2011 Mini Cooper Hardtop on 2040-cars

Auto blog

Evo's Mini-focused tribute to Best Motoring is the best thing you'll see all day

Our friends at Jalopnik are absolutely spot on with their argument that "your life is shit" if you've never experienced Japan's outstanding Best Motoring. The show is easily one of the best car-related things on the Internet, taking the creme de la creme from what is now known as the Super GT series, as well as D1 drift and other disciplines, and plopping them in some of the finest cars of the 1990s and 2000s. Seriously, go and check it out. Back? Good. In honor of Best Motoring, Evo has put together its own tribute (some might call it a cover version) of the video series, assembling four drivers and four cars for an all-out track battle. The vehicles in question all sport the Mini badge, and they run the gamut from hot road cars to one-make racers. First, we have Andy Wallace and the best car of the bunch, a 2006 John Cooper Works GP (full disclosure: your author owns an R53 and will never be convinced that it isn't the finest example of the revived Mini, because supercharger). He'll be followed by Marino Franchitti in R56-based, 2013 John Cooper Works GP, while Dickie Meaden and Jethro Bovingdon are in the race-prepared, second-generation Mini Challenge JCW and third-generation Mini Challenge S275, respectively. Everything from the track action (which we won't spoil for you), to the camera work to the pre-race introductions is spot on, just like we'd expect from Best Motoring. It's outstanding, and you should be sure to take a look at it straight away.

Next-generation Mini Clubman could morph into a crossover

Mini knows selling station wagons in a market dominated by crossovers and SUVs is easier said than done. Since it can't beat them, it's considering joining them by making the next-generation Clubman more crossover-like than the current model, which proudly embodies its station wagon heritage. Oliver Heilmer, the BMW-owned firm's chief designer, broke the news to British magazine Autocar. The publication pointed out the current-generation Clubman (pictured) is about as long and as wide as the Countryman, and the two models occupy the same price bracket, but it's outsold by its taller sibling. Making it an SUV would certainly give sales a significant boost, but where would this strategy leave the Countryman? Launching a smaller soft-roader is off the table, so one nameplate would grow in size. The Clubman might take the Countryman's spot in the range, allowing it to move up. Nothing is set in stone yet, though putting the Clubman on stilts would better align it with the tastes of motorists in America, one of the brand's key markets. While Mini's sole wagon looks ready for a growth spurt, Heilmer stressed the retro-styled Hardtop — one of the brand's pillars — will remain true to its tiny roots when it enters its fourth generation in the coming years. Keeping the hatchback relatively small while carving out an acceptable amount of interior space and making it compliant with safety regulations around the globe is a huge challenge for Mini's vehicle development team. And, contrary to some industry rumors, going electric doesn't instantly solve the problem. "It's not necessarily the internal combustion engine that needs the space. Even with an EV, which has a smaller motor, you still need a crash box. Crash performance is the bigger issue," the designer explained. He's hopeful his team will solve this problem in 2020, but he warned keeping costs in check is another priority. Clearly, designing a city-friendly car is more difficult than it used to be. New technology might come to the rescue. Energy-absorbing foam could notably take the brunt of an impact, and allow designers to reduce the Hardtop's overhang. Other models would likely receive it, too, but Heilmer's team is primarily concerned about keeping the Hardtop's footprint in check. The rest of the range can — and, probably, will — continue to grow in the coming years. All told, the Hardtop will remain the foundation the rest of Mini's range is built on.

Mini Cooper SE Prototype First Drive Review | This electric hatch is a suburban belter

MUNICH, Germany — A battery-electric Mini SE? Haven't we been here before? Well, yes: A decade ago, as part of its "i Project," BMW conducted a worldwide field trial of some 750 lithium-ion battery equipped two-door Mini Coopers. It was launched at the 2008 L.A. Show, and the lithium-ion battery pack took up most of the space normally occupied by the rear seats. Nevertheless, interest in the 450 lease vehicles offered in the U.S. (at $850 a month) was strong, with more demand than cars available. One result of the 2008-2011 trial was parent company BMW learned that the average owner of a two-door Mini drives about 25 miles a day, and the company is hoping the battery Mini will be an ideal (sub)urban-run-around for two- or three-car families. Now BMW is about to launch a production Mini EV (based on the two-door model, but with the full complement of four seats), which goes on sale at the end of the year. This will join the Mini Countryman All4 plug-in hybrid in the electrified Mini stable, but while the Countryman has an EV range of about 12 miles, this battery Mini will travel around 120 miles on a single charge. The reason we can't be too definite about the new Mini's capabilities is that BMW isn't allowed to "advertise" the car this far in front of its on-sale date. We caught up with the prototype model, mummified in camouflage tape, at an off-the-road driving event held at BMW's Munich driving center on the former military air base of Furstenfeldbruck, now known as Maisach. The drivetrain is based on the middle model of BMW's i3 range, the i3S, with its 135 kilowatt/181 horsepower motor and 94 amp-hour, 33 kilowatt hour battery. The battery is a 96-cell lithium-ion unit from Chinese supplier CATL instead of BMW's previous supplier, Samsung, and it weights 441 pounds. Unlike the team-built, mainly carbon-fiber i3, the Mini is a standard three-door model that runs down the production line in Oxford, with a metal subframe that houses the electric motor, inverter, transformers, and control electronics so they can be slotted into place like a conventional driveline. We can extrapolate a few things about the Mini from the BMW i3S. As well as its working range of 120 miles, the i3S has a top speed of 100 mph and will accelerate from 0-62 mph in 7.7 seconds. With over 360 pounds more to pull about, the 2,998-pound Mini EV will be slower, with less range, especially if used in cold conditions.