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Toyota will bring Lexus-based Platform 3.0 autonomous vehicle to CES

The Toyota Research Institute says it will bring its next-generation Platform 3.0 automated driving vehicle to CES next week, an autonomous test car that is notable for incorporating the sensors and cameras into the body, rather than as ungainly attachments, and with the spinning LIDAR rooftop sensor replaced by a more sleek panel of sensors. Platform 3.0 is built on a Lexus LS600hL. Toyota Research Institute says it enlisted CALTY Design Research in Ann Arbor, Mich. and engineers at Toyota's nearby North America R&D center to conceal the equipment. As a result, Platform 3.0 gets a new rooftop weather and temperature proof panel, which it says was inspired by off-road motorcycle helmets, integrated into the available space in the sunroof compartment to minimize height. It's also embellished with chrome trim along the side, where it meets the roofline, and the rear swoops down to integrate with the LS's contour lines. The team also managed to consolidate computational electronics and wiring into a small box in the trunk. Toyota says the Platform 3.0 is one of the most perceptive autonomous test vehicles on the road today, with a design makes the test vehicle easy to build at scale. It gets a Luminar LIDAR system boasting a 200-meter, 360-degree range (the previous version only tracked the forward direction), enabled by four high-res LIDAR scanning heads that help it better see dark objects. Shorter-range LIDAR sensors feature low on all four sides of the vehicle, one on each front quarter panel and on the front and rear bumpers, to detect low-level and smaller objects, like children or road debris. Production begins this spring at the Toyota Motor North America R&D headquarters at low volumes to allow for flexibility, given the rapid rate of development of Toyota's autonomous test platforms. Some will be assembled using Toyota's Guardian dual-cockpit control layout to allow for transferring control between a human test driver and the automated system while keeping the driver as a backup, while the single-cockpit, fully autonomous Chauffeur mode will be shown at CES starting Jan. 9.Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Least favorite vehicles of 2017

2017 LC 500 is the future of Lexus [w/video]

The 2017 LC 500 shows where Lexus is headed. In this case it's not just a flashy grille and a big engine like earlier Lexus efforts. This time every facet of the engineering went into making the car handle better, and the styling and engineering were developed hand in hand. It won't set any sales records, but it will win a lot of eyeballs. Why is Lexus making another coupe? That's a fair question, as slow-selling two doors don't do much to improve market share. The reason for the LC is to make a statement, both in terms of style and engineering. It looks remarkably close to the 2012 LF-LC concept. And underpinning the taut styling is a new global architecture that will underpin future cars like the LS. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The LC 500 is Toyota's way of saying, yet again, that it's serious about reforming the Lexus reputation into one that include performance and style. On paper the 467-horsepower, 5.0-liter V8 (the same as in the RC F and GS F) performance claim looks like sloppy handwriting, but Lexus claims a 0-60 time of less than 4.5 seconds. Rumors abound that more power will come to the LC lineup in a few years, most likely in some kind of turbocharged form. Backing up the engine is a ten-speed transmission. Yes, ten. Lexus claims the gearbox is nearly as fast as a dual-clutch automatic, and that the overall size is smaller than some eight speed 'boxes. Underpinning the LC is an all new structure that includes carbon fiber reinforced plastic, aluminum, and high-strength steel. Torsional rigidity is said to be better than the all-carbon fiber LF A supercar. We're worried the ride could be on the stiff side, with run flat tires on both standard 20-inch wheel and the optional 21-inch wheels seen on the show car. All hope for retaining a pleasant ride lies with the suspension, which is nearly all aluminum. But as we mentioned, this car is skewed towards performance, and Michelin Pilot Super Sport tires on show car promised new levels of lateral grip for a big Lexus. What's more promising is the claim that Lexus spend triple the standard time developing the steering feel and handling. This could be the best-handling Lexus ever, but don't expect the LC 500 to be a Porsche 911 competitor. Preconceptions aside, the LC is bigger than a Carrera and that alone dictates a different character. The Lexus is closer to the Mercedes-Benz S-Class Coupe and BMW 6 Series in size.

Toyota and Lexus show off advanced safety research vehicle [w/video]

While Google and Audi explore the possibilities of autonomous vehicles, Toyota and its Lexus division are studying the intermediate step of vehicles equipped with a deep suite of technology that help drivers make the best decisions. Introduced at this week's Consumer Electronics Show in Las Vegas, the Lexus advanced safety research vehicle is an LS sedan fitted with three high-def color cameras to detect objects up to almost 500 feet away, 360-degree Light Detection and Ranging (LIDAR) lasers that can detect objects up to 220 feet away, three radar units to keep track of other vehicles at intersections, a precision odometer on the rear wheel, GPS that estimates orientation and an accelerometer.
Currently testing at a purpose-built 8.6 acre urban testing ground at the Higashi-Fuji Technical Center in Susono, Japan the Toyota research vehicle is being used to study how to make better drivers, as well as figuring out how to reduce crashes as the industry's journey through passive and active safety systems progresses. In the event of a crash, new rescue systems are also being tested.
Further investment is being put into the Intelligent Transportation System (ITS) that would use shortwave signals to harness information from the car and from other vehicles on the road, as well as roadside infrastructure and even pedestrians. Toyota reasons it could then build a picture of interactions and, for instance, alert the driver to a potential collision at a blind intersection.