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Maserati's first electric car won't be a Tesla rival

Italian supercar makers haven't exactly embraced electric vehicles with gusto (the LaFerrari hybrid is about as close as you get), but that should change in the next few years. Ferrari's sibling brand Maserati tells Car and Driver that it's working on an electric vehicle that would be shown before 2020. And unlike other luxury car brands, Maserati doesn't plan on eating Tesla's lunch. It has to produce something "very different" to stand out, the company's Roberto Fedeli says. Think of something more like the GranTurismo coupe (see above) than yet another upscale sedan. Part of the challenge, Fedeli claims, is making a green machine that's exciting to drive. Breakneck acceleration is the only really thrilling aspect of EVs right now, he says – the sheer weight of those lithium-ion batteries dampens the enjoyment on twisty roads. A Maserati would have to be lighter on its feet. Also, the automaker will have to find a way to give its car character without a roaring gas engine under the hood. In that sense, Maserati's 2020 goal is realistic. It may not have much choice but to wait for battery technology to catch up to its ambitions. Related Video: This article by Jon Fingas originally ran on Engadget, the definitive guide to this connected life. News Source: Car and Driver Green Maserati Tesla Coupe Electric Luxury Performance

Tesla takes New York Times to task for damning Model S review

The social media tête-à-tête between the New York Times and Tesla CEO Elon Musk, stemming from a defamatory review by John Broder of the Model S and Tesla's new "Supercharger" network on the East Coast, is heating up in a major way. Just yesterday we summarized the Twitter spat, and now Musk has expanded upon the data recorded during Broder's test drive - adding major credence to the criticism of the NYT writer.
The smoking gun in this case is the information that was captured by the data recorder in Broder's loaned Model S. The data recording function is one that is only activated for consumers when permission has been expressly granted, says Musk, but is always turned on in the case of media vehicles. Thusly equipped, Broder's vehicle was keeping track of speed, charging data, map data and more, presumably without the writer's foreknowledge.
The evidence recorded by the in-car systems happens to contravene Broder's most damning claims of the Tesla, says Musk in his article titled A Most Peculiar Test Drive. First, and perhaps most shockingly, the Model S "State of Charge" log shows that Broder's test car "never ran out of energy at any time." Broder's reporting indicated that the car ran completely out of juice at one point and had to be evacuated on a flatbed truck. The data log also points out that the trip was made at speeds ranging from 65 to 81 miles per hour, where the writer claimed to have set the cruise control at 54 mph, with periods of driving as slowly as 45 mph.

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.