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BMW sets Guinness record for longest drift with new M5 [w/video]

In September of 2011, Chinese drifter Wang Qi broke the Guinness record for the world's longest sustained drift, doing 13 laps inside the Olympic Center Stadium in Tianlin, China for 5,802.3 meters. That was broken in February of this year by Abdo Feghali in Abu Dhabi drifting a new Chevrolet Camaro around a skidpad for 11,180 meters - almost seven miles. In March, BMW decided it wanted the record "back in the US," and set up a course at its BMW Performance Driving School near Greenville, South Carolina to get the job done. On May, 11 it was Mission Accomplished when Performance Center driver Johan Schwartz drifted an M5 around a skidpad continuously for 51.3 miles.
Despite that accomplishment, we're pretty sure that professional drifter Vaughn Gittin, Jr. isn't impressed. The way Guinness defines "drifting" can also describe a donut, which is effectively the kind of drifting that's been done for these last three records. BMW went even further by watering down the surface of the track, reducing the skill required and the need to change tires during the effort. On the other hand, you can't drift a car for long in a straight line, but perhaps there should be some clarification or classifications added to the milestones.
There's a short video below taken during the record-breaking run, and a press release from the company that did it.

BMW NA president says i3 beats Tesla EVs thanks to lighter all-around footprint

Those waiting for a full-out brawl between Tesla Motors head Elon Musk and BMW North America chief Ludwig Willisch will have to wait a bit. For the bloodthirsty, there are signs of some healthy competition and a little bit of green-car sniping between the two automakers. Willisch, speaking at the Detroit Auto Show earlier this month and responding to questions about Tesla, noted (without mentioning that company by name) that the production process of the German automaker's i3 plug-in was "greener" than any other. According to Business Insider, Willisch highlighted the fully recyclable materials used to construct the i3 as well as the hydropower used at the carbon fiber plant in Moses Lake, WA. Willisch also noted that the Tesla Model S is "very heavy on the braking. Our car feels just like a normal car. That's a big difference when it comes to driving," Automotive News said in a separate report. The latter model weighs about a third less than the Tesla, though it also has an EV range about a third as big. The BMW executive did allow that the Tesla did make a good proverbial "snowplow," not for its driving characteristics but for its ability to get more people conformable with electric vehicle technology. Musk was asked about the i3 in an August conference call and laughed before noting that the i3 had "room to improve." No word on whether Musk and Willisch will be sending each other Valentine's Day cards next month.

BMW i3s traction control tech going in all BMW, Mini cars

The BMW i3s is essentially a warmed-up version of the i3 electric car we all know and love. The performance boost isn't huge — just 14 horsepower and 15 pound-feet of torque — but it also gets a new suspension, wheels and tires as well as an improved traction control system. We found the car to benefit from all the updates when we drove it for our First Drive Review, but now BMW has offered up more details on just how the traction control system of the i3s helps make it better to drive. The company says it'll expand the technology to all future BMW and Mini models as well. The i3s's system is calibrated to help it to pull away quickly from a stop, making full use of the instantaneous torque offered by the electric motor. It also improves stability when accelerating out of corners, when using regenerative braking and, of course, when the road conditions are less than ideal. The results are palpable, and with the other improvements the i3s definitely feels stronger off the line, as we found on our drive. It's also about a half-second quicker to 60 miles per hour, at 6.8 seconds. The secret is in the response time of the stability control, which BMW claims is 50 times faster than the conventional system. This is made possible by moving the control process into the powertrain itself, rather than a remote unit. This reduces the signal path and, thus, the response time of the traction control system. BMW's Head of Chassis Development, Peter Langen, said of it, "With their high levels of torque and instantaneous responses to every movement of the accelerator, electric motors already make significantly higher demands on driving stability systems than conventional power units." While engineered to make the most of the electric motor, BMW says the shorter cycles of this traction control system show promise for internal combustion vehicles as well. As such, we'll begin to see the improved technology applied across the BMW and Mini lineups going forward. Related Video: