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Mini John Cooper Works Paceman is a potent little hot hatch in a fat suit

If there's one thing we're never going to complain about, it's that Mini has found it necessary to put the John Cooper Works treatment on every single one of its models. We love the JCW package across the board, and the final installment of the high-performance chapter (for now, anyway) comes in the form of the John Cooper Works Paceman, debuting here at the 2013 Detroit Auto Show.
The John Cooper Works formula hasn't been altered in any way here, and like the JCW Countryman on which the Paceman is based, it comes standard with Mini's All4 all-wheel-drive system. We're sure it'll be a total hoot, and with 218 horsepower and 221 pound-feet of torque on tap, how could it not?
Look for the Mini JCW Paceman to hit dealerships in March of this year. Need to know more? Scroll down.

Mini JCW Convertible spied looking cold

The Mini Convertible John Cooper Works has stripped off almost all of the camo it was wearing when we last saw it a few months back. There's not much left to the imagination anymore, and all that remains are some swirls to hide a little of the hood and rear. As expected, the entire front end, rear bumper, central exhausts and subtly flared wheel arches come directly from the JCW take on the two-door Hardtop. Except for the Convertible's repositioned antenna and lowering top, the two models are essentially the same on the outside. With the standard, third-gen Mini droptop not actually unveiled yet, all of the camouflage at the back is likely there to hide the way the roof folds down. Under the hood, expect the latest JCW 2.0-liter turbocharged four-cylinder producing 228 horsepower and 236 pound-feet of torque with a choice of six-speed manual or automatic gearboxes. Of course, the Convertible also adds the thrill of tipping the throttle with the top down. Mini hasn't hinted at a reveal date for the latest Convertible yet. However, these shots suggest development is at a fairly advanced state, so an official debut is likely not too far off. Related Video:

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.