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Junkyard Gem: 1997 Acura 1.6 EL

Drivers from Mexico or Canada who take their cars across the border into the United States may drive them legally here for one year, after which they must drive back home or go through a registration process that ranges from arduous to impossible, depending on the state. As a result, quite a few Canadian- and Mexican-market cars end up marooned and un-registerable here, and I find some of them during my junkyard travels. Today, we've got a Canada-only Acura that showed up in a Northern California boneyard recently. I'm always looking for junkyard odometers with very high final readings (right now a 631k-mile Volvo 240 holds the record), and at first glance I though I had come across a Civic sedan with nearly 450,000 miles. Then I noticed the metric speedometer and realized that I was looking at a non-US-market car. 448,538 kilometers is 278,709 miles, by the way. A look at the build tag and emissions stickers showed that this car was built and sold in Canada. I'd found a second-generation Acura EL in a Colorado junkyard a few years back, so I knew that I'd just found a first-generation EL. Like its Acura Integra contemporary, the Acura EL was based on the Honda Civic. It replaced the Integra in Canada for 1997 and production continued through 2005. It differed somewhat in appearance from the Civic and had a nicer interior but was mechanically nearly identical to the US-market Civic EX sedan. A version for the Japanese market was built in Canada and exported across the Pacific as the second-generation Honda Domani. The engine is a 1.6-liter SOHC four-banger with VTEC, rated at 127 horsepower and 107 pound-feet. This one appears to be a loaded EL Premium, with the optional four-speed automatic. List price would have been C$22,000, or about $30,676 in 2023 United States dollars (using the exchange rate for June of 1997). The decklid had an EL-only spoiler, so a local Honda expert must have bought it for a Civic sedan. Since this car was old enough to be federally legal under the 25-year rule, it could have been registered legally in some US states… but California's strict emissions regulations would have made the process too difficult to be worth undertaking on a near-300k-mile machine that isn't particularly exotic.

Acura ARX-06 race car revealed with V6 hybrid powertrain

There’s a new Acura race car on the block, and itÂ’s called the ARX-06. It replaces the ARX-05, and Acura plans to race it in the 2023 IMSA WeatherTech SportsCar GTP Championship. Unfortunately, Acura makes no mention of the 24 Hours of Le Mans in all of the details provided with the reveal. That said, it sure looks like a race car that could be made to meet all of the regulations to race in the new LMDh Hypercar class. Acura engineered a new 2.4-liter twin-turbo V6 engine that is paired up with a standardized electric system for hybridization. Acura says the 2.4-liter displacement is the smallest displacement engine the HPD team has made for endurance racing yet. It features a 90-degree V-angle, and itÂ’s designed to run on more sustainable low-carbon fuel. "We've gone in a new direction for HPD in the design of the ICE,” said Pierre Descamps, HPD's powertrain design leader for the ARX-06. “It is still a V6, which of course for Honda is well-known, but we have incorporated several new elements which we believe will make best use of the electric MGU and battery pack. Our new engine will rev to the maximum 10,000 rpm set by the rules, so it also makes a wonderful sound!" The new bodywork penned by the Acura Design Studio in Los Angeles sits on an ORECA chassis (one of the four chassis options required by IMSA and the WEC). Acura notes one big change versus the outgoing ARX-05 is found in the rearview mirrors. Designers were able to move them lower on the car, which improved both aerodynamic performance and visibility for the drivers. Similar to years past, these new ARX-06 race cars will be run by Wayne Taylor Racing and Meyer Shank Racing. TheyÂ’ll make their debut at the Rolex 24 at Daytona next year, where the Meyer Shank Racing team took first place earlier this year. Related video:

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.