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2017 Mini Countryman is even bigger and now has a plug-in model

The least mini Mini is getting, um, less mini. Great, now we're done with the "mini" jokes from here on out. The all-new, second-generation Countryman is wider, longer, and rides on a stretched wheelbase. And oh yeah, the plug-in hybrid is the first electrified Mini since the Mini E last seen in 2010. By adding 8.1 inches of length and 1.3 inches to the width, the Countryman is easily the biggest Mini ever built. As a key-carrying fan of Mini's older pint-sized models, this is a disappointment. But the size increases pay dividends in the cabin, making this effectively the first Mini that won't result in assault charges for forcing passengers to ride in the back. The 2.9-inch stretch in the Countryman's wheelbase contributes to a hefty 3.8-inch jump in second-row legroom, and there's around two inches of extra shoulder room in both rows. There's a bump in cargo volume, too. Trunk space increasesby 1.1 cubic feet with the second row up, and 5.4 cubic feet with the back seats folded down. That cargo space is easy to reconfigure, too, with a 40/20/40 split in the seats and up to five inches of fore/aft movement. So yes, the Countryman is an annoyingly large Mini, but it's inarguably the most versatile and family friendly vehicle ever built by the British brand. Whether the overall dimensions please or anger you, everyone can get excited by the changes under the hood. Leading the pack is the first-ever hybrid Mini. Called the Cooper S E Countryman All4, Mini paired its excellent 1.5-liter, turbocharged three-cylinder with a 7.6-kilowatt-hour lithium-ion battery and an 87-horsepower electric motor for total output of 221 horsepower and 284 pound-feet of torque, which is enough for a brisk 6.8-second run to 60 miles per hour. Fully charged from the plug on the driver's side front fender, the latest electrified Mini can cover 24 miles at up to 77 miles per hour. We like that kind of balance. But while the Cooper S E Countryman is almost certainly very efficient, there are a few sacrifices. The biggest is the 9.5-gallon fuel tank, which is far smaller than the standard car's 16.1-gallon tank. That's not a problem if you have time to charge regularly, but it will be an annoyance on sustained road trips. Like the BMW X5 xDrive40e, the Countryman PHEV will feature three separate powertrain modes. Auto eDrive leaves things up to the car's computers, Max eDrive forces the car to run on electrical power alone, and Save Battery does exactly what it says.

BMW chooses Tesla's Supercharger network for its future EVs

BMW, following the lead of many other automakers, has confirmed this week that it will adopt the North American Charging Standard (NACS), delivering EV drivers in the U.S. and Canada access to Tesla’s Supercharger network. The move goes a step further in cementing NACS as the universal system of choice. The conversion to Tesla plugs will begin formally in 2025 for BMW, as well as its Mini and Rolls-Royce brands in the U.S. market. Those marques now use the Combined Charging System (CCS) for EV charging. “It is our top priority to ensure that our drivers have easy access to reliable, fast charging," said Sebastian Mackensen, President & CEO, BMW of North America. NACS, which began as began as TeslaÂ’s proprietary charging connection, rapidly has become the new standard in its native land after Ford announced it would adopt it this past summer. This was quickly followed by General Motors. Since then, brands including Rivian, Mercedes-Benz, Volvo, Nissan, Polestar, and Jaguar have climbed d on board NACS. Earlier this month, the Hyundai Motor Group announced it would also provide customers with the NACS connector across its namesake, Kia, and Genesis marques. BMW says it will work across its three marques in the coming months to ensure a smooth transition to TeslaÂ’s charging network by early 2025, and owners will be able to pay for charging using their respective vehicle brandÂ’s own app. Related Video: How to charge a non-Tesla on a Supercharger

British company announces turn-key EV conversion kit for classic Mini

Swindon Powertrain unveiled a turn-key EV conversion kit that makes electrifying a Mini built between 1959 and 2000 relatively easy. It bridges the gap between the original model and the Cooper SE released earlier in 2020. Available in December 2020, the kit consists of an electric motor mounted on a modified Mini front subframe, and purpose-designed inner CV joint housings designed to work with regular-production half shafts. Swindon notes no modifications are required; installing the kit requires removing the original front subframe, probably selling the stock engine and the transmission in the local classifieds, and bolting the new subframe to the Mini's body. Rated at 107 continuous horsepower, but programmed to offer a peak output of 160 horsepower, the motor spins the front wheels via a single-speed transmission, which seemingly settles the debate over magic wand, direct, and remote gear changes. It offers more power than any four-cylinder fitted to the Mini by the factory. After tightening the subframe bolts, owners need to source additional powertrain components, like the battery pack, the motor controller, the on-board charger, and the DC-DC converter. All of these parts are available directly from Swindon Powertrains, or from a growing list of aftermarket vendors, but they're not included in the kit. Electric technology isn't cheap, and Swindon's kit is no exception. It's priced at GBP8,850 (about $11,500) before taxes and shipping enter the equation, meaning it's more expensive than rebuilding an original four-cylinder engine. Viewed in this light, electrification is better suited to some of the high-zoot custom builds (like the stunning Remastered available from David Brown Automotive) priced in the six digits than to a beater 1980s City model.