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Junkyard Gem: 2011 MINI Cooper Clubman

The original BMC Mini changed the automotive world forever in 1959, staying in production in essentially the same form all the way through 2000. Its innovative transverse-mounted engine and front-wheel-drive transaxle became the layout for most cars built in the world today, and its cheap price tag put millions of new drivers on wheels for the first time. Like the Volkswagen Beetle and Fiat 500, it was inevitable that the shape of such an iconic machine would be applied to a modern platform for the retro-ization craze of the late 1990s and early 2000s, and that's just what happened when BMW ended up owning the Rover Group. The BMW-built MINI Hardtop first appeared on our shores for the 2002 model year, and used-up examples of these cars are now extremely plentiful in self-service wrecking yards across the continent. The Cooper Clubman, which debuted here for the 2008 model year, has been a rare sight during my junkyard travels, and so I documented this one in Denver a few weeks ago. The Clubman wasn't quite as nimble and easy to park as the regular Cooper, but its increased cargo capacity and split rear doors made it a lot more useful for trips to the big-box store. It also offered more space for rear-seat passengers, and the right-side suicide rear door made it much easier to get into the back seat (on that side). The new MINI started out much larger than the clown-car-tiny old Mini, anyway. The added usefulness and more recent release of the Clubman have made it an uncommon sight in American car graveyards. This one was uncrashed and still had the original manuals inside, which suggests that some owners of first-generation (2008-2014) Clubmen are no longer willing to pay for major mechanical repairs when needed. We'll see how this sorts out during the next few years. As the owner of a 2000s wagon with a manual transmission, I applaud the original purchaser of this wagon for the choice of three-pedal setup. The interior looks to have been fairly tidy before junkyard shoppers tore it apart. The Colorado toll-road transponder suggests that this machine was a well-cared-for commuter for its decade on the road, but proved to be not worth repairing when some major component failed. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The future will look exactly like the MINI CLUBMANIA human-scale pinball machine. This content is hosted by a third party.

2020 Mini E spy photos reveal its interior

The 2020 Mini E electric hatchback has been spied once again. It doesn't reveal much on the outside, in fact it actually shows less than the last time, since this one doesn't have the groovy concept-inspired wheels. But our spy photographer managed to get a good shot of the interior, which reveals some neat details. Chief among the interior's changes is the instrument panel on the steering column. While current gasoline-powered Minis have a typical needle-and-dial set of gauges on the column, those have been replaced by a thin screen. In an effort to keep it from looking too out of place, it has semi-circle ends and a chrome ring around the screen. Odds are that the actual screen will likely be in the middle, and additional warning and indicator lights will fill up the circular ends. Other than the screen, the only other major change is the shifter. Instead of the round leather knob of conventional automatic Minis, it has a more rectangular knob made entirely of plastic. The rest of the Mini's interior is like any other current model. The vents, controls and infotainment are all taken right from the other Minis. Interestingly, this Mini E has carbon fiber interior trim. This will probably be an option, not standard equipment. We expect the electric Mini Hardtop will make its debut sometime next year. If we're lucky, it may make the same 204 horsepower and 162 pound-feet of torque as the original Mini E and more than that car's 150 mile range. Related Video:

Mini recalls nearly 100,000 cars for potential electrical fire risk

Mini is recalling more than 97,000 cars to address a potential fire risk. The recall covers the 2008-2014 Mini Clubman (including Cooper, Cooper S and John Cooper Works models) and the 2007-2013 Mini Hardtop 2 Door (again encompassing Cooper, Cooper S, John Cooper Works variants). In both models, a control module beneath the driver-side A-pillar is susceptible to water intrusion under certain circumstances. If the electronics inside are exposed to water, a short circuit may occur, which Mini says could lead to a "thermal event" — engineer speak for "fire." While Mini says there are multiple circumstances under which the module can become compromised, the recall is currently limited to models sold in climates where the use of road salt is prevalent. In this environment, road salt entering the cabin via normal means (read: your boots) can accelerate corrosion if water is getting into the cabin. How might that happen? Mini says a common culprit is its own sunroof drain. Here's the full explanation, lifted directly from Mini's defect report: This safety recall involves the Footwell Control Module (FRM), an Electronic Control Unit (ECU) which controls various lighting and power window functions, and is installed near the bottom of the driverÂ’s side A-pillar behind an interior trim panel. Due to several contributing factors (environmental, certain US StatesÂ’ wintertime road treatment, vehicle design configuration and age), over time, the FRM could become susceptible to corrosion. For vehicles equipped with a sunroof, after a multi-year period involving large temperature changes, multiple freeze/thaw cycles can cause the vehicleÂ’s sunroof drain hose to become damaged, loosen and eventually detach from the drain pipe within the A-pillar, which could allow water to enter the vehicle interior. In certain US states, large amounts of road salt may be utilized during their wintertime road treatment activities. If water were to enter the interior, then in combination with road salt that may be present in the footwell, this could create an electrolyte solution. If this solution were to contact the FRM then, over time, this could lead to corrosion, possibly resulting in a short circuit. In rare cases, this could lead to a thermal event.