2023 Gmc Sierra 1500 Slt on 2040-cars

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2025 GMC Terrain fully revealed in spy photos

A couple of months ago, GMC teased the 2025 Terrain compact SUV and said there'd be a reveal sometime this year. We're still waiting on the official reveal, but in the meantime, a spy photographer caught the GMC out and about without any coverings. So this is an early look at the Terrain, both in AT4 and Denali trim levels. Being a mechanical twin to the recently revised 2025 Chevy Equinox, there are some similarities in the roofline, the prominent C-pillar and the window lines, but beyond that the Terrain continues to be solidly distinguished from the Chevy. The front has GMC's more vertical headlights and tall grille, with the latter getting a unique black surround. The fender flares are given more prominence, particularly from the signature amber marker lights over each wheel, and there are subtle taillight and bumper changes. There are design differences between the AT4 and Denali, too. The AT4 has black contrasting flares and bumpers, whereas the Denali has body color pieces. And the AT4 has tow hooks and smaller wheels with all-terrain tires. The Terrain really differentiates itself from the Equinox inside, though. It trades the more organic, trapezoidal Chevy design for the crisp, rectangular looks of larger GMC models. Complementing the look is the touchscreen in portrait layout compared to the Chevy's landscape unit. We don't know for sure whether this screen will be standard across the lineup (the photo is of a Denali), but considering GM's willingness to include big screens in all its models, we wouldn't be surprised if this is included even on base Terrains.  Underpinning the Terrain will be the same new platform as Equinox, and almost certainly the same turbocharged 1.5-liter four-cylinder with 175 horsepower. Front-wheel drive and all-wheel drive should be on offer, with the former getting a CVT and the latter an eight-speed automatic. The AT4 model clearly has reworked bumpers for better approach and departure angle than the standard Terrain, and probably has some additional light protection. We'll be curious if GMC offers a twin-clutch rear differential for some locking and torque-vectoring functionality to help it stand out and potentially compete with the likes of high-end Bronco Sport. But that's more in the realm of speculation. We should have confirmation of many of these details and much more soon when GMC officially reveals the Terrain itself.

GM SUV window switch recall urges owners to park vehicles outside

It's not unusual for there to be a lag between an automaker announcing a recall and the official documentation showing up on the National Highway Traffic Safety Administration website. So it's no surprise that a recent GM campaign took about a month to appear in its official capacity. However, there appears to be some big differences between the two reports with potential safety implications.
In late June, GM announced that it needed to recall 181,984 examples of the Chevrolet Trailblazer, Buick Rainier, GMC Envoy, Isuzu Ascender and Saab 9-7x from the 2005-2007 model years, plus the 2006 Chevy Trailblazer EXT and 2006 GMC Envoy XL. The new documents paint a slightly different picture with 184,611 needing repaired and different model years listed.
The reason for the fix is still the same, though. It's possible for fluid to contact the master power window switch module in the driver's door, which can corrode the part. Eventually this could cause a short circuit, leaving the buttons inoperable and potentially leading to a fire. But the new NHTSA documents add an important note: "A fire could occur even while the vehicle is not in use. As a precaution, owners are advised to park outside until the remedy has been made."

NHTSA closes 4-year GM investigation, issues common sense advisory [w/video]

Since January 2011, the National Highway Traffic Safety Administration has been investigating a possible problem with corroding brake lines in General Motors' GMT800-platform models, like the Chevrolet Silverado and Suburban and GMC Sierra, in states with salt on their roads in the winter. However, as opposed to launching a full recall of millions of vehicles, the government is issuing a common-sense safety advisory to all drivers in snowy states to keep their vehicle's undercarriage clean. It even has a video explaining things. "Older-model vehicles, often driven in harsh conditions, are subject to corrosion over long periods of time, and we need owners to be vigilant about ensuring they, their passengers, and others on the roads are safe," said NHTSA Administrator Mark Rosekind in the announcement of the end of the investigation. The agency was clear in its report that "brake line corrosion seen in the GM vehicles was not unique," and the government "has not identified a defect that would initiate a recall order." Instead NHTSA is advising drivers, especially those of vehicles from before 2007, to wash their vehicle's undercarriage in the winter and spring to remove salt or other de-icing chemicals. It also recommends regular checks by a mechanic to make sure everything is in proper order. According to the investigation documents, for just the GMT800 platform models, NHTSA found 3,645 complaints of brake line corrosion, which included allegations of 107 crashes and 40 injuries. The issue was found to be more common in vehicles over 10 years old. GM has released a statement (embedded below) that the company "supports the consumer advisory from NHTSA urging regular maintenance and care of brake lines on older vehicles." NHTSA Closes Investigation into Brake-Line Failures NHTSA 13-15 Thursday, April 9, 2015 Agency issues safety advisory on preventing undercarriage corrosion WASHINGTON – The Department of Transportation's National Highway Traffic Safety Administration (NHTSA) today issued a Safety Advisory and consumer video encouraging owners of model year 2007 and older trucks, SUVs and passenger cars to inspect brake lines and thoroughly wash the underside of their vehicles to remove corrosive salt after the long winter in order to prevent brake-line failures that increase the risk of a crash.