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GM recalls 500K Chevy Camaros for ignition-switch defect

General Motors issued a recall for more than a half million Chevrolet Camaros on Friday morning because of an ignition-switch safety hazard that mirrors the one at the center of the company's current crisis.
The problem affects Camaro models from the 2010 to 2014 model years. Approximately 464,712 cars are impacted in the United States, and 511,528 overall in North America. GM will alter the Camaro key to a more standard design, and will notify car owners with a recall notice in the mail.
In an announcement, the company said the ignition switches on the Camaros are fundamentally different parts than the older ignition switches found on defective cars that are responsible for killing at least 13 people and causing 54 crashes.

GM recalling 8.4M cars, 8.2M related to ignition problems

General Motors today announced a truly massive recall covering some 8.4 million vehicles in North America. Most significantly, 8.2 million examples of the affected vehicles are being called back due to "unintended ignition key rotation," though GM spokesperson Alan Adler tells Autoblog that this issue is not like the infamous Chevy Cobalt ignition switch fiasco.
For the sake of perspective, translated to US population, this total recall figure would equal a car for each resident of New Hampshire, Rhode Island, Montana, Delaware, South Dakota, Alaska, North Dakota, the District of Columbia, Vermont and Wyoming. Combined. Here's how it all breaks down:
7,610,862 vehicles in North America being recalled for unintended ignition key rotation. 6,805,679 are in the United States.

Buick reveals wild GL8 minivan concept and Smart Pod concept in China

Buick, being the hit in China that it is, decided to unveil a couple of concept vehicles at the Guangzhou Auto Show. One is the GL8 Flagship Concept, and the other is the Smart Pod Concept. Since an actual minivan is far more interesting than any “Smart Pod,” weÂ’ll start with the GL8 Flagship Concept. The exterior is meant to be luxurious and “dynamic” looking with its mix of colors, glass canopy roof, wing-shaped headlights and highly-sculpted body. ThereÂ’s hardly a piece on the car that isnÂ’t making a statement, and the highlights continue when you open the doors. It becomes fairly clear right away that this minivan is not one for family use, as itÂ’s only rocking four seats. That said, everybody in those four seats is guaranteed to be comfortable. Buick says itÂ’s using “zero gravity” lounge seats inside, and the cabin as a whole is inspired by Chinese mountain and water landscapes. That could explain the multi-color floor, as the blue section looks like it could be the water at the base of a mountain, surrounded by a beach. Features include a tea tray, 30-inch driver display, touchscreen on the steering wheel, full windshield-width head-up display and a new audio system that features speakers in the headrests. Buick says all of the carÂ’s functions can be controlled by voice, too. Beyond the obviously futuristic touches, this Buick minivan is just plain gorgeous. Its gold, blue and cream color combo and various materials used throughout look like top-notch luxury. WeÂ’d love to see some of this attention to detail and luxury trickle down into some of BuickÂ’s production cars. Smart Pod Concept Buick Smart Pod Concept View 17 Photos Unlike the GL8, the Smart Pod was designed in the U.S. It uses the electric Ultium platform and what Buick is calling the VIP electric architecture. The exterior design is basically what Buick has called it — a pod. Its lights use micro-LED tech to make them as sleek as possible. On the inside, Buick designed the Pod to be as spacious and airy as can be. It has a glass roof, a fully reclining and dedicated sleep seat and a modular seating layout. Other features include deployable tables, noise-cancelation  tech, an air purifying system and a 50-inch LED screen. It is powered by an AI assistant that employs voice commands, eye-tracking technology, integration with your mobile devices and machine learning to adapt to the user.