the car for several weeks at Pikes and have advanced its performance significantly," said Tetsuya Yamano. "We're honored to be running at Pikes in this historical, anniversary year – an event respected by racing fans all over the world." 4-Motor Development Honda R&D has been developing "super handling" technology for more than 20 years in the pursuit of ideal vehicle handling.

Snapshots from Acura NSX prototype run at Mid-Ohio

Acura's achingly slow showing of the new, hybrid NSX saw yet another step yesterday, as we reported late last week. A powder-blue prototype ran ahead of the open-wheelers at the Honda Indy 200 at the Mid-Ohio Sports Car Course. Why show the NSX Prototype at Mid-Ohio? Honda's Ohio research and development center, which has taken the lead on NSX development, is just 60 miles from the track. And as race sponsor, Honda must have figured it would give the spectators a glimpse of the new supercar it's been teasing for the better part of a decade.
With a planned launch in 2015 (special emphasis on the "planned" part, considering the NSX's history), the NSX Prototype shown here sports graphics that "speak to Acura's intention to go racing with the new NSX." That's great news for fans of endurance racing, although it remains to be seen when a motorsports program for the new NSX will get off the ground.
Take a look at the fresh gallery of images, and be sure to head over to our original Mid-Ohio post for the video footage of the NSX Prototype on track.

2019 Acura RDX infotainment first impressions | A first step into the touch pad world

One of the greatest design challenges in the modern automotive industry is an infotainment system that provides loads of capabilities, but is also easy-to-use and not overly distracting. Touch screens have been leading the way as the favored option, but Acura is trying a new design that relies on a touch pad with some unique tweaks to separate it from similar systems, such as those seen in competing Lexus models. And we got to try it out in the first production application, the 2019 Acura RDX compact crossover. The key feature of the touch pad is its one-to-one position functionality. What that means is that, if you have a grid of function buttons on the screen, tapping on, say, the upper left corner of the pad will highlight the button in the same area on the screen. And if you were to take your finger off the pad and tap in the opposite corner, that section of the screen would immediately be highlighted. You don't have to slide your finger across the pad to reach selections if you don't want to, and you don't have to slide back from the last function you highlighted. It basically does away with the need to move a cursor around like you would on a laptop with its mouse pad. In practice, it's a little odd to use at first because we mentally connect using a touch pad with the traditional cursor interface of the laptops we use day in and day out. As such, we forgot that we didn't have to scan the screen for the cursor every time we needed to select something. But once we remembered we could skip that, we found it quick and easy to drop our finger down and slide to our preferred function quickly. We could occasionally even pick something on the corners without having to slide at all. This is partly because Acura designed the interface to work with this pad. A representative from Acura's R&D center explained that they tried to put common functions on those corners because they're easy to reach without looking or thinking much. Another bonus to this system is that you don't immediately go to the function the second you press the pad. Instead, the feature is highlighted and still needs a physical click to enter. This is enormously helpful, since it virtually eliminates the chance of going to the wrong selection because you hit a bump or just got lazy with finger placement. Instead, you can get your finger in the right spot and then commit with a button press.