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Lexus builds final LFA supercar

Lexus has officially built the very last LFA. The 500th Lexus supercar rolled from the company's Motomachi facility on December 14th wearing all of the goodies of the Nürburgring package and white paint. Toyota's Lexus division started production on the car exactly two years ago on December 15, 2010 and built just one unit per working day. A total of 170 workers were hand-picked to handle parts manufacturing, assembly and painting for the LFA project. While Lexus has made it clear it will produce no more LFA models, lessons gleaned from the vehicle's construction may translate into other future products.
Specifically, Toyota says it may employ its carbon fiber reinforced plastic experience moving forward. As you may recall, the LFA made extensive use of CFRP and carbon fiber, and Lexus even created a special rotary loom to stitch together the supercar's A-pillars. Take a look at the brief press release on the last LFA below.

Lexus RX Luggage Test (2016-2022): How much cargo space?

This post has been updated from its original version to reflect new information provided by Lexus engineers. There's something seemingly funky going on with the Lexus RX spec sheet, or at least with the cargo capacity measuring method used to populate it with an official cubic-foot number. Basically, the specs say it has 16.0 cubic feet behind its raised back seat. That would be less than a Toyota C-HR, which is a notably cramped subcompact SUV. All you need are eyes to know something's fishy about that. Doing these luggage tests has revealed other car companies also report cargo capacity figures that sell their SUVs short relative competitors, but this is a new low, so to speak.  After a few back-and-forths with Lexus (and several months), plus a revealing glance at the extended length RX L's spec sheet, I came upon the answer: the 16.0 cubic-feet indicated is a measurement of the cargo floor to the cargo cover. The industry norm is cargo floor to the roof. Both numbers are provided for the RX L: 15.26 cubic-feet to the cargo cover and 23.03 to the roof. That's still not a lot for a midsize SUV, but assuming the regular RX is in the same numerical ballpark, it would make a lot more sense given how much stuff you can actually fit inside.  Speaking of which, let's see just how much stuff you can fit inside. It's definitely more than a C-HR. This is a wide, deep space. However, the current RX has a more radically raked roofline than its predecessors, which almost achieves a crossover coupe look. The result is less overall cargo space (and likely a less-than-stellar floor-to-ceiling cargo spec), but losing greenhouse usually effects versatility more. Basically, you can carry a comparable number of bags, but that 52-inch TV will be a tough get.  To begin, I left the cargo cover in place. As in every luggage test I do, 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). Fitting only the four biggest bags isn't great, but it's also the result of keeping the cargo cover in place (I do this to replicate a situation where you can't just leave it behind in your garage). It also pretty much confirms that 16.0-cubic-foot number.

Toyota shows a smoother autonomous Lexus for CES

Toyota is bringing a new research vehicle to CES. The TRI-P4 autonomous driving test vehicle, based on the Lexus LS500h, is a major step ahead, according to Toyota, as it has improved computing power and additional cameras for better reaction times. Earlier test mules have also used the LS as a basis, and the shift to the new, fifth generation LS brings chassis and steering-control benefits, so the vehicle's movements are smoother in automated mode. The camera tech has also been better integrated into the vehicle design, courtesy of CALTY in Ann Arbor, Michigan. Development has been swift, as the TRI's P2.1 car was unveiled in 2017. The P4 car will be used for Toyota Research Institute's Guardian and Chauffeur mode development. The two tiers differ somewhat, as TRI's Ryan Eustice explains: "Our Chauffeur development is focused on full autonomy, where the human is essentially removed from the driving equation, either completely in all environments, or within a restricted driving domain. Guardian, on the other hand, is being designed to amplify human performance behind the wheel, not replace it. The introduction of the new P4 platform will help us accelerate the development of both tracks when it joins our fleet this spring." The vehicle's situational awareness is boosted by two extra cameras facing on the sides, and a new imaging sensor both forward and rearward. Toyota says the P4's lidar setup is a carryover from the previous platform, but that its machine learning is much improved by its more powerful computer setup. The electricity required by the P4's computing power also comes from the hybrid battery, and as the computer "brain" is now housed vertically against the rear seat's backing, actual trunk space has been freed. More LS500hs will begin to be modified into TRI-P4 vehicles during spring 2019. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.