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Production Mini Rocketman still in the cards, but not without a partner

There's not really any way around it - the new Mini Hardtop isn't all that mini. Considering its supposed to be the smallest model in the brand's lineup, this is hardly desirable. It's good news, then, that rumors are cropping up of a smaller Mini, based on the well-received Rocketman Concept that debuted in 2011 at the Geneva Motor Show.
The report, which comes from our friends at AutoGuide, claims that a production Rocketman is still on the radar of Mini's product chief, Pat McKenna, despite being officially on hold. As Mckenna explained it to AG, "the only way it would happen would be if it was a partnership with another company."
See, the problem is that Mini's current UKL platform, which underpins the new Hardtop along with the future Mini range, is too large for the tiny Rocketman. And since developing new platforms isn't as easy as popping down to the shops for a gallon of milk (nor as cheap), it makes the need for an ally to split the costs a necessity. Success, so far, has been limited.

2020 Mini E caught in the Alps with concept looks

The upcoming full-electric 2020 Mini E hatchback has been spotted in the wild, specifically the Alps. One of our spy photographers caught it while recharging. Fans of the concept shown at the 2017 Frankfurt Motor Show will be pleased to see that this more production-ready car takes many cues from the show car. Unsurprisingly, the car does look pretty much the same as the standard Mini Hardtop. It has the round lights, broad grille section and upright Mini body. Differences show up first with the grille. Most of it is solid, which is understandable since an electric car typically doesn't need the amount of airflow an internal combustion car needs. There is a strip in the middle that is open, evident by circular cutouts. This is also a design that was featured on the concept, in which the two halves of the grille were solid, with an open slot dividing them. The rest of the bumper appears to be the same one used on the standard Mini Cooper Hardtop. The sides of the car also seem to be identical to the normal Minis, but the wheels are unique to this electric iteration. They're cool four-spoke alloys that have aren't completely symmetrical. Three of the spokes are open and finished, but one has some additional metal, and it seems to connect with the center section where the lug nuts are. There will probably be a cover that goes over these sections. The overall look is directly taken from the Frankfurt concept. At the back, the electric Mini still looks like a Mini, but with no provisions for an exhaust pipe. It also uses taillights from the pre-refresh model, but with some neat hexagonal texture on the lens. These will probably be replaced by the new Union Jack taillights, though. The interior continues the current Mini looks. The seats do have an interesting upholstery. It looks a bit like a gray denim. This production Mini E Hardtop should arrive sometime next year, in keeping with BMW's promise made with the concept car's reveal. Specs are unknown, but we hope it will be comparable in power with the original Mini E introduced for the 2009 model year. That car had an impressive 204 horsepower and 162 pound-feet of torque. Hopefully the new model will also improve on the old car's range, which was about 150 miles according to BMW. Related Video:

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.