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Gazoo heads to the N"urburgring with Lexus LFA Code X

You'd be forgiven for thinking just because the Lexus LFA has ended its production run (it's been over a year now) that Toyota would have ceased its development. You'd be forgiven, but Gazoo Racing is here to tell you you'd still be wrong.
One of Toyota's many works racing teams, Gazoo is returning to the 24-hour endurance race at the Nürburgring this year with a trio of entries. One is based on the Toyota GT86 (which we know as the Scion FR-S), and one is essentially the same LFA that it's entered in years past. But the third vehicle is dubbed Code X.
It's also based on the LFA, but its 4.8-liter V10 engine has been bored out to 5.3 liters, raising its output to untold levels. It's got a full carbon-fiber chassis and a range of other enhancements that Gazoo isn't telling us about just yet, but they should turn the LFA Code X from a road-going supercar beyond a racecar and into a rolling research lab. Considering that Gazoo has been racing at the 'Ring since 2007 and fielding versions of the LFA there since 2008, it'll be interesting to see how the Code X version fares.

2019 BMW M850i xDrive: How it compares on paper with other GT coupes

Although the hot new vehicles for the rich seem to mainly comprise SUVs and supercars, the neglected luxury GT coupe segment is starting to see some life again. The latest to add a spark to this set is the 2019 BMW M850i xDrive. It goes on sale later this year, and revives the 8 Series that's been dead since the 1990s. The first version available to Americans will be one with a twin-turbo 4.4-liter V8, with other versions likely following. Before it launches, we wanted to get a lay of the grand-touring land and see how the new BMW stacks up to the competition in performance, practicality and price. While some of these models have higher-performance or more-affordable iterations, we picked the versions that would be the closest match to this 8 Series model. They include the 2019 Lexus LC 500, 2018 Mercedes-Benz SL 550, 2018 Mercedes-Benz S 560 Coupe and the 2018 Maserati GranTurismo. We will also provide some short summaries on our experiences with these cars, but to get a full picture of each model, be sure to check out their full reviews. And if you want to compare any of these cars with models you don't see here, be sure to try out our car comparison tool. Engines, transmissions and performance On paper, the BMW M850i xDrive is clearly the performer of the group. It has the most power and torque at 523 horsepower and 553 pound-feet. Coupled with all-wheel-drive and an eight-speed automatic, the car is able to overcome its relatively portly 4,478-pound curb weight to hit 60 mph in a scant 3.6 seconds. That's more than half a second quicker than the lightest car in the group, the Mercedes-Benz SL550, which weighs 4,012 pounds. The other three vehicles are in the low- to mid-4-second range to 60 mph. Though the Maserati is the slowest to 60 mph, it does boast the highest top speed of 186 mph. The M850i and SL 550 are electronically limited to 155 mph, while the Lexus is limited to 168 mph. The Mercedes S 560 has the lowest top speed at an electronically limited 130 mph. View 52 Photos Of interest is that there's a 50/50 split among these cars between using a pair of turbos, and having none at all. The BMW and Mercedes resort to forced induction, whereas the Lexus and Maserati choose to stay naturally aspirated. This is likely why the Germans break 500 pound-feet of torque, while the others don't make it to 400. Also interesting is the spread of gear quantity. The Maserati has just six ratios to choose from, and the Lexus has a whopping 10.

Lexus builds an actual hoverboard [w/video]

Sometimes a story comes along that your heart desperately wants to be true, but every brain cell is screaming that something is amiss. For one of the best examples of this in recent memory, take a good look at the Lexus Hoverboard. Despite seeming like pure science fiction, the company vehemently claims this vision of the future isn't a joke or a hoax. It all seems so hard to believe, though. Like us, your first question is probably how this thing works if it is real. Unfortunately, Lexus is being very cagey with the details at this time. The Hoverboard allegedly runs on "magnetic levitation with liquid nitrogen-cooled superconductors and permanent magnets." That's all we know for the moment, but the Japanese automaker claims to be working with "experts in super-conductive technology." While not the first functioning hoverboard, this one can apparently work on concrete, based on the teaser video. The company's spokespeople aren't giving away any of the tricks, either. "It is indeed real. We have worked with companies to make this happen, and there will be more demonstration of this later this summer," Nik Pearson, Press Relations Manager for Toyota and Lexus in the UK, said to Autoblog. "The technology mentioned in the release is accurate." According to Lexus, the Hoverboard prototype is being tested in Barcelona. So any readers in the Spanish city should keep an eye out for someone floating by. Get any Back to the Future 2 dreams out of your head right now, though. The company is clear that this thing isn't going on sale. Pearson also reiterated that point to Autoblog: "Don't expect it in showrooms any time soon." The teaser video below shows off more of the board but still raises a lot of questions. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. LEXUS CREATES ADVANCED HOVERBOARD Design and technology collaboration achieves creative breakthrough for new Lexus Amazing in Motion project A Lexus has always been a vehicle that rides on wheels, in contact with the ground. Until now. This summer a new Lexus takes flight, bringing the stuff of science fiction closer to real world fact. Lexus has worked with experts in super-conductive technology to create one of the most advanced Hoverboards the world has seen. The concept is the fourth project in its Amazing in Motion campaign, demonstrating its commitment to pursuing new possibilities in advanced design and technology.