1998 Acura Integra Ls Hatchback 3-door 1.8l on 2040-cars

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Honda issues 'do not drive' order for older cars with recalled Takata airbags

Honda and Acura instructed owners of more than 8,000 cars built from 2001-2003 to park them until they can have their Takata airbags replaced as part of the ongoing global campaign to eliminate millions of deadly inflators. Honda says the "Alpha" generation Takata inflators can fail at rates as high as 50%, causing potentially fatal injuries from flying shrapnel in the event of a collision.  Honda and Acura models with the "Alpha" generation Takata airbags include:  2001-2002 Honda Accord  2001-2002 Honda Civic  2002 Honda CR-V  2002 Honda Odyssey  2003 Honda Pilot  2002-2003 Acura 3.2 TL  2003 Acura 3.2CL "Approximately 8,200 Honda and Acura vehicles with the most dangerous airbags are still being driven today. Honda has replaced or accounted for more than 99% of Alpha inflators, but it is absolutely critical that these remaining vehicle owners act now to protect themselves and their loved ones," Honda's announcement said. "These vehicles are 20 to 22 years old now, and the risk to vehicle occupants is dire. Alpha air bags are some of the oldest under recall, and they have a 50% failure rate. If the inflators rupture, the metal fragments ejected toward the driver’s face could kill or leave them with devastating, life-altering injuries." Honda and Acura are far from the only brands whose models were built with defective inflators. A campaign has been underway for the better part of a decade to replace millions of the devices worldwide as drivers continue to die from injuries caused by exploding inflators.  All such repairs are free of charge to customers. Acura/Honda Customer Service can be reached at 888-234-2138 or by visiting their Takata website.   Recalls Acura Honda Ownership Safety Takata airbag recall

Acura 2019 RDX Prototype | New era for a popular crossover

Acura took the wraps off its sleek new RDX Prototype today at the Detroit Auto Show, displaying a completely redesigned, re-engineered crossover that heralds a new era for design and technology for the automaker. Acura says it's a pretty close representation of the production version due out midyear as a 2019 model, save for the highly stylized side mirrors and wheels. The Prototype serves as the third generation of the RDX, and Acura says it's the first full embodiment of the new exterior and interior design language first introduced on the Precision Concept, shown in Detroit in 2016, and the Precision Cockpit, a concept interior it unveiled in Los Angeles in 2016. So in addition to the Precision's diamond pentagon grille, which has already made it to the TLX, the crossover adopts the Precision sedan's low, wide stance and sculpted body panels. Compared to the outgoing RDX, the new version adds 1.2 inches of width and 2.5 inches to the wheelbase, with a shortened front overhang and wheels pushed to the corners. Headlamps and exterior lights are all LED. The RDX Prototype debuts the all-new Acura True Touchpad interface, which combines a touchscreen and remote interface in one Android-based operating system. There's a 10.2-inch full-HD display atop the center console that's operated via a remote tracking pad mapped to the center display, plus an interactive heads-up display. (Here's a good video explainer for how it works.) It also has a new and improved natural-language voice-recognition system. View 12 Photos Inside, there's more space, rear legroom and cargo space. A floating center console is inspired by the Precision Cockpit, plus high-grade materials including nappa leather, brushed aluminum and Olive Ash wood. It'll also be the first Acura SUV offered with the brand's sporty A-Spec trim, which will eventually be part of all core Acura models developed moving forward. And all RDX models will come equipped with a new ultra-wide panoramic sliding moonroof, the largest in its class. Acura is building the new RDX on an Acura-only platform that gives it a lighter and stiffened body, new chassis and all-new powertrain that it says will be its quickest and best-handling RDX to date.

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.