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Lexus LFA owner gets town to remove speed bump

What do you do if you have enough money to buy a Lexus LFA but can't get the car safely to your house? Get local government involved, of course. Rune Berge Vik, of Stavanger, Norway, did just that after he bought a Lexus LFA (the only LFA in the Nordic region according to tv2.no) last year only to find out that it could not clear a speed bump in his neighborhood.
To remedy the situation, Vik got in touch with his city, which had the speed bump removed. Talk about your tax dollars hard at work. On the other hand, it's commendable that the man actually uses his supercar as a daily driver, and besides, doesn't a street-legal car have the right to access said public streets?

Lexus ROV concept is a hydrogen-powered luxury side-by-side

Side-by-sides come in all shapes and sizes, but we've never seen one like the Lexus ROV concept. For one, it's a Lexus; the firm is not a big player in the side-by-side segment. It's as luxurious as the badge on its nose suggests, and it's powered by a hydrogen-burning engine. Lexus explained that the ROV (an acronym that stands for Recreational Off-highway Vehicle) is its "response to the growing passion for the outdoors and adventurous spirit of luxury consumers." It also illustrates the brand's wish to design lifestyle-oriented products, and it showcases the engineering department's research into new technologies. The ROV stretches 322 inches long, 68 inches wide and 71 inches wide. And, while it doesn't wear a giant spindle grille, it falls in line with the Lexus design language thanks to angular body panels. Inside, the ROV offers a pair of seats with harnesses and suspension elements to filter out bumps, carbon fiber accents and a relatively simple instrument cluster with an analog tachometer and a digital display. Lexus notes that the "Tazuna" approach to interior design that has shaped most of its recent concept cars permeated the ROV, meaning the cabin is human-centric. Interestingly, it also points out that the ROV meets the same quietness, durability, and reliability standards as the regular-production cars it sells, which is no small feat. Power comes from a direct-injected 1.0-liter engine that burns compressed hydrogen stored in a tank. Lexus didn't publish technical details so we don't know how much horsepower or torque the engine makes. Its cylinder count wasn't even published, though zooming in on the exhaust manifold confirms that it's a three-cylinder. It's likely not a coincidence that parent company Toyota tested a hydrogen-powered Corolla race car powered by a 1.0-liter hydrogen-burning triple earlier in 2021. That engine was turbocharged, however; this one is not. Looking at the center console reveals the ROV is equipped with a two-speed transfer case and locking differentials, so it should be capable off the beaten path. Lexus also tells us its first side-by-side offers users a large amount of suspension travel. Is this purely theoretical, or is Lexus serious about taking on Polaris? We've asked, and we'll update this story if we learn more. Related Video:      

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.