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BMW restores classic Mini as it revives production in Netherlands

Mini will be kicking off production in the Netherlands, a country that hasn't built a Mini-badged machine since 1966. In honor of this event, BMW Group Classic, the team responsible for all the cars in the BMW Museum, as well as being a spare parts and restoration company in its own right, revived a classic 1959 Austin Seven. That particular car, number 983, was one of the first Minis to be built in the Netherlands.
The Netherlands' JJ Molenaar's Car Companies built 4,000 Austin Sevens and Morris Mini-Minors between 1959 and 1966, although we imagine Dutch Mini production will be much bigger when it starts up again in summer 2014. A five-person team from VDL Nedcar, the group handling production of new Minis, took to the job of restoring the diminutive British car from nose to tail.
The 34-horsepower engine and the transmission were both completely rebuilt, while the door panels were redone by hand. Help from the Mini community aided the VDL Nedcar team in finding authentic replicas or original parts where possible. All told, the new classic Mini is a striking example of what a good restoration can do to a car. The Seven was repainted in its original Farina Gray, adding to the car's sense of authenticity.

BMW swaps 30i and 40i models into 2017 2, 3, and 4 Series

BMW will continue its staggered rollout of new engines to many (but not all) of its products in 2017. The new modular engine architecture is the basis for three-, four-, and six-cylinder engines, some of which are already stuck in new Minis and a handful of BMWs. With those new engines come new (or in some cases resurrected) badges meant to connote the added power. They have the added benefit of further separating the last two numbers of the models from the actual displacement of the engines, which is always fun. BMW calls its latest 2.0-liter four-cylinder engine B48, and the new single-turbo six is the B58. The B48 cars get 30i suffixes and the B58s say 40i on the back. And if you really want to get down into code numerology: the B48 replaces the N20 four and the B58 supersedes the N55. Here's where they're headed next year: 2 Series: 230i and M240i For the small Bimmer, the 228i and M235i names are replaced by 230i and M240i models. In these applications, the four-cylinder makes 248 horsepower and 258 lb-ft of torque and the M-ish six makes 335 hp and 369 lb-ft of torque. The 2 gets other updates for 2017 as well. 3 Series: 330i sedan/wagon/Gran Turismo and 340i Gran Turismo For 2016, BMW put the 335-hp B58 six in the 3 Series sedan only. That engine spreads to the 340i Gran Turismo for 2017, and the N20 in the 328i is replaced by the B48 for 330i models in all body styles. There's still no six-cylinder wagon, and the 320i sedan keeps its N20 engine. Diesel sedans and wagons keep both the 328d name and the 2.0-liter four they had before. Trivia: The 330i name is being recycled – it was used on the E90 most recently. 4 Series: 430i and 440i Every 4 Series – including coupe, Gran Coupe, and convertible models – gets a new engine for 2017. Woo! And both engines will again be available with or without xDrive all-wheel drive. Woo. And no, that's not an official BMW photo above. The rest? BMW hasn't shared information on its 2017 crossover lineup, but we expect the X1, X3, X4, X5, and X6 will get new engines where applicable. And then there are the 30i and 40i models that already existed and won't be getting these new engines. The 330e iPerformance plug-in hybrid sedan already has the B48 four-cylinder. And the 540i, 640i, and 740i continue with a version of BMW's last-gen six. Got that all straight? Yeah, neither do we. And expect updates once the details on the 2017 crossovers are shared.

2016 BMW X5 xDrive40e Review [w/video]

BMW is no stranger to electrification. The company put the world on notice with the launch of its innovative i sub-brand. But the lessons learned from the i3 and i8 aren't limited to these small-volume cars. The more mainstream X5 xDrive40e impresses with lessons learned from i, all without compromising the SUV's character. The combination of a 2.0-liter, turbocharged four-cylinder engine with an electric motor is good for 308 overall horsepower and 302 pound-feet of torque. Sure, 240 hp and 260 lb-ft come from the four-cylinder engine alone, but the electric motor – integrated within the ZF eight-speed automatic transmission's housing – chips in a maximum of 111 hp and 184 lb-ft of torque. The 9.2-kilowatt-hour lithium-ion battery can sock away enough electricity to drive up to 14 miles on a single charge and will recharge at your average 110-volt socket in about seven hours. Of course, the battery pack and electric motor are a big weight penalty. At 5,220 pounds, the xDrive40e is 430 pounds heavier than the standard xDrive35i. Still, the gas-electric powertrain hustles this husky X5 40e to 60 miles per hour in just 6.5 seconds, less than half a second slower than the 35i. The stopwatch figures are complemented by the best fuel economy of any gas-powered X5, at 56 miles per gallon equivalent and 24 mpg combined. Only the diesel X5 xDrive35d is more efficient, at 27 mpg. But achieving top fuel economy in the 40e isn't as simple as going easy on the throttle. Perhaps more than any vehicle we've tested recently, understanding how all the X5's systems work together is crucial to eking out the most mpgs. The xDrive40e's Drive Dynamics Control will be familiar to anyone that's driven a recent BMW. Eco Pro, Comfort (the default mode), and Sport make the same adjustments to the throttle response, steering weight, and dynamic damper firmness as they do in a standard X5. But in the xDrive40e, they also impact the way energy is recaptured. Comfort/Save offers the best blend of fuel efficiency while achieving maximum energy recapture. Sport mode's aggressive energy recovery is the fastest way to recharge the battery on the go. When it's working, there's a sensation similar to gently stepping on the brakes, though you actually aren't doing anything – this is a familiar experience to the way most EVs use regenerative braking. Comfort mode reduces this effect, and in turn how much energy is recaptured.