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Acura TLX Luggage Test | Perfectly reasonable trunk space

The Acura TLX has a 13.5-cubic-foot trunk according to the spec sheet. That would be comparable to a typical compact mainstream sedan despite the TLX's exterior dimensions being more akin to a midsize sedan (its 194.6-inch length is right smack between a Toyota Camry and Honda Accord). Luxury cars usually sacrifice utility for style, and by adapting cab-rearward proportions for this latest generation, it shouldn't be surprising that the TLX follows the trend.  However, how much utility does the new TLX sacrifice and is the trunk still useful? Let's find out. It's a fairly deep space, but the amount of width and space behind the wheel wells is also reasonably generous and seemingly useful. As with every luggage test, I use two midsize roller suitcases that would need to be checked in at the airport (26 inches long, 16 wide, 11 deep), two roll-aboard suitcases that just barely fit in the overhead (24L x 15W x 10D), and one smaller roll-aboard that fits easily (23L x 15W x 10D). I also include my wife's fancy overnight bag just to spruce things up a bit (21L x 12W x 12D).  To start off, I lined the biggest bags on their sides to demonstrate the difference in the trunk's width relative other sedans. Only three can fit, whereas you can fit four in the majority of midsize sedans. Nevertheless, all the bags fit. That's not the case with the Cadillac CT4 or CT5, or the big fibber, the BMW 3 Series and its "17-cubic-foot" trunk.  Basically, the numbers make sense here. While it can hold all the bags, there really isn't any leftover space as there is in a midsize sedan. That said, I should note that there are plenty of compact crossovers that can't fit all these bags below their cargo covers, including the Mercedes GLC and Alfa Stelvio.  OK, one more trunk-related note. While there is a spare-tire-shaped hole under the trunk floor, there is no spare tire. Instead, you get a compressor encased in foam covering the car's battery. Putting the battery in the trunk is totally normal, but there's something a tad bootleg about this placement. It seems like an afterthought. It almost certainly has to do with engine compartment packaging and/or weight distribution, but it does mean you do without a spare tire. Or, I suppose as BMW is apt to do, extra under-floor cargo space.  Related Content  

Jay Leno finally gets his hands on the 2017 Acura NSX

It has been five years since Jay Leno and Jerry Seinfeld starred in a commercial about which one of them would get the first example of the new Acura NSX. After a long wait, they finally get a chance, but Leno is the first to check out the coupe in the latest video from Jay Leno's Garage. The denim-clad host spends over 30 minutes with lead designer Michelle Christensen and Ted Klaus, global development chief engineer, to get the full scoop on the hybrid supercar. Leno and Christensen get into the nitty-gritty about the design process for the latest NSX, and she points out her favorite parts of the finished product. She had quite a challenge creating the new supercar. Over the model's long gestation, every adjustment to the shape forced changes elsewhere to direct the airflow correctly, and then the decision to switch to a different engine configuration added even more time. Klaus focuses on the engineering side, like using the Ferrari 458 and original NSX as the major benchmarks for the new one. He also takes a ride with Leno, and the comedian even cracks a grin driving it. Leno doesn't usually show much emotion behind the wheel, so the little smirk is high praise from him. Carve out some time for a detailed walk-through about the 2017 NSX in the latest clip from Jay Leno's Garage. Related Video:

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.