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Acura confirms more 2016 NSX details

Acura served up a slew of engineering details about the soon-to-launch 2016 NSX. Fittingly, they were explained at a dinner at the SAE International World Congress in Detroit, where morsels about the new Acura supercar were likely gobbled up quicker than the main course. Among the highlights: The NSX will mark Acura's first use of a multimaterial space frame, and it includes high-strength steel and aluminum. This will allow the NSX to hit its weight targets, while maintaining rigidity. The NSX uses a so-called "ablation" technology, which allows the ultra-rigid castings to be used within the car's crush zones. For more details on this, scroll through the press blast below. As expected, the NSX will pack a twin-turbo V6 engine, and Acura confirmed it will displace 3.5 liters. The unit will be mounted amidships and team with hybrid components to increase performance and efficiency. The supercar also features the most advanced evolution of Acura's Super Handling All-Wheel-Drive system, and it's capable of distributing more torque than any other setup the brand has used. The NSX has 10 air-cooled heat exchangers that will cool the powertrain, and the V6 alone will have three radiators. There are also twin intercoolers in the side air intakes that further cool the system. The next generation of the NSX was unveiled in January at the Detroit Auto Show, and production launches this fall in Ohio. Related Video: New Technical Details of the Next Generation Acura NSX Revealed at SAE 2015 World Congress and Exhibition . DETROIT, April 23, 2015 – In advance of the market launch of the highly anticipated next generation Acura NSX, the engineers leading the supercar's development shared new technical details and design strategies with the automotive engineering community at the April 22nd SAE Detroit Section dinner, held in conjunction with the SAE 2015 World Congress and Exhibition. Additional information about the team's efforts to achieve a true "New Sports Experience" included details of the NSX's world's first body construction process that helped create a multi-material space frame resulting in class-leading body rigidity, the advanced total airflow management system and an update on NSX's power unit specifications. Ted Klaus, chief engineer and global development leader of the new NSX, introduced key powertrain, body and dynamic performance engineers who shared new product and technical details in their related areas of the development.

2021 Acura TLX A-Spec Long-Term Update | How's it handle?

A couple of months have passed since we took delivery of our new 2021 Acura TLX A-Spec long-term tester, and the miles are starting to pile on — the odometer just clicked past 6,000. I was particularly eager to get behind the wheel of our TLX, as my first go-round in AcuraÂ’s new sports sedan left me feeling good about where Acura was headed with this car. That said, I only spent about an hour in the saddle during my first drive experience, and that time was on unfamiliar roads. The stint I just completed was a full month, and in that time I treated the TLX as if I owned it. So much so, that I completed the same mini road trip with it that I took in my 2001 Acura Integra GS-R last fall. The destination was southern Indiana, an unexpected but heavenly place to test the handling of a car. Just go south or east from Bloomington, Ind., on the squiggly lines you see on Google Maps. I promise you wonÂ’t be disappointed. Photo evidence of both trips below, including my friendÂ’s Alfa Romeo Giulia(s). The TLX was an absolute peach on the hundreds of miles of winding pavement. Despite its BMW 5 Series size, the TLX handles like a compact car. Its chassis is rigid and unbending through every kind of corner. This isnÂ’t the Type S (nor is it an Advance trim with the adaptive dampers), but itÂ’s all the chassis you could want on a backroad. ThereÂ’s enough give from the dampers to smooth out the bad spots, but itÂ’s dialed in to provide unwavering stability in big weight transfers, too. Acura struck a happy balance. Credit for this carÂ’s poise under stress on less-than-ideal roads should also be given to the new independent double wishbone front suspension design. You can sense it sorting out dips and changes in the road as youÂ’re battling through a rough corner. The big 255-section-width tires stay confidently glued to the pavement, communicating grip levels through the wheel and chassis as you go. The super-quick steering ratio from the new electric rack does a decent job of simulating road feel, but the best part about it is the rackÂ’s sheer speed. Acura takes full advantage of this sedanÂ’s rigid chassis with that quick, precise turn-in. ItÂ’s not quite as fast as the Alfa Romeo GiuliaÂ’s energetic steering, but the end result is a car that changes direction the moment your brain decides it wants to. What really ties this carÂ’s handling together is AcuraÂ’s torque-vectoring SH-AWD system.

Inside Honda's ghost town for testing autonomous cars

On the edge of the San Francisco suburb of Concord, California sits a ghost town. Dilapidated buildings and cracked roads are framed by overgrowth and slightly askew street signs. The decommissioned five acre portion of the Concord Naval Weapons Station that once housed military personnel and their families is now home to squirrels, jack rabbits, wild turkeys and Honda's mysterious testing lab for autonomous vehicles. This former town within a Naval base – now dubbed "GoMentum Station" – is the perfect testing ground for Honda's self-driving cars. An almost turn-key solution to the problem of finding somewhere to experiment with autonomous vehicle inside an urban area. Thanks to the GoMentum Station, the automaker has access to 20 miles of various road types, intersections and infrastructure exactly like those found in the real world. Just, you know, without all the people getting in the way. While the faded lane markers and cracked asphalt might initially make it difficult for the car to figure out what's going on around it, that's exactly what you want when training a self-driving system. Many roads in the real world are also in dire need of upkeep. Just because autonomous vehicles are hitting the streets doesn't mean the funding needed to fix all the potholes and faded lane markers will magically appear. The real world doesn't work that way and the robot cars that will eventually make our commutes less of a headache will need to be aware of that. Plus, it's tougher to train a car to drive downtown than to barrel down the highway at 80 miles per hour. A company is going to want to get as much practice as possible. While semi-autonomous driving on the everyone-going-the-same-way-at-a-constant-speed freeway is already a reality, navigating in an urban environment is far more complex. If you've driven on the streets of Los Angeles, San Francisco, New York, Chicago or Seattle you know that driving downtown takes far more concentration than cruising down the interstate. With all that in mind, Honda's tricked out Acura RLX did a good job during an (admittedly very controlled) hands-free demo. It didn't hit either of the pedestrians walking across its path. It stopped at stop signs and even maneuvered around a mannequin situated in the middle of the road. The reality is, watching a car drive around the block and safely avoid stuff is boring. Not to metion, Google has been doing this for a while in the real world.