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Tesla's Model 3 under investigation in South Korean safety probe
South Korea has launched a safety probe into Tesla, focusing on braking and steering systems including Autopilot.
Nissan to offer steer-by-wire systems in some Infiniti cars
We're all at least somewhat familiar with fly-by-wire, the electronic piloting system found in most modern planes. Nissan wants to bring the same tech to cars, leaving behind the purely mechanical solutions currently used to take turns in your four-wheeler. The first automobiles to come equipped with steer-by-wire would be luxury sedans from Infiniti. Other companies have incorporated the tech into concept vehicles, but Nissan would be the first to stick it in a production model. The company plans to have the first drive-by-wire cars in consumer garages by the end of next year, with an eye towards a future in which you drive from the back seat using a joystick. Of course, the lack of direct feedback as your tires turn over the road may lead some to cling tight to their mechanical steering apparatus, though, moving to a digital steering system should lead to better handling vehicles.
Saginomiya driving simulator steers real car, isn't quite Avatar on wheels (video)
Most simulators act in isolation from the real world, so when we see one that breaks out of its virtual shell, we're more than a little intrigued. Saginomiya has designed a driving simulator that's directly linked to an actual car's components sitting on a six-axis motion system. The whole affair works as a form of virtuous circle for testing, where the real parts feed on the simulator and vice versa: since the simulator is based on the internal model of the car, it can translate road results directly to the suspension and steering of the physical components, which promptly loop around and dictate force feedback in the simulator through actuators in the steering wheel. Apart from creating what amounts to the real real driving simulator, Saginomiya's invention is a huge boon to automakers, which can test how key components work without having to build the whole vehicle first. Sadly, the simulator likely won't reach full-on Avatar levels and steer a car on a real road anytime soon, but it's engaging enough that we can see more than a few test drivers putting in overtime just for kicks.
Fanatec Forza Motorsport CSR wheel and Elite pedals review
Fanatec Porsche 911 Turbo Wheel for Xbox 360 review Fanatec Porsche GT2 wheel and Clubsport pedals review Forza Motorsport CSR and CSR Elite wheel and pedals hands-on It's amazing to realize that about two years ago Fanatec's first Xbox 360 racing wheel, the Forza 3 Porsche 911 Turbo Wheel, hit the scene. Although it turned out to be a mixed bag, Fanatec pleasantly surprised us with its Porsche GT2 and Clubsport Pedals in January of this year -- despite a roaring fan and shaky shifter mounts. Now, we're saying hello to a new trio of racing sim-related goods intended for Forza Motorsport 4 on Xbox 360: the $249.95 Forza Motorsport CSR Wheel, $59.95 shifter set, and $149.95 CSR Elite Pedals. If you'll recall, it was back in March that we checked some of this kit out, and now with Forza 4 here, we hooked this mashup of gear up with our Playseat Evolution for a massive amount of virtual spins. So, did this combination help speed past the checkerboard with a respectable feel? Shift past the break find out in our full review. %Gallery-140233%
Toyota's new crash-avoidance technology takes control of the wheel
Crash-avoidance technology in cars is hardly anything new, of course, but Toyota's gone a bit further than most with its latest effort. While complete details are still a bit light (including any word of an actual rollout to vehicles), the new system is said to use a combination of both front and rear cameras, and millimeter wave radar technology to detect pedestrians or obstacles that could lead to a crash. The real kicker, however, is that when the car does detect a possible collision, it actually takes control of the wheel to avoid it instead of just stopping the vehicle. What's more, that's just one new safety measure that Toyota recently showed off to reporters in Tokyo -- it's also working on things like a pop-up hood that could provide some additional protection in the event of a crash, and a steering wheel that can measure the driver's heartbeat and avoid a crash if they suffer a heart attack.
Toyota getting into the anti-drunk driving game
Just days after most everyone in the world celebrated (read: ingested alcohol) the new year, Toyota is hitting us up with news declaring that drunk driving won't be tolerated in its future fleet of vehicles. Although Nissan has already considered an add-on option that would prevent inebriated individuals from motoring around on a whim, it looks like Toyota is following suit with its own anti-drunk driving approach. Reportedly, the automaker is developing a "fail-safe system for cars that detects drunken drivers and automatically shuts the vehicle down if sensors pick up signs of excessive alcohol consumption." Utilizing "sweat detectors," the steering wheel automatically sniffs out the driver's BAC and can restrict the car from cranking if it deems necessary; additionally, it can recognize "abnormal steering" or take advantage of the "special camera installed to monitor your pupils" in order to slow your vehicle to a halt if you're smart aware enough to wear gloves when taking the wheel. While we've no idea how much Toyota will inflate vehicle prices to account for this, um, luxury, the firm purportedly hopes to outfit its cars with the system "by the end of 2009."[Via The Raw Feed]
TRW intros non-rotating airbag, mesmerizes drivers
While vehicle manufacturers are taking this "safety thing" to new heights (not that we're complaining or anything), the ole airbag sure takes a lot of heat regarding its questionable design and potentially harmful nature. The love / hate relationship with this very necessary device has been going on for years, and TRW Automotive Safety Systems is hoping to quiet the protestors a bit with its latest creation. The next-generation asymmetric airbag / steering wheel system features a "non-rotating airbag" that stays put while the wheel around it moves to meet the driver's demands. By utilizing a circumferential gear to keep the airbag stationary, the mobilized unit provides "enhanced crash protection" while allowing automotive designers to add more "convenience and aesthetic features" (read: buttons, switches, and other gadget-controlling togglers) to the steering wheel itself. Although TRW fails to point out just how much automakers will be forced to pay for its invention, it does note that it can be customized to the fit the feel, color, and style of any vehicle, and since the firm has already landed a contract with "a major European vehicle manufacturer," we could see this non-turning technology go stateside anytime.
