2014 Buick Verano Convenience on 2040-cars

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GM to idle car production at five factories as Americans continue CUV love affair

In case you needed another reminder that Americans have fallen out of love with sedans, General Motors today announced plans to idle five factories in January in a bid to cut its inventory to 70 days. Detroit-Hamtramck Assembly ( Buick LaCrosse, Cadillac CT6, Chevrolet Volt and Impala) and Fairfax Assembly in Kansas ( Chevy Malibu) will stop production for three weeks. Lansing Grand River ( Cadillac ATS and CTS, and Chevy Camaro) is going down for two weeks, while Lordstown, OH ( Chevy Cruze) and Bowling Green, KY ( Chevy Corvette) will go idle for a week each, Automotive News reports. GM's shutdown reflects a broader problem with the company's supply – at 847,000 vehicles, the company's supply increased unsteadily from a low of 629,000 units in January of 2016. That's more than a 25 percent increase in the past year. Citing information from Autodata, The Detroit News reports that at the end of November, GM had a 168-day supply of LaCrosses, 177 days' worth of Camaro, 170 days of Corvette, 121 days for Cruze, 119 days for ATS, 132 days for CTS, and 110 days of CT6. Meanwhile, inventory of the company's more popular vehicles is actually below the professionally accepted 60- to 70-day supply, The News reports. The Trax, Colorado pickup, and GM's full-size SUVs are sitting below 50 days and experiencing year-over-year sales increases. GM needs a rethink of its inventory levels, which is something that's apparently coming. "We're going to be responsible in managing our inventory levels," GM spokesman Jim Cain told The News. Another unnamed spokesman told Automotive News the company's day-to-day supplies would "fluctuate before moderating at year-end." But at least one analyst thinks this won't be the last time Detroit needs to stop production to level things out. "Incentives are elevated, residuals are declining, and rates are rising," Brian Johnson, an analyst with Barclays, told The News. "And while GM in particular may benefit in the months ahead from new product launches, it's important to recognize that GM's inventory is elevated at the moment, and it wouldn't surprise us if they need to announce another production cut – which could pressure the stock." Related Video: News Source: The Detroit News, Automotive News - sub. req.Image Credit: Paul Sancya / AP Plants/Manufacturing Buick Cadillac Chevrolet GM GMC Crossover SUV Sedan bowling green cadillac xt6 fairfax

Meet the Buick Velite 7, the Chevy Bolt's Chinese cousin

The Buick Velite 7 has officially been revealed after having been leaked and spied a few months ago. The name derives from Buick's line of electrified models it sells in China, of course the design shows it's most closely related to the Chevy Bolt EV. Buick hasn't revealed many details about it, and only one photo, but we do get to see it and we also have a range estimate. The range estimate is 500 kilometers on the NEDC cycle, which translates to 311 miles. That's actually less than the NEDC estimate for the Bolt EV, which is 565 kilometers or 351 miles, which increased for the 2020 model year from 520 kilometers or 323 miles. Of course NEDC figures tend to be much higher than EPA numbers, which rated the current Bolt EV at 259 miles and the previous version at 238. As such, we would expect this Buick to have an EPA range closer to 210 to 220 miles. We don't know what resulted in the lower range, but it could have something to do with additional weight or slightly worse aerodynamics. It could be both. Design-wise, the Buick is clearly based on the Bolt, but has a more aggressive front bumper and a trendy partially floating roof. It also seems to have a slightly boxier, taller profile, mainly because of the nose. Buick hasn't released any other details about the crossover, preferring to save them for the car's launch later this year. Since it seems so closely related to the Bolt, it probably has the same drivetrain: a single electric motor sending 200 horsepower and 266 pound-feet of torque to the front wheels via a single-speed transmission. Related Video:    

As GM readies Alexa convenience for vehicles, we ponder its dark side

SEATTLE — On the 30th floor of AmazonÂ’s glass tower, in a room with a breathtaking view of downtown Seattle, thereÂ’s a beautiful bed that nobody sleeps in. ItÂ’s near a kitchen nobody cooks in, a living room couch that no one crashes on, a kitchen table that doesnÂ’t host any family meetings. ItÂ’s AmazonÂ’s Smart Home Lab, a place where every Alexa-enabled gizmo the company or its partners can produce is crammed into the same space, ostensibly for Amazon to test. The company invited us there to show us the companyÂ’s vision for consumer products to leverage AlexaÂ’s voice interaction software before taking us down to a demo of its latest implementation in a Buick Encore GX. In this eerie simulacrum of a fantastic luxury apartment, however, nothing went right the first time. ItÂ’s a challenging environment for Alexa to work correctly, our hosts noted, pointing to the fact that there were six wifi networks available for the devices to connect to. In a normal home, one wifi network controls all the devices, who can theoretically sort out for themselves which one youÂ’re actually trying to activate. In the Smart Home Lab, any unmuted Alexa device thinks itÂ’s in charge. Even so, the connected toaster wouldnÂ’t connect. The Fire TV Cube wouldnÂ’t play a song. Our handlers futzed with everything, muting and unmuting devices, repeating commands, making us feel better about our own struggles with similar technologies. If it doesnÂ’t work right at Amazon HQ, maybe itÂ’s not just us! ItÂ’s telling that down on the faux lawn, in between the gleaming Amazon spheres that host a billionaireÂ’s tropical garden and the Day 1 building that the Smart Home Lab resides in, the BuickÂ’s Alexa implementation doesnÂ’t use a “wake-word” at all. The familiar Push to Talk button on the steering wheel, which normally activates General MotorÂ’s own proprietary voice command system, can be set to default to Alexa when that rolls out to GM vehicles in the first half of 2020 via an over-the-air (OTA) update. Given the reluctance of Alexa to respond to its wake-word in the comfort of AmazonÂ’s own lab, we hoped that this was by design. Drivers are already familiar with Push to Talk, and a physical button is more reliable than the vagaries of contemporary voice recognition – not to mention the privacy and accuracy issues involved with always-on mics. Our experience with the not-ready-for-primetime Mercedes-Benz MBUX system is illustrative.