Published

Engineering the Acura NSX

The 2017 Acura NSX is an engineering tour de force.
#aluminum #interior #Acura

Share

The 2017 Acura NSX is an engineering tour de force.

2017 Acura NSX

The vehicle is a hybrid, which consists of a twin-turbocharged V6 (500 hp @ 6,500-7,500 rpm) a nine-speed dual-clutch transmission; a 47 hp permanent-magnet. Water-cooled electric motor generator that is located between the engine and transmission and attached directly to the crankshaft that performs like a supercharger; and two 36-hp permanent magnet electric motor generators that are located in the front of the vehicle and independently drive the left and right front wheels.

Then there is the construction of the vehicle, which is based on a space frame. This space frame includes aluminum structures as well as steel, such as A-pillars that are made with ultra-high-strength steel (1,500 MPa), produced with a process called “3DQ,” for “three-dimensional bent and quenched; this is said to be the world’s first application of the process. There is another “world’s first,” the use of ablation casting for the production of aluminum frame nodes.

2017 Acura NSX

The body panels for the NSX are made of aluminum panels and SMC panels.

The body was designed taking into account what they call “total airflow management,” which channels airflow through and around the vehicle, to provide better aerodynamics for the vehicle while also serve to cool the engine and the three electric motors.

With no walls to separate departments, the Performance Manufacturing Center is focused on a one team atmosphere where associates have visual sight lines to all areas of the plant.

While this was a global project, with engineers working on the powertrain in Tochigi, Japan and initial design being performed in Wako, Japan, the design and development of the body, chassis, electrical and interior, as well as vehicle integration was done in Raymond, Ohio, and the finish design, interior and exterior, were performed at the Acura Design Studio in Los Angeles. The engine is being hand-assembled at the Honda engine plant in Anna, Ohio, and the vehicle is assembled at a purpose-built facility, the Performance Manufacturing Center, in Marysville, Ohio.

A deeper dive into the engineering of Acura’s supercar is provided by Ted Klaus, the executive engineer of the vehicle, on this edition of “Autoline After Hours.”

2017 Acura NSX

John McElroy and I are joined by Joe DeMatio of Road & Track on the show.

In addition to which, we discuss a number of topical topics, such as what Nissan might do to turn around Mitsubishi, the future of the internal combustion engine in Germany in light of a government resolution calling for the banning of them by 2030, and a whole lot more.

And you can see it here:

RELATED CONTENT

  • Jeeps Modified for Moab

    On Easter morning in Moab, Utah, when the population of that exceedingly-hard-to-get-to town in one of the most beautiful settings on Earth has more than doubled, some people won’t be hunting for Easter eggs, but will be trying to get a good look at one of the vehicles six that Jeep has prepared for real-life, fast-feedback from the assembled at the annual Easter Jeep Safari.

  • Multiple Choices for Light, High-Performance Chassis

    How carbon fiber is utilized is as different as the vehicles on which it is used. From full carbon tubs to partial panels to welded steel tube sandwich structures, the only limitation is imagination.

  • Cobots: 14 Things You Need to Know

    What jobs do cobots do well? How is a cobot programmed? What’s the ROI? We asked these questions and more to four of the leading suppliers of cobots. 

Gardner Business Media - Strategic Business Solutions