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Utah man builds iRacing simulator inside 2005 Mini Cooper S

Brent Cheney is an artist and part-time racer who used to own a tuning shop for time attack cars. That's why, when he decided to get into iRacing and wanted an immersive simulator, he wouldn't settle for mere technical excellence. As first covered by Salt Lake City's KSL news, then in more detail by Motor Authority, Cheney decided he wanted to cut a car into pieces, and rebuild it in the basement of his Salt Lake City, Utah house with a racing sim inside. He needed "the right aesthetic," ruling out something like a Toyota Corolla, but he refused the sacrilege of cutting up anything too precious to an enthusiast. After narrowly missing out on buying a 1999 BMW M3 convertible, then turning to a Mitsubishi Eclipse done up in splashy green like Brian O'Conner's car in the original "Fast and Furious," he ended up with a Mini Cooper. The Brit was a better choice than the German and the Japanese, in fact, thanks to a hardtop that would create a dark enclosure, and seams and shutlines in the right places to hide the necessary cuts.  Cheney found a 2005 Cooper S that had been junked over an engine issue, getting the coupe for $1,000 and parting out the internals he didn't need for the same $1,000 he paid. After watching a YouTube video on how to cut a car, he dismembered the Cooper into seven pieces with a cordless reciprocating saw wielding a Diablo Steel Demon 6-inch blade, and carried the pieces into his man cave. He reassembled those pieces on a wood base with the aid of 200 brackets and many more sheetmetal screws, nuts, and bolts. Once the car was put back together, body parts and trim pieces hid all the seams. Before reinstalling the interior, the artist laid in the sim equipment. After doubling the minimum requirements for iRacing, Cheney's system included an Intel Core i9 8-core processor NVIDIA GeForce RTX 2080 8 GB Founders Edition video card running Windows 10 inside a Thermaltake PC case under the Cooper S hood, as the new "engine." A Fanatec Podium DD1 direct-drive steering column and wheel and Fanatec V3 pedals went in the cabin, along with a Harman Kardon home theater 5.1 surround sound system. He mounted the wheel on the Mini's steering column with a fabricated adapter, put the Fanatec pedals where the car's pedals had been, put a ButtKicker Mini transducer in the original Mini seat for extra realism, and hid all the wiring beneath the carpet and interior trim components.

2020 Mini Cooper SE promises electrified 'go-kart feeling'

Mini calls its new Cooper SE "the first solely electrically powered model of the British brand." We're pretty sure that the 500 U.S. owners of the Mini E from 2008 would disagree, but there's no questioning the fact that this new Cooper SE is a better vehicle and one that was designed from the get-go to incorporate batteries and an electric motor. That electric motor sends 181 horsepower and 199 pound-feet of torque right from zero rpm to the front wheels. We expect the motor is borrowed from the rear-wheel-drive BMW i3s. Mini says the Cooper SE is limited to a top speed of 93 miles per hour, that it'll do 0-62 miles per hour in 7.3 seconds and that its "innovative driving dynamics system with wheel slip limiting close to the actuator" (whatever that means) will offer "particularly intense and unmistakable agility, known as the go-kart feeling." We look forward to driving the Cooper SE and putting those statements to the test. The Cooper SE offers four driving modes: Sport, Mid, Green and Green+, in descending order of sporty to efficient. There are also two levels of brake regeneration. A 6.5-inch screen (a larger 8.8-inch unit is optional) inside displays powertrain information and offers suggestions to improve efficiency, and the standard navigation system features a range circle so drivers know how far they can travel at the current state of charge. Power comes from a 32.6-kWh lithium ion battery pack that Mini says is "situated deep in the vehicle floor" to ensure a low center of gravity and luggage space that's equal to the gas-powered version. Mini quotes a range of 235 to 270 kilometers (146 to 168 miles) "based on the new WLTP test cycle and adapted to NEDC for comparison purposes." We can expect official U.S. range figures to be down a bit from there. Suffice it to say, the Cooper SE won't come close to the 226 miles of range offered by the Nissan Leaf E+, let alone the 238 of the Chevy Bolt or 258 of the Hyundai Kona Electric. It's easy to tell the Cooper SE apart from gas-powered Minis. The grille has a much smaller opening than other Mini models — the electric powertrain doesn't have the same airflow requirements as a gas engine — and the bodywork is highlighted with yellow accents on the grille, wheels and mirror caps. Plus there's a cute little plug icon on the tailgate near the Union Jack-shaped taillights. The charge port is located just above the passenger-side rear wheel, right where the standard model's gas cap would be found.

BMW will electrify all brands and model lines, including Mini

BMW has announced that it plans to produce a fully electric version of the three-door hatchback Mini. The car will go into production in 2019, and the battery electric drivetrain will be produced at BMW's Bavarian facilities, then transported to Plant Oxford where it will join the cars. BMW says there will remain a diesel variant in addition to the petrol, plug-in hybrid, and EV versions of the Mini. No prototype shots have been released of the upcoming cars; the current one was unveiled in late 2013. The UK production location isn't the only place where BMW builds Minis, as the former Volvo/Mitsubishi/Smart NedCar plant in the Netherlands has been tooled to build some of the 360,000 Minis built yearly. According to the BBC, UK Business Secretary Greg Clark considers the choice to build EV Minis in Britain a "vote of confidence" despite Brexit, and that it would see battery technology development boosted in the UK. By the time the EV version starts production, UK will likely have already left the European Union. The electrification of the Mini is part of BMW Group's continuing addition of full-electric or plug-in versions to all its brands and model series. Of all the vehicles it will sell in 2025, 15-25 percent will be electrified in one way or the other. Similarly to Volvo, BMW sees flexible production to be in a key position in the future: The facilities would have to be able to build all versions at the same time, as markets fluctuate depending on incentives and infrastructure. If EVs sell strongly, the production process can quickly respond to the demand. An electric Mini underwent trials back in 2008, so the full-scale production vehicle would have over a decade's worth of engineering behind it. Green BMW MINI mini ev bmw group