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Xcar rates AWD vs. FWD vs. RWD

With snow and ice blanketing large swathes of the United States over the past few weeks, commuting hasn't been easy. Among some drivers, there's an ongoing debate about how much all-wheel drive really helps when it gets slippery and whether rear-drive is as bad in slick conditions as many people think. Xcar Films puts some of those beliefs to the test in its latest video by showing off three very different cars taking on a trio of low-grip challenges. Xcar's picks for the test include the fairly plebeian, all-wheel drive Subaru Impreza, the somewhat plush, rear-drive BMW 120d and the sporty, front-drive Renault Megane RS 275 Trophy. Things start out easy with a hydraulic plate forcing the back end out on a wet skid pad. From there, the tests get really interesting with a slalom on simulated ice, and the cars finish with a high-speed cornering challenge through a soaked turn. While an obvious winner emerges in the end, keep in mind this is hardly a scientific test of grip. For better accuracy, all three vehicles should be wearing identical tires, and the same driver should be behind the wheel of each one. Still, Xcar's examination is a fun chance to see how vehicles react when things get slick. News Source: Xcar Films via YouTube BMW Subaru Renault Driving Safety Videos xcar renault megane xcar films renault megane rs

The Rinspeed Etos is a BMW i8 that drives itself and comes with a drone

Outlandish as they can be, we've grown accustomed to seeing Rinspeed unveil its avant-garde concept cars at the Geneva show every year. But this time the Swiss studio will present its latest showpiece outside of its native country, taking the veil off at CES in Las Vegas. It's called the Etos, and takes the advanced concept of the BMW i8 even further. Frank M. Rinderknecht and company designed the Etos around autonomous technology. Now if you're wondering why anyone would need a self-driving sports car, we're with you. But if Rinspeed is out to capture our attention, the svelte shape, eye-catching yellow paint, and 20-inch Borbet alloys have certainly done that much. Recognizing the transformation possible in the cabin of a self-driving automobile, Rinspeed fitted the Etos with a retractable steering wheel. That allows unfettered access to a pair of 21.5-inch ultra-HD widescreen displays hooked up to a connected infotainment system that learns from the driver's (or occupant's) habits to minimize the necessity to manually input information. No less than eight exterior cameras work in conjunction to all but completely eliminate the notion of the blindspot. But like so many mullets festooning the streets of Las Vegas and the slopes of the Swiss Alps alike, the party trick is found around back. Not unlike a megayacht with a helipad, Rinspeed fitted a remote-control helicopter on the rear deck that can be used for anything from selfies on the go to retrieving packages along the driving route. The drone lands on a platform with 12,000 individually controlled LEDs and covered in Gorilla Glass furnished, as with the glass roof, by Corning. Combine the drone with the ability to pay tolls and other charges through NFC signal while charging your phone inductively, and the driver/occupant may never need to get out of the car unless he or she wants to (and the singularity controlling all these systems permits). Fortunately Rinspeed made the interior a comfortable place to be, filled with niceties and distractions from a watch winder on the dashboard to the ceramic and titanium trim to the San Francisco skyline stitched, for some reason, into the seatbacks. Few of these features strike us as strictly necessary, and the most outlandish of them (we're looking at you, drone) will likely never be implemented on a production automobile. And what features do will likely find their home in more accommodating vehicles than a two-seat sports car.

Alex Zanardi talks new challenge at 24 Hours of Spa with BMW

"I have overcome greater things in my life than driving at night." When considering Alex Zanardi's tumultuous life and racing career, the notion that he might be worried about racing for the first time at night seems patently absurd the moment I pose the question. But as I've discovered previously, ask Zanardi a question and his reply - even a brief one - will offer analysis. "I'm really looking forward to it," he says, before adding: "Also, it will be much cooler." Zanardi is talking about the latest installment in his racing career - the 24 Hours of Spa - where he will race a BMW Z4 GT3 alongside fellow ex-Formula 1 driver Timo Glock and DTM driver Bruno Spengler. For the second year, Zanardi is running with ROAL Motorsport, and the team has the full weight of BMW behind it as it prepares to go up against 57 other cars on the historic Belgian circuit this weekend. I first met Zanardi last year at Brands Hatch on a hot May afternoon after his one-hour Blancpain Sprint Series race. He was exhausted and downing can after can of cola but still happy to chat to fans as he cooled off. I ask why, if that was such a tough experience, he is prepared to do it for 24 hours. "It's a good question, why would I?" he ponders aloud before quickly adding: "I am confident I am as well-equipped as I can be to face such an enormous commitment." That confidence comes from three developments that have allowed him to be the first disabled driver to race the Spa 24H. Firstly, his athleticism; since Zanardi lost both his legs in the horrific CART accident at the Lausitzring in 2001, he has drawn admiration for his subsequent achievements as a racing driver and paracyclist; the Italian won two golds and a silver at the 2012 London Paralympics in handcycling. The man is seriously fit. The next major change is inside the Z4 cockpit, where he has worked with BMW engineers to adapt the braking system without hindering his able-bodied teammates; having two others sharing the car with him is a new challenge for both Zanardi and BMW. New controls, particularly the brake pedal, were designed with impressive results. "[The engineers] made my life easier quite dramatically via ergonomics, pushing the brake pedal and the footrest where I put my prosthetic feet to the side of the space that was available. "This makes everything better for me. The ratio of the brake pedal is changed.