Stock 1998 Acura Integra Ls Hatchback on 2040-cars

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Motorweek goes retro with '80s hot hatch shootout

Motorweek's decades of history on television make it the perfect medium to look back into the automotive past and see how things are different now. It recently added old road test videos to its YouTube channel of the Acura NSX and Toyota Supra, as well as the Ferrari F40. For one of its newest flashback clips, Motorweek has exhumed an affordable five-car challenge of 1986's premiere hot hatches.
By today's standards, this is an eclectic field that features fondly remembered classics like the Volkswagen GTI 16-valve and Acura Integra. However, it also throws in some nearly forgotten contenders like the Dodge Colt Turbo and Ford Escort GT. The angular Toyota Corolla FX16 GT-S rounds out the group.
It's fascinating to watch Motorweek run the quintet through the slalom, down the drag strip and on various roads. What's most striking in this clip is the difference in the definition of a performance car between then and now. With its 16-valve, 1.8-liter four-cylinder, the GTI is the burliest of the contenders with 123 horsepower, but it still takes 8.8 seconds to reach 60 miles per hour. By today's standards, that would make it a plain-jane economy car, and not even a particularly quick one.

2024 Acura Integra Type S First Drive Review: Have we got news for you!

If you were expecting the 2024 Acura Integra Type S to be a more comfortable, better-equipped and less-aggressive Honda Civic Type R, well, have we got news for you. As it turns out, that’s exactly what it is. You pretty much nailed it on the head. The Integra Type S is exactly the car we all expected after looking at the specs, seeing how closely its enhanced componentry mirrored that of HondaÂ’s halo car, and then extrapolating what a bit of polish, a bunch of equipment and slightly cushier suspension tuning might mean. If the latest Type R has been hailed for growing up in just the right ways, the Type S takes that concept further, sacrificing some go-fast potential for everyday drivability. If you like the Honda, thereÂ’s a chance youÂ’ll like the Acura even more. ThereÂ’s also a chance youÂ’ll like it less. Now, not surprisingly, the folks at Acura would rather shine the spotlight on how the Type S differs from the Integra A-Spec, which was previously the highest rung on the Integra ladder and the only way to get one with a six-speed manual transmission. Very well. Somehow, the visual jump between A-Spec and Type S seems much greater than Civic Si and Type R. When put side-by-side, the A-Spec Integra looks almost naked and a bit pedestrian. The 3.5-inch-wider front track wrapped in muscular fender flares stamped directly into the sheetmetal up front is the biggest difference. The rear track is 1.9 inches wider, and although it too gets widebody fenders, they are a shmish-shmosh of plastic pieces on the door, fender and bumper. But back to the front. The face is more aggressive in appearance, but the changes are as much functional as aesthetic. The shield grille is larger and fully open (versus partially sealed) to allow 170% more air to pass through on its way up a new vent in the aluminum hood that creates downforce. The large intake-looking areas forward of the wheels donÂ’t actually take in anything, but hidden openings on their inboard sides adjacent to the lower airdam channel air through three canards located behind those dud intakes. Air then exits behind those flared fenders, creating air curtains around the wheels. There is also a unique splitter up front, an almost-smooth floor and an enlarged diffuser, plus a lip spoiler that quite obviously wonÂ’t be creating as much downforce as the Type R's wing. That would be performance-oriented demerit No. 1, but also, grown-up point No. 1.

Honda's Acura NSX masterstroke: building the factory in Ohio

When Honda announced it was going to build its NSX supercar in Ohio instead of Japan, it caught everybody in the industry by surprise. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Now Honda has a supercar production facility in rural Ohio that would be the envy of any Formula One team. The people at Honda call it the PMC, but its official name is the Performance Manufacturing Center. It's a building that started out as a shipping facility for suppliers, but Honda invested $70 million to transform it into a showcase facility that will build the NSX. Honda benchmarked the assembly operations at Ferrari, Lamborghini, McLaren, and Bentley before work began on its facility. The 200,000 square-foot building will also double as a customer reception center – Honda will open the doors for customers to come see their car being built. It's also going to offer them high-speed test drives at the gigantic Transportation Research Center just down the road. No one expected this proud Japanese company to build its most technologically advanced sports car anywhere but in its home country. Inside, the layout is wide open and well lit. There are no stripes or lines on the floor and none of the different departments are walled off. This creates a more welcoming appearance and lets you get a comprehensive view of the entire process at a glance. And with an eye towards future lessons learned, most of the equipment is of a modular design that can be easily reconfigured or moved. The body shop and paint shop are enclosed by glass walls so that anyone can see what's going on inside. And while you'll see some automation here and there, the idea was to achieve a blend between man and machine, not to try and automate everything. This is a low-volume facility with production targeted at only eight to ten cars a day. The plant runs four days a week with one ten-hour shift. Don't expect to see rows of new NSXs parked on any dealer's lot. The car will only be built to order. Honda is obsessed with ensuring the NSX is built to the most exacting quality standards. The plant people pored over the JD Power Appeal study to determine what supercar customers care about the most, then looked at which aspects of that directly tie into manufacturing. They developed their quality control strategy with three goals in mind. First, they wanted to build everything right the first time with no adjustments.