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Next Lexus RX previewed with JDM Toyota Harrier?

Japanese site CarWatch has revealed images of the next-generation Toyota Harrier, known to US and European buyers as the Lexus RX. The new model features a considerably more aggressive fascia in keeping with some of the latest Lexus design trends, while the back features a pair of wide, wraparound taillights.
The profile features a revised greenhouse, with a rather complex rear window treatment, while a subtle character line connects the front and rear taillights. According to the badging, the model shown features a hybrid powertrain, although there's little information on which engine is being used. We'd wager it's an evolution of the same 3.5-liter V6 hybrid found in the current RX450h.
This early look doesn't have a great deal of other info, and there are no images of the interior. We're not yet clear on how closely the North American RX will adhere to the Harrier seen here, but historically the two models have been quite close. That said, we'd expect a more prominent 'spindle' grille on the Lexus version than the baleen strainer on the vehicle shown here.

Lexus LF-30 Electrified Concept announces the brand's entry in EVs

The star of the Lexus booth at the biennial Tokyo auto show is an extremely futuristic concept named LF-30 Electrified that previews the firm's cars could look like — and be powered by — in 2030. The LF-30 Electrified uses clever technology to take Lexus into the electric vehicle segment for the first time. Lexus has leveraged parent company Toyota's expertise in the field of hybrid powertrains to become one of the industry's pioneers in the segment, but it has always shunned fully electric drivetrains. The LS-30 signals an about-face. Drawing on lessons learned while designing hybrids, engineers developed a 536-horsepower drivetrain that consists of a mammoth, 110-kilowatt-hour lithium-ion battery pack and four in-wheel electric motors that can deliver front-, rear-, or all-wheel drive. Don't let the press images fool you; the LS-30 is huge. It's nearly as long as the firm's LS flagship sedan, closer to a Chevrolet Suburban in width, and it weighs almost 5,300 pounds. It can nonetheless reach 60 mph from a stop in 3.8 seconds, and it can travel for up to 310 miles on one charge according to the overly optimistic WLTP testing cycle. Those figures might be irrelevant, because the driver can become a passenger by turning on the on-board autonomous technology and letting it worry about how quickly to accelerate, and when to charge. There's even a drone that Lexus calls an Airporter that autonomous transports luggage, for example, from in front of the owner's house directly to the car's trunk. Odds are you won't even need to tip it. Traveling in the LF-30 feels different depending on where you're sitting. The driver experiences a new concept Lexus calls Tazuna that draws inspiration from how a rein can create a mutual understanding between a horse and a rider; it sounds similar to what Mazda aimed for with the Miata, which famously channeled Jinba Ittai, or horse and rider as one, but it's a completely different take on it. The driver can adjust the stereo or dial a destination in the navigation system without taking his or her eyes off the road thanks to steering wheel-mounted switches and a large head-up display. The driver feels a lot like a jet fighter pilot, then. The passenger, on the road hand, is traveling first-class thanks to a seat inspired by high-zoot air travel, and a gesture-controlled screen. The rear seats recline, and the folks sitting in them can watch movies on a voice- and gesture-controlled glass roof called SkyGate.

Google shares more details on self-driving car accidents

Google has pledged to release monthly reports on the status of its self-driving car program, and says these updates will include information on accidents involving the vehicles. But the company won't release the actual accident reports, a sore point for activists who recently have clamored for the company to be more transparent in the way it tests this promising technology on public roads. "Google is dribbling out bits of information in the hope to silence legitimate calls for full transparency," said John Simpson, privacy director for Consumer Watchdog, a nonprofit that has asked Google to release reports from the 12 accidents the company says it has been involved in over the past six years. "They are testing on public roads, and the public has a right to know exactly what happened when something goes wrong." Under California law, the accident reports are not considered public records. Google has attributed all accidents to human error, and says drivers of the other cars involved caused 11 of the 12 accidents. In eight of those, the Google cars were rear-ended, and the autonomous vehicles were sideswiped in two other crashes. One of the accidents occurred at an intersection when a human driver failed to yield at a stop sign, and in one incident, a Google driver accidentally rear-ended another car while manually driving. Google had previously provided those details. The first monthly report installment sheds new light on which types of self-driving vehicles were involved, directions of travel, locations, and whether the cars were operating in autonomous or manual mode. Update: Google says this information comes directly from the OL 316 forms used to report accidents involving autonomous cars in California, though it has "edited the summaries lightly to protect other drivers' information." But Google still will not release the original OL 316 forms, nor the "traffic collision report" forms used in California to report accidents. Another company that has been involved in a single self-driving car accident, Delphi Automotive, has released this information, which verified its car was not at fault. Regarding Google, Simpson said, "We now know a few more details of what happened. The problem is that it's Google's version and they want us to take their word for it." The Google self-report adds information that goes beyond accidents, with further details on the company's overall program.