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2018 Buick Regal GS First Drive Review | More power, style and doors

During our test-drive of the 2018 Regal GS, Buick took us to Atlanta Motorsports Park and hired stunt drivers to teach us mild-mannered journalists how to do a J-turn. It's an emergency maneuver, also known as a Rockford, in which the car reverses at full speed, spins 180 degrees and takes off in the exact opposite direction from where it was headed. It symbolized perfectly Buick's hopes for the Regal GS, its most ambitious attempt yet at a bona fide American sports sedan. Buick is trying to shake off decades of stigma as a maker of grandpa-spec wafters. Since 2008, it has been rebadging the Opel Insignia, developed by GM's German subsidiary and built in Russelsheim, as the Regal. In 2012, Buick revived the Regal GS badge, providing power from a 2.0-liter turbo four, initially at 270 horsepower but then detuned to 259 hp in 2014 as AWD was introduced. Buick had high hopes of challenging the luxury greats, and while the previous Regal GS received good reviews as a genuine sports sedan, it never really caught on in the marketplace. Buick took a risk by redefining the brand, but ultimately, it wasn't quite successful enough to be uttered in the same breath as BMW, Mercedes-Benz and Lexus. The 2018 Regal GS doubles down on that lofty goal with a better-fleshed-out version of the outgoing car. It returns with improved styling and even more power, courtesy of a naturally aspirated 3.6-liter V6 generating 310 horsepower and 282 lb-ft of torque. In other words, the new GS is up 40 horses, but down 13 lb-ft with an engine that comes straight from the GM parts bin. Within GM, it is known as the "High Feature" engine, used in everything from Cadillacs to V6 Camaros to the GMC Acadia. Autoblog has knocked this engine on refinement but generally praised its power, so it's a mixed bag. On the Regal GS, though, the drivetrain exhibited a marked improvement on the refinement front. Buick spokesperson Stuart Fowle attributed this to the new nine-speed automatic it's mated to, a quick and smooth-shifting transmission well-programmed to keep the engine at optimal revs. The result deviates quite a bit from the Opel Insignia, which maxes out with a turbocharged 2.0-liter inline-four good for 197 horses and 300 lb-ft. With turbo 2.0-liter fours now the de facto entry-level engine for most luxury carmakers, having the 3.6-liter V6 makes the 2018 Regal GS more distinctive, a bit more American and less of a European copy-paste job than its predecessor.

GM to make most cars LTE hotspots for 2015

General Motors isn't the first automaker to deliver in-car Internet access, but a proposed plan announced today could make the technology more widespread than any of its competitors have offered. By the 2015 model year, most Chevrolet, Buick, Cadillac and GMC products in the US and Canada will offer 4G LTE mobile broadband access. Initially, GM will just be pairing with AT&T to deliver this service, but additional carriers will be revealed in the future.
Current in-car Wi-Fi hot spots are limited to 3G, but GM says that 4G LTE is 10 times faster than 3G service and will allow for full Internet access, including streaming video for entertainment as well as services like real-time traffic updates and navigation driving directions. There is also no need for a paired smartphone with this new system, which should make it easier to use, and GM and AT&T will also be working together to develop new apps for customers.
Buyers can expect to start seeing 4G LTE in their cars starting next year, and GM is already planning to expand the service to other global markets as well. All of the information from GM's announcement is posted in a press release below.

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.