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GM removes start/stop from full-size trucks and SUVs with V8 engines

GM is removing start/stop technology from a number of its popular full-size SUVs due to the ongoing chip shortage. This follows the removal of cylinder deactivation technology from some of its trucks, which was also due to the chip shortage. GM Authority first reported the news, but we’ve just confirmed everything with a GM spokesperson.  The following 2021 model year vehicles will be affected: Chevy Tahoe, Chevy Suburban, GMC Yukon, Cadillac Escalade, Chevrolet Silverado 1500 and GMC Sierra 1500. Only versions of those vehicles built with the 5.3-liter V8 or 6.2-liter V8 and mated to the 10-speed automatic will have the tech removed from them. Only vehicles manufactured on or after June 7 will be affected. “By taking this measure, it will enable us to continue production of our high-demand full-size SUV and pickups as the industry continues to rebound and strengthen,” GM said in a statement. Those who ultimately buy one of these vehicles without start/stop technology will receive a $50 discount off MSRP for their troubles. Losing this fuel-saving tech could be a big negative for some, but we know many folks turn it off anyway. Not having to press the button to deactivate start/stop every time could actually be a positive if youÂ’re part of the camp who does that already. 2021 Cadillac Escalade Sport Platinum View 27 Photos On the downside, GM says “most of the affected vehicles will experience a minor reduction in fuel economy.” We donÂ’t have revised window stickers in hand to know how each model will be affected, but any 1 mpg reduction will be rather impactful for vehicles rated as low as these trucks already are. Any reduction will be seen in the city mpg rating, so take the kind of driving youÂ’re going to be doing into account before purchasing. When it comes to greenhouse gas compliance rules, GM says it doesnÂ’t foresee this impacting the companyÂ’s average fleet score. It also intends to begin adding start/stop back to these models as soon as possible, but there will be no retrofit effort made to fit the tech to vehicles already built without it. “Our supply chain organization continues to make strides working with our supply base to mitigate the near-term impacts of the semiconductor situation,” GMÂ’s statement reads. “GM continues to leverage every available semiconductor to build and ship our most popular and in-demand products, including our highly profitable full-size trucks and SUVs for our customers.

Cadillac plans upgrades to its Super Cruise hands-free system

Not content to let Tesla hog the spotlight with lofty claims about its autonomous driving capabilities, Cadillac plans major upgrades to its Super Cruise automated driving system starting next year, when the technology starts rolling out in more models. "The system that we have today, we continue to upgrade," Brandon Vivian, Cadillac's executive chief engineer, told The Verge. 'We have over-the-air re-flash capability, and you'll continue to see us add features and capabilities to Super Cruise going forward." A fellow top Cadillac engineer told the outlet they would not share specifics but said "We want to innovate" as competitors also make advances in self-driving technology. The news comes as Elon Musk says Tesla will launch a driverless robotaxi service in some U.S. cities next year, with "over a million cars with full self-driving, software, everything." The audacious claim hinges on a new Samsung microchip for self-driving vehicles. Last year, Tesla rolled out Navigate on Autopilot, which allows vehicles to change lanes, take exit ramps and choose the correct highway interchange and exit. At the New York International Auto Show, Cadillac announced that it will equip the forthcoming 2020 CT5 sedan with Super Cruise, though not initially. The brand plans to roll out a new model equipped with Super Cruise every six months starting in 2020 and going through the end of 2021, meaning four new models with the technology in two years. Super Cruise previously has been offered only on the CT6 Platinum, and as an option on other CT6 trim levels, along with a three-year OnStar package. It uses cameras, lidar mapping and radar, plus an infrared camera mounted atop the steering column to make sure the driver isn't nodding off, looking away for too long or climbing into the back seat. There's also an LED light bar on the steering wheel and Super Cruise icon on the instrument panel to let drivers know when the system is ready, not ready and ready to deactivate. But the system can't switch lanes and only works on around 130,000 miles of divided highways that GM has mapped with lidar-equipped vehicles. Vivian said the Super Cruise setup in the CT5 will be largely the same as in the CT6 and likened it to "a half step in between" a full next generation of the technology. GM also plans to eventually roll out Super Cruise to its entire U.S. lineup following its introduction in all Cadillac models. Autoblog named Super Cruise the 2019 Technology of the Year winner.

Cadillac Rear Camera Mirror | 2017 Autoblog Technology of the Year Finalist

We give Cadillac a lot of credit for being the first to make good on the promise to replace mirrors with cameras and displays. That was good enough to earn the Cadillac Rear Camera Mirror a place on our 2017 Technology of the Year awards shortlist for new features. The idea behind this system is relatively simple; what perhaps took more doing was getting the regulations in place to allow a video feed to replace the government-mandated mirror. The hardware and that rules compliance starts with what looks like a normal rearview mirror – because it defaults to being a mirror until you switch on the display or in the event the system somehow fails. Flip the little toggle at the bottom of the mirror – the one normally used to switch from day to night mode – and the reflection is replaced by a very crisp feed from a camera at the back of the vehicle. This live stream gives you a wide-angle view of what's behind, without obstruction from back-seat passengers, headrests, or any bodywork. The camera is even shielded from weather and has a coating to shed water. What you see doesn't exactly look like a normal reflection, but the quality is good enough and you see more than you would normally with something aimed through today's small rear windows. But because it isn't actually a reflection, you have to make some adjustments. When your eyes are focused down the road, glancing at a mirror gives you a view the same distance away but in the rear. With the rear camera mirror, a glance back requires your eyes to first refocus on the display, which takes a moment. And unlike a normal mirror, which you look through at an angle, this display is angled toward the driver but projecting an image that looks straight back – no matter how you move it, the image doesn't change like a mirror's would. And because it's an image and not a reflection, you can't choose what's in focus and lose your sense of depth perception. It's not clear whether objects in mirror are closer or farther than they appear. And there are other limitations. For instance, while the display balances bright lights and dark surroundings well at night, it is tricked by LED headlights, which flicker at a rate faster than the camera shoots. The result is a distracting strobe effect like you get when you point a smartphone camera at any LED light source. For those with migraine sensitivity, this kind of fast flashing can cause real problems.