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Meet Vini, the V8-powered second-generation Mini Hardtop

There are several ways to extract horsepower from a Mini Hardtop, and most are far more straight-forward than squeezing a V8 engine under the clamshell hood. And yet, at the request of a client, England-based EDM Racing is well into the process of doubling the retro-styled hatchback's cylinder count while making it rear-wheel drive. Amusingly called Vini, the V8-powered Mini started life as a 2007 Cooper S. It had a little over 100,000 miles on its odometer when David Power, the managing director of suspension bushing expert Powerflex, instructed EDM Racing to prepare it for an improbable engine swap. As mechanics stripped it to the bare metal, Power sourced a 4.0-liter, 415-horsepower V8 and a matching seven-speed automatic transmission from an E92-generation BMW M3 and began figuring out how to make it fit into a city-friendly hatchback delivered new with a 172-horsepower, 1.6-liter four-cylinder engine. Installing the new drivetrain directly behind the front seats would have likely been the easiest solution from a packaging standpoint, but the team decided to keep the front-engined layout. The conversion consequently required chopping out significant chunks of the Hardtop's firewall and floor, so EDM Racing started by designing and welding in a roll cage to maintain the car's structural integrity. The firm then installed modified front and rear subframes from a Subaru Impreza to keep the four wheels in their original position, or as close to it as possible. Power stressed he wants Vini to look nearly stock, especially when it comes to its track width, meaning punching out the wheel arches Renault 5 Turbo-style was out of the question.  The V8 fits surprisingly well in the Mini's engine bay, and it keeps the car's weight distribution in check. Power originally considered using a Subaru-built flat-four or a straight-six from an earlier M3, but both would have put too much weight ahead of the front wheels. Installing the automatic transmission was more difficult, however. "Making it all work in an OEM fashion will be a challenge for sure, but no more so than the most galling part of the project so far: Chopping out a transmission tunnel wide enough to accept the Getrag. I was aware of the dangers associated with cutting too much away and removing integral strength from the shell in the process, hence why we tackled the job in set stages and with the cage [installed]," EDM Racing's Elliott Dunmore explained.

Mini attempts first-ever backflip in a car

Not too long ago, the idea of doing a backflip seemed almost impossible on two wheels let alone four, but now the stunt is routinely performed using everything from dirtbikes to monster trucks. Now Mini is getting into the game by attempting to perform a backflip with French stuntman Guerlain Chicherit behind the wheel of a highly modified Countryman, which it claims is the first-ever attempt at doing so with a car.
Another unique element of the jump that Mini is claiming is in regards to the ramp. Past automotive backflips, including Rhys Millen's 2009 jump to ring in the New Year, have used special ramps that help rotate the car, but the ramp Chicherit uses is "unassisted" and the backflip is attempted using only "a gas pedal and a prayer" according to a Mini spokesman for the event.
The video posted below is only a teaser showing the car launch up into the air, but while we have to wait until February 10 to see the final result, it sounds like the landing was a success. According to the Chicherit's Facebook page, practice for the stunt took 18 months of work with "lots of crashes."

Mini goes all Occulus Rift with Augmented Vision glasses [w/video]

If April Fools' Day hadn't already passed, this might have come off as a joke. For the upcoming Shanghai Motor Show, Mini has a prototype for an augmented reality system, and the tech looks absolutely bizarre. Developed in conjunction with Qualcomm, driver's don goggles that look like a cross between Google Glass and something a World War I aviator might wear, and being behind the wheel suddenly becomes almost like a video game. Called Augmented Vision, some of its features are similar to contemporary HUD systems, with displays of vehicle speed and navigation data, but this literally puts the info right in front of the driver's eye. There're sci-fi features too, like displaying floating arrows on the road to indicate where to turn to reach a destination, and perhaps coolest of all, the X-ray view lets you look through the car's doors and pillars to see outside. As a prototype, we wonder how much of this is nearly possible today and what's pure fantasy. See Mini's idea for the future of motoring for yourself in the clip below. Hopefully, we don't all have to wear such goofy looking glasses foe future tech, though. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. MINI AUGMENTED VISION: A REVOLUTIONARY DISPLAY CONCEPT OFFERING ENHANCED COMFORT AND SAFETY. Exclusive prototype of augmented reality eyewear underlines the innovative flair and creativity of the MINI brand. Munich, Germany, April 9, 2015. MINI is revealing the shape of things to come at the Auto Shanghai show with a pioneering innovation. "MINI Augmented Vision gives an insight into how intelligent connectivity between a MINI car and eyewear into which relevant content is projected might work in the future," explains Dr. Jorg Preissinger, project-manager MINI Augmented Vision, BMW Group research and technology. "Working with several Qualcomm companies, we have created an interlinked system and augmented reality eyewear with a characteristic MINI design that revolutionise the experience both in and outside the vehicle. This prototype with its customised, interactive functions succeeds in fusing augmented reality with the brand's trademark sense of lifestyle." Using see-through technology, the AR eyewear shows relevant information in the driver's direct field of vision but without concealing other road users, thereby serving to increase safety and comfort while driving.