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Acura's MDX SEMA concept took the wrong parts from the NSX GT3

When it comes to SEMA show cars, the more absurd the better, such as with the 1,040-horsepower Bisimoto Hyundai Santa Fe. That's not the case with Acura's custom MDX. This crossover was designed to match the NSX GT3 racecar, and gets a custom trailer to tow it. However, instead of doing something awesome like dropping in the NSX's twin-turbo V6, Acura decided the defining characteristics of the race car were the paint, splitter, and wing. So that's what the MDX and trailer got. In addition to a matching white paint scheme with orange and black accents, the SUV wears a massive front splitter that looks like a shelf stuck close to the ground. It's the only aero modification on the vehicle, and it just looks silly, what with the massive gap between the base of the bumper and the splitter itself. There aren't any performance modifications on this SUV either, except the lowered suspension, so the only thing the splitter is likely to do is break off on the first mildly steep driveway it comes across. To complement the MDX's dubious aero aid, the custom trailer gets a "wing" at the back. Actually, it looks like Acura slapped some endplates on the back to give it a wing look. The trailer also gets running boards that extend the splitter along the side. Maybe it all works together to keep the trailering rig planted. But probably not. If Acura wants suggestions for next time, we suggest a mid-engined MDX, or perhaps one with a wild hybrid system. We'll call this a missed opportunity. Related Video: Featured Gallery Acura MDX with custom NSX GT3 Trailer: SEMA 2016 View 11 Photos Related Gallery 2017 Acura MDX SEMA concept Image Credit: Live photos copyright 2016 Drew Phillips / Autoblog Design/Style SEMA Show Acura Crossover Racing Vehicles acura mdx acura nsx gt3

Acura is livestreaming an augmented reality race on Facebook

Honda's luxury car brand Acura is set to livestream an augmented reality race featuring its 2018 TLX A-Spec sedan. The event will see four drivers hit a real track while wearing AR helmets that will create new virtual environments for each lap. Aside from spectating, viewers will also be able to interact with the racers on Facebook Live. The race will see each driver attempt to clock the fastest overall time during a three-lap time trial. That sounds simple enough, until the AR environments come online and really begin altering what the drivers see. As a result, each lap will trigger a new mixed-reality environment, visible to both the drivers and viewers. Central to the virtual experience will be the computer-connected helmets worn by the racers. Within each helmet is a HD screen with a two-way mirror that allows the driver to see the AR overlaid onto the real track. A computer rig in the backseat, powered by the Acura's battery, will generate the environments. To ensure the experience runs smoothly, Acura will have to track the objects on the tarmac and the movement of the car itself. Of course, this isn't Forza, so you can't just rewind the action should something go wrong, so Acura will use custom-made tracking gear to ensure the drivers don't plough into a wall because their eyes deceive them. You can tune into the race on Monday at 8pm ET on YouTube, Facebook, and Twitter. Viewers will be shown the action courtesy of cameras placed on the drivers' helmets and around the track. Facebook Live audience members will also be able to offer hints and tips. Acura claims the interactions will transform viewers into a virtual pit crew. But all you'll really be doing is smashing a Facebook reaction at a given time to reveal a shortcut to the driver -- which isn't quite the same, is it?This article by Saqib Shah originally appeared on Engadget, your source for this connected life.Related Video: Marketing/Advertising Motorsports Acura Racing Vehicles Sedan augmented reality acura tlx

Hands-on with Acura's novel touchpad infotainment interface

After Acura's Precision Cockpit was unveiled here in LA, I sat in the, uh, driver's seat of the wheel-less interior mockup to get a feel for how this new touchscreen-free touch interface works. There are a lot of good ideas inside. Here are 11 things you should know. It's less like a trackpad and more like a remote-control tablet. So instead of letting you move a cursor relative to its last location like the trackpad on a laptop, each point on Acura's trackpad is mapped to a corresponding point on the center display. If you want what's in the upper right corner of the display, you touch and click in the upper right corner of the trackpad. Simple. I figured it out in two minutes. Maybe less. The whole thing is surprisingly intuitive. The ease of use is helped by the fact that the targets on the screen are pretty big – no tiny "buttons" to fiddle with. The clicks are real. The trackpad actually moves when you press down, so no need for simulated haptic feedback. In their research, Acura engineers found that accidental touches and presses are a real issue. We could have told them that – hit a bump while using a finicky remote interface like Lexus's all-but-abandoned joystick thing, and you select an item half-way across the screen from the one you intended. The placement of the trackpad in this concept interior also helps avoid unintentional inputs – it's not in the middle of the center console where it might get brushed or bumped, but instead in its own little cave at the base of the center-stack waterfall. (Acura's low-profile button-based transmission selector suddenly makes a whole lot of sense.) View 13 Photos Lots of cues cut down on distraction. You hover over the option you want before positively confirming the selection with a hard press. There's no cursor to find and reposition like in the Lexus trackpad system The red highlight gives the necessary visual cue that you put your finger in the right place. The pad is slightly dished to give you a tactile cue of where the center and edges are. It allows you to build up muscle memory, sort of like how you know generally where the "keys" are on your smartphone or tablet's virtual keyboard by now. Or at least I do on mine. You look at the screen, not what you're touching. The problem with touch screens is that they have to be low down in the car so you can reach them. That means you have to look down from the road to stab at what you want.