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Toyota Land Cruiser vs Lexus LX 570 Suspension Flex Test

There’s no need to explain the Toyota Land Cruiser, one of ToyotaÂ’s earliest successful products. The 2020 Toyota Land Cruiser Heritage Edition celebrates some 60 years of popularity of a vehicle that has survived the segmentÂ’s “mall wagon” phase and the rise of crossovers. Its already-sterling reputation has received an additional recent push from the rise of overlanding — an outdoor pastime that has always existed but only recently got a press agent. By comparison, the Lexus LX is a more recent development. Debuting in 1996, the LX 450 was little more than an 80-series Land Cruiser with cladding, a Lexus badge and a higher price. The amount of styling differentiation and luxury specialization has increased over the years to the point that the newest LX 570 actually seems like a completely different vehicle. In truth, the 2020 Lexus LX 570 and the 2020 Toyota Land Cruiser are both 200-series Land Cruisers under the skin. They share the same thirsty 5.7-liter V8 engine and the same frame that features a double-wishbone suspension at the front, a five-link coil spring suspension at the rear and a 112.2-inch wheelbase in the middle. The styling is strikingly different, of course, but so are the hidden details of their suspensions. The Land Cruiser employs a simple set of coil springs and shock absorbers, but with an interconnected pair of automatically disconnecting stabilizer bars called KDSS (Kinetic Dynamic Suspension System). The Lexus, on the other hand, has fixed stabilizer bars and coil springs, but its “shocks” are really hydraulic cylinders that perform height adjustments and transmit suspension movements via piping to remote electronically-adjustable damper valves mounted along the frame rails. All of the above begs a question: Which of them will go farther up my RTI ramp and, by extension, offer better suspension articulation in an authentic off-road situation? Right away, the very approach to the ramp demonstrates a huge difference and a serious issue for the LX. Its normal cruising height (there is a lower height, but this isnÂ’t that) doesnÂ’t provide enough approach clearance to attempt the ramp. The front spoiler contacts the nasty grating before the tire does. ItÂ’s a close-run thing, but from this point on, clearance gets SMALLER as the left front suspension compresses on the way up. If it's touching now, itÂ’s only going to get worse if I go forward.

Lexus previews its next design language with an electric concept

Identifying a new or a late-model Lexus is child's play: Look for the giant spindle-shaped grille. It's a styling cue that defines all of its recent models, and designing an electric car is evidently not an excuse to get rid of it. Lexus published a dark teaser image that previews an electric concept that will usher in its next design language. Like parent company Toyota, Lexus has long resisted the shift towards electric cars by fervently arguing hybrids make more sense. But, as even its home country mulls a blanket ban on internal combustion technology, it's left with no choice but to go electric. It already sells a battery-powered variant of the UX in Europe, but the concept it previewed on its social channels was designed as an electric car from the get-go. It's still shrouded in secrecy, we don't even know its name yet, but we can already tell the spindle stays. Its outline clearly appears between the sharp LED headlights, though it almost looks full. And, like seemingly every concept car released in the past three or four years, the newest member of the Lexus portfolio wears a backlit emblem. Lexus electric prototype View 4 Photos Interestingly, Lexus also quietly published a separate video highlighting the electric and hybrid technologies it's developing for the 2020s, and the footage reveals a heavily-camouflaged crossover lapping a test track in Japan. Shown in the gallery above, it's fully electric, and it might be at least related to the upcoming concept. Direct4 technology will power the car. Short for Direct 4-Wheel Drive Force Control, it's a system that automatically adjusts the torque sent to each wheel based on the road and driving conditions. In this application, it consists of two electric motors (one per axle), and its total output checks in at 402 horsepower and 442 pound-feet of torque. Lexus noted it can be used for gasoline-electric plug-in hybrid systems, too. We'll need to be patient to find out more about the concept. For example, we don't know if it's related to the electric car that Toyota will release in Europe in 2021, or if it's something else entirely. If the concept and the prototype shown testing in Japan are indeed the same car, it looks like its launch is right around the corner. Related video:

Toyota and Lexus will have standard automatic braking by 2017

Last week, NHTSA and IIHS announced that 20 auto manufacturers and three agencies had agreed to include automatic emergency braking (AEB) as standard equipment by 2022. Toyota was one of those 20 companies, but this week they upped the AEB ante: Nearly every Toyota and Lexus model and trim level will have standard AEB by 2017. That's next year. Many models already offer AEB as part of the Lexus Safety System+ and Toyota Safety Sense packages, but consumers have had to pay extra for these options (unless they leased a Toyota Mirai hydrogen fuel-cell vehicle; it already has AEB as standard equipment.) By the end of next year, all but the Lexus GS, Toyota 4Runner and Toyota 86 — which was developed together with Subaru — will have AEB installed at no extra cost. (Interestingly, the new Prius Prime unveiled at the New York International Auto Show has Safety Sense as an option rather than standard equipment.) The AEB function is part of Toyota's safety suites, which will be included in 25 Lexus and Toyota models. Both makes have a precollision system that detects the possibility of collision with the car ahead and engages the brakes if the driver doesn't react quickly enough, as well as lane departure alerts and automatic high beams. Toyota's move leapfrogs ahead of Honda making its Honda Sensing system, which includes AEB tech, available as a flat $1,000 option on every Civic Sedan. Related Video: This article by Kristen Hall-Geisler originally ran on TechCrunch, a leading technology media property, dedicated to obsessively profiling startups, reviewing new Internet products, and breaking tech news.