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The hoverboard of your dreams is finally here, thanks to Lexus

Finally. Finally! Anyone who grew up in the 1980s has been waiting for this moment for a long, long time. Since 1989, to be exact, which is when Back to the Future Part II hovered its way into theaters showing Marty-of-the-past riding a newfangled board-without-wheels in a fabricated future. After several teases, Lexus has finally unleashed real, actual footage of its hoverboard in action. As you'll see in the video, the learning curve is steep, even for a professional skateboarder like Ross McGouran. "I've spent 20 years skateboarding, but without friction it feels like I've had to learn a whole new skill, particularly in the stance and balance in order to ride the hoverboard. It's a whole new experience," says the hoverboard test rider. Before we all get too carried away, there are caveats to this real-world hoverboard. First, the technology doesn't work everywhere. According to Lexus, 200 meters of magnetic track was built in Dresden, Germany, and shipped to a specially built "hoverpark" in Barcelona, Spain. Unlike the fictional hoverboard from BTTF, though, Lexus' creation does indeed work on water... assuming there's a properly magnetic surface below the surface. We're sure you've got questions – cryostats, liquid hydrogen and magnets, are the likely answers – but first, you really should watch the video. Then, feel free to check out the full press release down below, but before you get too excited, know that Lexus has said it does not intend to sell a production version of its hoverboard. Related Video: Lexus Hoverboard Ride Revealed New Film for the Latest Amazing in Motion Campaign Shows Final Testing in Barcelona August 04, 2015 TOKYO, August 05, 2015 -- Following the unveiling of the Lexus Hoverboard in June, the luxury automotive company is completing a full and final reveal of the project concluding a successful testing phase which took place in Cubelles, Barcelona. Mark Templin, Executive Vice President at Lexus International said: "Embarking on this project, we set out to push the boundaries of technology, design and innovation to make the impossible possible. With this project we call 'SLIDE', we collaborated with partners who share our passion for creating enjoyment out of motion. Even through combining our technology and expertise, we discovered making a hoverboard isn't an easy process.

Lexus LF-1 Limitless luxury crossover concept is an intergalactic flagship

A dressed-up Land Cruiser it is not. As most every manufacturer making cars in 2020 will be offering crossovers in varying sizes, Lexus has unveiled its new LF-1 Limitless concept, which has been penned at Toyota's Calty Design Research in Southern California. The vehicle is billed as a "flagship crossover," meaning it slots above the RX and offers more flair than the more truck-like GX and LX models. If the design of the concept seems sharp, it's at least in part due to the design approach Lexus calls "molten katana" — with the appearance of a Japanese sword in automotive form. The spindle grille that's been the centerpiece of recent Lexus front ends is now a three-dimensional design, which appears to mimic a "Star Wars" ship's shift into hyperspace, eschewing surrounding chrome in favor of LED lighting. The concept detailing includes slightly Tesla–like door handles, which reveal a Lexus logo in the negative space, and a roof spoiler split in the middle. Door mirrors have been shaved off, with the rear view delivered into screens around the instrument cluster, where they resemble motorcycle mirrors. The feel of hyperspace continues inside, with the perforated door trim allowing lighting through like a starry sky. There are four matching, individual white leather seats under the moonroof, and there's a dedicated light show on offer at the press of the start button, depending of the function mode selected. Most analog switches have been replaced by haptic controls grouped around the driver, or fitted in the steering wheel; all powertrain controls are either in the wheel or in the steering column. By "Limitless," Lexus appears to refer to the choice of propulsion. Reading between the lines, there doesn't seem to be a set powerplant for the vehicle, as by 2025 all Lexus model lines will be electrified in some fashion, and the production version could be a fuel-cell vehicle, a PHEV, all-electric, or gasoline-powered. There's also a hands-free driver assist level Lexus calls "Chauffeur mode." In addition, there's a fourth dimension to the concept's navigation system — time. The setup reads traffic information, anticipating possible stops on the way. The idea, according to Lexus, is that the navigation system should feel like a concierge, a virtual assistant instead of just a map screen.

Apple uses Logitech steering wheels and pedals to control autonomous cars

SAN FRANCISCO (Reuters) - Apple outlined a plan to train operators of self-driving cars in documents submitted to California regulators earlier this month, the latest clues to the company's autonomous vehicle technology aspirations. Apple was granted a permit to test self-driving cars on April 14 by the California Department of Motor Vehicles but the company has never said anything about its plan. The state released 41 pages of Apple application documents to Reuters that give some clues about the company's highly secret self-driving effort, which it has never openly acknowledged. The iPhone maker joins a long list of carmakers, start-ups and technology rivals, including Alphabet's Waymo, that are testing cars on state roads. Apple is looking for new hit products and autonomous car technology is expected to revolutionize the traditional auto industry. As part of the application, Apple included a 10-page training plan that appeared to be related to operators taking back manual control of the car during automated driving exercises of the system, which it calls a development platform. Business Insider reports that Apple engineers riding in the back seats have the ability to take over control of the car using off-the-shelf steering wheel and pedal video game controllers from Logitech. Apple declined comment beyond the filing. The plan includes a document called "Automated System: Development Platform Specific Training Overview" whose objective is "to train safety drivers in various automated driving conditions." "Development platform will be controlled electronically (e.g. joystick) and safety drivers must be ready to intervene and take control," the document reads. The document highlights different scenarios to be tested, from high speed driving and tight U-turns to lane changes. One letter sent from Apple to the state Department of Motor Vehicles noted that Apple's development platform "will have the ability to capture and store relevant data before a collision occurs." The document does not include detail on how Apple's self-driving platform actually works or other technical details. It also does not say what kind of sensors are found on Apple's three permitted vehicles, all 2015 Lexus model RX450h. The permit does not necessarily mean that Apple itself is building a full car. Apple could instead be designing a self-driving platform that can be integrated into other manufacturer's cars. (By Alexandria Sage.