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Electric Mini tows a Boeing 777 airplane, because why not?

Car manufacturers seem to love hitching up to massive planes. Even Mini is getting onboard with the trend, and it's using a camouflaged version of the electric Mini on its way. Now, we saw the Mini Cooper S E completely uncovered a few days ago in spy photos, so make sure to check those out to see what the car will really look like. If it's the plane pulling you're after, watch the video above. Mini collaborated with Lufthansa on this one. The airliner provided a Boeing 777F freight aircraft for the stunt. That airplane has an unladen weight of approximately 150 tons, or just about 300,000 pounds. Needless to say, it's safely over whatever towing rating Mini is going to give its electric car. This Mini doesn't pull the airplane far, but it's enough to prove the brand's point: Electric equals lots of torque. Like we mentioned before, others have pulled off a similar stunt. A few notable examples include the Toyota Tundra towing the space shuttle for 12 miles, Porsche hauling an Airbus 380 with various Cayennes and then a Tesla Model X pulling a Boeing 787-9 Dreamliner. The Model X is most like Mini's stunt, since it's also an electric vehicle. We'll note that the airplane towed by the Mini is also far lighter than that towed by the Tesla. Still, to have enough torque and traction to move a 300,000-pound airplane is impressive, and if nothing else, it's entertaining to watch. Reports have indicated that the new electric Mini will share the BMW i3's powertrain and battery pack, so that means it may have required only 168 horsepower and 184 pound-feet of torque to pull this off.

Psychology can wipe out 20-25% of your EV's range

There are two primary takeaways from a recent study of electric-vehicle driving habits in Germany. One: an electric vehicle with 25 percent of its battery charge left creates the same reaction in drivers as the fuel needle on "E" in a gas-powered car. Two: familiarity breeds comfort. The study, conducted by Germany's Technische Universitat Chemnitz and funded by the German Federal Ministry for the Environment, Nature Conservation and Nuclear Safety, put some real numbers on the concept of "range anxiety." According to Green Car Congress, that anxiety truly kicks in when there's less than a quarter of the driving range left on an EV's battery and the study found that a typical car's range is "shortened" by a 20 to 25 percent "psychological safety buffer." If we take the popular Nissan Leaf as an example, the official 84-mile single-charge range is really closer to 63 miles in the head of the driver. The longer the driver spent in the EV, the shorter his mental buffer became. The study was culled from data involving just 79 drivers who tooled around Berlin in Mini E EVs for about six months, collectively putting a quarter-million miles on the electric vehicles. The good news is that the longer the driver spent using the EV, the shorter his mental buffer became, which meant he could comfortably get more miles from the car. So, to all you EV advocates out there, know that once drivers spend some time with an EV, they get more and more used to what the car can do. It's a lesson we've learned before. Just remember that to new EV drivers, the single-charge range is a lot smaller than the one old-timers see.

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: