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2020 Mini Clubman John Cooper Works First Drive | Personality at a price

An abundance of power isn’t typically associated with products named Mini Cooper. Even the John Cooper Works (JCW) editions have most recently been making do with 228 horsepower from their turbocharged four-cylinder engines. ThatÂ’s plenty to feel quick and sprightly, but drag races still havenÂ’t been kind to high-performance Minis. Things are different with the 2020 Mini Clubman John Cooper Works. It has a 2.0-liter turbocharged four-cylinder that makes a rowdy 301 horsepower and 331 pound-feet of torque. ThatÂ’s good for a 0-60 mph run of just 4.6 seconds, which is sufficiently spicy for our tastes. This being the Clubman, itÂ’s more of a pocket rocket that doesnÂ’t quite fit in your pocket. Its four doors and quirky barn door hatch opening gives it far more utility than the much smaller two- and four-door Hardtops. Still, the Clubman is a small car, based off a BMW platform that underpins a variety of BMW Group front-drive-based cars and SUVs. From a size and shape perspective, itÂ’s most like the BMW X2. The quick X2 M35i and JCW Clubman even share an engine. As weÂ’ve come to expect from John Cooper Works Minis, this new one is full of performance extras. The new engine has a stronger crankshaft, new pistons, connecting rods and a lower compression ratio (10.2 to 9.5) to better suit the increased boost pressure. A larger turbocharger is also fitted with a blow-off valve that Mini says contributes to its better response. The much more powerful engine is paired with a new JCW-specific exhaust that is livable when driving conservatively, but raucous and in your face once you dip into the throttle a little deeper. As standard, the JCW Clubman is paired with an eight-speed automatic transmission that brings launch control with it. No manual is available, and thatÂ’s a shame. Mini has kept the stick shift around for longer than many car companies, and its absence from the enthusiast-focused JCW Clubman is a big disappointment. ThereÂ’s a mechanical limited-slip differential up front integrated with the automatic transmission, allowing torque to be shifted from one wheel to the other should one begin to slip. On top of that, the JCW Clubman also comes standard with all-wheel drive. Like all-wheel drive Minis before it, if the front wheels are short on traction, power is instantly transferred rearward, but power is sent to the front as often as possible for efficiencyÂ’s sake.

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.

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.