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Mini headed to North Pole to meet Santa Claus

It seems that retailers are bringing out the Christmas decorations earlier each year, but Mini's premature holiday spirit could be one for the record books. The day after Black Friday, the "Mini Goes to Santa Claus" adventure will depart from BMW headquarters in Munich, Germany and head up Rovaniemi, Finland (just outside the Arctic Circle) to deliver Christmas letters to Santa Claus -he must have an mail outpost here for his North Pole workshop. Guinness World Records is also getting involved with this trek, by competing for a for the longest-ever wish list to Santa.
Mini has assembled teams of vehicles from 16 countries consisting of all of its current models to drive the almost 1,900 miles. Although it won't be a part of the convoy, the Mini Paceman will be in Rovaniemi to welcome the groups along with former rally driver Rauno Aaltonen who will "demonstrate his unequalled talent" while driving the Paceman. We're not exactly sure what this means, but snowy climates and rally drivers always seem to be a recipe for great entertainment to us.
Scroll down for Mini's press release, but we'll have to wait until later in the month to see what should be some pretty cool pictures of the trip.

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:

Mini Countryman PHEV caught at electric watering hole

Our spy photographers have once again found the next generation Mini Countryman out testing in the wild. This time, they caught it replenishing its thirst for electrons. Although we knew some sort of hybrid Countryman was coming, this confirms its existence and plug-in capabilities beyond any reasonable doubt. Like the rest of the Mini lineup, this new Countryman will be noticeably larger than its predecessor. It also appears to feature a larger, more aggressive grille and lower intake vents. Other than that, the car appears to be quite evolutionary in design. Our spy photographers expect the plug-in hybrid Countryman to debut in 2019 powered by a combination of the 1.5-liter turbocharged three-cylinder and an electric motor. We have also predicted that the gasoline engine could power the front wheels while the electric motor (or motors) powers the rear wheels, which together could provide all-wheel-drive and 240 horsepower. Related video: