2003 Mini Cooper S Hatchback 2-door 1.6l on 2040-cars

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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.

Mini Electric Pacesetter will lead Formula E, hints at future JCW cars

Just a few days ago, Mini teased a wild electric hatchback with pace car-style lights. And just as we expected, it's the new safety car for Formula E. It's called the Mini Electric Pacesetter inspired by JCW, which is a mighty long name for such a little car. It looks like a blast, and although it's not exactly a production car or the direct forebear of a car that will be offered, it does hint that there will be high-performance electric Minis. Don't just take it from us, take it from the man in charge of Mini, Bernd Korber: "But it does reveal one of the directions we could take with the electrification of the JCW brand. For me, the message is clear: Electrification and John Cooper Works are a good fit." Mini made some major modifications to the Pacesetter to get it ready to lead race cars. It weighs 287 pounds less than the Mini Cooper SE that it's based on, giving it a total weight of 2,712 pounds. Much of that weight loss comes from the gutted interior, which now has a welded-in roll cage, race seats and six-point harnesses. While not particularly related to weight saving, the seats also have a neat 3D-printed material for the cushions that can be made in different colors and densities. The electric motor and battery are unchanged at 181 horsepower and 199 pound-feet of torque, but the weight loss means that it hits 62 mph in 6.7 seconds, an improvement of 0.6 over the road car. Handling and braking are upgraded with racing coilovers that have adjustments for compression, rebound, camber and ride height, as well as four-piston brake calipers. Mini John Cooper Works GP forged four-spoke wheels are fitted with 245-mm Michelin Pilot Sport tires. The wider track from the wheels necessitated the unique 3D-printed carbon fiber fender flares. The rear wing, which is similar but not identical to the GP unit, is also made of 3D-printed carbon fiber material. Splitters, side skirts and a large rear diffuser round out the aerodynamic tweaks. The car will make its racing debut at the Formula E event in Rome on April 10. And we hope we won't have to wait too long for an electric John Cooper Works model to reach the public. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

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.