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Reverse-engineering i3 shows BMW profits after 20,000 sales

"This is, without a question of a doubt, the most advanced vehicle on the planet. It's as revolutionary as the Model T was when it came out." That is exceptionally high praise, and it's not even being heaped on one of the million-dollar hybrid hypercars from Ferrari or McLaren. It's not even being attributed to a particularly zealous Tesla fan. Nope, it's coming from a mustachioed man in suburban Detroit, and he's discussing a $42,400 BMW hatchback with Forbes. Of course, said hatchback is the revolutionary i3, and Sandy Munro's statements carry some degree of authority, as his company is tearing apart and analyzing every little nut, washer and bolt on the four-seat EV. Munro's eponymous company performs reverse-engineering analysis, meaning they rip apart brand new cars and sell the information to the world's automakers, saving OEM's both time and money. The most interesting thing it has discovered thus far? That even with the high costs of two of the i3's most important elements – carbon-fiber-reinforced plastic and lithium-ion batteries – his company's analysis shows that BMW need only sell about 20,000 units a year to turn a profit, Forbes reports. While Munro's company is often contracted by automakers, he's gone it alone on the i3 project, dropping about $1 million into in-depth analysis. That's a lot of money, but the company should be able to turn around and sell its findings for about $500,000, with a batch of Chinese automakers already queued up and ready to buy. Analysis of individual i3 components will also be available from a sort of a la carte menu. To see what it is about the i3 that has Munro speaking so highly of it, head over to the Forbes website and check out the feature article and video on the reverse-engineering process. Featured Gallery 2014 BMW i3: First Drive View 33 Photos News Source: ForbesImage Credit: Copyright 2015 Sebastian Blanco / AOL Green BMW Hatchback Electric Sandy Munro

BMW recaps the glory days of M3 performance

Next in the BMW series chronicling the M3 come the second-generation E36 and third-generation E46 models. The E36 ran from 1992 to 2000, upping the game over its predecessor with a 3.0-liter inline-six that started out with 286 horsepower in Europe, or 240 hp when it came to the US in 1994. By the time it ended its run in 1999, it had vastly expanded the lineup and ushered in some key BMW firsts. Going beyond the coupe-only E30, the E36 added sedan and convertible bodystyles, and gave us BMW's Vanos variable cam timing system and the six-speed SMG sequential gearbox. The E46 that launched in 2000 would pare down the bodystyles to coupe and convertible yet go further with design and technical changes. The 3.2-liter inline-six shared only three minor components with the previous motor and put out 333 horsepower at 7,900 rpm. It introduced the power dome, fender vent, and inset exhaust tips as design trademarks. The special editions included the Euro-only M3 CSL, and the second-generation homologation special M3 GTR with a 493-hp, 4.0-liter V8, of which just ten were made. Having made the complete transition from racer for the street to comfortable, perfectly balanced sports car, BMW sold even more of the E46 with just two bodystyles than the E36 with three. Check out the video on the E36 above, then enjoy the look back at the E46 below. If you want to catch up on the latest BMW M3 and its M4 siblings, take a look at the video at the very bottom. Related Video:

2015 BMW i8: Autoblog Technology of the Year finalist

Traditionally, nominations for the Autoblog Technology of the Year award are earned for specific developments - a new-think powertrain, a uniquely developed material, a groundbreaking smartphone app, or what have you. In the case of BMW's marvelous i8, it so bristles with novel applied sciences and fresh features that we broke with tradition and nominated the entire car.
We just couldn't help ourselves. Oh, we could've focused on the i8's carbon-fiber monocoque, or its well-resolved plug-in-hybrid powertrain that incorporates a tiny 1.5-liter three-cylinder engine and an electric motor, or its seamless through-the-road all-wheel drive. This is a car that will even have frickin' laser beams for headlights - at least it will for our friends in Europe (and it will in the US, should our legislators ever catch up).