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Morgan Stanley says Tesla is world's most important automaker [w/poll]

If you had to choose one automaker, out of the dozens out there on the marketplace, to identify as the single most important in the world, which would it be? Toyota, the world's largest automaker? General Motors, which once laid claim to the same and is still the largest in America? Volkswagen, the largest in Europe? Or maybe Hyundai, which has risen like a phoenix from the proverbial ashes to become the fourth largest in the world? Nope, nope and nope, says financial services company Morgan Stanley: it's Tesla.
The potentially startling conclusion came in the form of an investment report cited by the LA Times and issued by Morgan Stanley research analyst Adam Jones, who wrote that "Tesla Motors has transformed from a fledgling start-up to arguably the most important car company in the world."
To back up the claim, Jones asserts that Tesla is not only an emerging force to be reckoned with in its own right, but has also spurred other, more established automakers to take electric vehicles (and their champion) more seriously. It's also prompted local governments to solicit Tesla to build its new gigafactory in their state, and encompasses more US content than any other car on the road.

Tesla poaches Volvo interior engineering boss Anders Bell

Tesla is the belle of both the eco-friendly and luxury balls. The company's Model S and Model X are status symbols, and benchmarks for the ability to blend both green credentials with performance and a luxury driving experience. That said, their cabins aren't necessarily deserving of those credentials. That's why this little news nugget is such a big deal for the California brand. Electrek reports that Tesla has poached Anders Bell from Volvo. Bell confirmed the move via his LinkedIn page. The (now former) head of interior engineering and senior director of engineering was responsible for the Swedish brand's raft of high-quality, beautifully crafted cabins. Doubtless Tesla wants a piece of the critical acclaim Volvo's received for the interior design and quality on its 90-series models – XC90, S90, and V90. The move is, at least based on Electrek's stalking of Bell's LinkedIn profile, a big loss for Volvo. Bell joined the Swedish brand fresh out of Halmstad College's engineering program in 1998 and has spent his entire career working for Gothenburg and its various owners. That included a nearly four-year stint in China after Geely bought Volvo from Ford, assisting with the Chinese launch of the XC60. Bell's listed his final project with his previous employer as "development, design, and release of Volvo interiors to be launched 2017-2018 and concept definitions of interiors 2019 and beyond." That means that while Bell started at Palo Alto this month, his impact at Volvo won't fade for several more years. Related Video: News Source: Electrek via Jalopnik Green Hirings/Firings/Layoffs Tesla Volvo volvo s90

Silly dyno, that Tesla doesn't have 2,000 lb-ft of torque

Torque. Lots of torque, right off the line. That one benefit presented by an electric motor over its internal-combustion sibling, and the Tesla Model S delivers it in spades. 443 spades, to be precise, or about as much as a Bentley Continental GT or McLaren 12C. But when one Emmanuel Chang put his electric sedan on a dyno up (way up north) in Edmonton, Alberta, it registered a whopping 2,000 pound-feet!
Of course that number isn't correct, as no car on the road produces that much torque. Even a Bugatti Veyron produces "only" 1,000 lb-ft, give or take. Clearly something's amiss here, but the problem the dyno had in reading the Tesla's torque apparently doesn't come down to its electric powertrain. (Nor does it have anything to do with the northerly latitude or the interference of polar winds.) It comes down to the shiny, ten-spoke alloys.
Apparently this type of dyno measures torque by running horsepower and wheel revolutions through an algorithm. It measures horsepower at the wheel (which, at 436 hp, wasn't far off of Tesla's own rating of 416 hp) and uses a stationary optical sensor interfacing with a reflector on the wheel. Every time the reflector passes the sensor, it counts one revolution. But since the Model S has shiny ten-spoke wheels (and we presume because it was taken outdoors under bright sunlight), the sensor thought that each passing spoke was one revolution of the wheel... when it was, in fact, ten times too much.