2006 Mini Cooper S, 6sp Manual on 2040-cars

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Electric Mini tows a Boeing 777 airplane, because why not?

Car manufacturers seem to love hitching up to massive planes. Even Mini is getting onboard with the trend, and it's using a camouflaged version of the electric Mini on its way. Now, we saw the Mini Cooper S E completely uncovered a few days ago in spy photos, so make sure to check those out to see what the car will really look like. If it's the plane pulling you're after, watch the video above. Mini collaborated with Lufthansa on this one. The airliner provided a Boeing 777F freight aircraft for the stunt. That airplane has an unladen weight of approximately 150 tons, or just about 300,000 pounds. Needless to say, it's safely over whatever towing rating Mini is going to give its electric car. This Mini doesn't pull the airplane far, but it's enough to prove the brand's point: Electric equals lots of torque. Like we mentioned before, others have pulled off a similar stunt. A few notable examples include the Toyota Tundra towing the space shuttle for 12 miles, Porsche hauling an Airbus 380 with various Cayennes and then a Tesla Model X pulling a Boeing 787-9 Dreamliner. The Model X is most like Mini's stunt, since it's also an electric vehicle. We'll note that the airplane towed by the Mini is also far lighter than that towed by the Tesla. Still, to have enough torque and traction to move a 300,000-pound airplane is impressive, and if nothing else, it's entertaining to watch. Reports have indicated that the new electric Mini will share the BMW i3's powertrain and battery pack, so that means it may have required only 168 horsepower and 184 pound-feet of torque to pull this off.

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.

The 2017 Porsche 911 RSR goes mid-engine, purists be damned

Porsche unveiled its World Endurance Championship and IMSA WeatherTech Championship competitor with the 2017 911 RSR. And this 911 is different from the rest, as the 4.0-liter flat-six engine powering this beast is in front of the rear axle, not behind it. That's right, this 24 Hours of Le Mans competitor ditches the iconic rear-engine layout. Porsche isn't talking specifics on how exactly things are arranged back there. The engine is new, now based on the 991 911's block instead of the previous Mezger motor that's been used for years. The transmission design is new as well – it would have to be to accommodate the new location relative to the engine. The racecar has been engineered to meet the LM-GTE class, where it will go up against other mid-engine cars like the Ford GT and Ferrari 488 GTE. Moving the engine to the middle has given Porsche the ability to fit the 911 RSR with massive bits of aero, like the humongous rear diffuser that looks like it would be more at home on a machine of war. The only thing that can compete with the diffuser for size is the top-mounted rear wing, which shares a similar design to the one found on the 919 Hybrid. Going back to the engine, the direct-injected boxer motor, depending on the size of the restrictor, generates as much as 510 horsepower and sends all of its fury to the rear wheels. The engine is paired to a six-speed sequential gearbox, which drivers can employ through paddles on the steering wheel. The new engine doesn't have a lot of weight to push around as the 911 RSR, as required by regulations, weighs 2,740 pounds. Speaking of weight, the engine layout isn't the only change for the 911 RSR. For 2017, the car ditches its steel body for one that's made out of carbon fiber. The body attaches to the chassis via quick-release fasteners, making the vehicle easier to service as exterior elements can be removed with minimal effort. The racecar also gets a radar-based collision system – aptly named the "Collision Avoid System" – which is meant to limit the 911 RSR's encounters with faster LMP prototypes. Only time will tell if the new layout and aerodynamic components help the 911 RSR beat its competition. But there will be plenty of opportunities to see the racecar in action as Porsche plans to run the 911 RSR in 19 races during the 2017 season, the first of which will take place at the IMSA opener on January 28th at Daytona, where the racecar will make its track day debut.