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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.

Saab didn't want this electric, 99-like delivery van from the 1970s

National Electric Vehicle Sweden (NEVS) purchased the remains of Saab in 2012 to turn it into an electric-only brand. While its vast heritage is turbocharged and rooted in racing, Saab didn't shy away from dabbling in battery-powered drivetrains, and there's an experimental mail delivery van in its official museum to prove it. The name Saab in the last paragraph should be followed by an asterisk. The prototype kind of looks like a 99 when viewed from the front, and it wears the soccer ball-style alloy wheels seen on several of the brand's models during the 1970s, but the museum's curator told Autoblog it was built in Linkoping, Sweden, by the company's defense and plane-making division. It's certainly a Saab, but not quite the kind you're likely thinking of. Engineers began the project in the early 1970s, at about the same time archrival Volvo launched its own experiments in the field of electrification. The idea was to create an electric, short-range distribution van that could be used by Sweden's postal service, for example. Two prototypes were built in 1975 and 1976, including the example in the museum, and each had a low-speed driving range of about 40 miles. Additional technical specifications are lost to history, partly because Saab's car-building division in Trollhattan -- the folks that developed the 99 and the 900, among others -- didn't like the van at all and wanted nothing to do with it. Saab electric van prototype View 2 Photos We peeked inside and under it and spotted a bulky, lead-acid battery pack integrated into a tray that could be pulled out from the back after flipping up the panel onto which part of the rear bumper was mounted. This layout was relatively common in early electric prototypes, like the Bus that Volkswagen developed in 1972 and tested in select German cities. Recharging the battery pack took hours, so swapping it out was considered the more practical alternative. Period documents and images confirm the electronics were mounted under the hood. Saab made two electric prototypes, including one it fitted with front-end parts like headlights (complete with wipers), turn signals, and a plastic grille from a 99. The second wore round headlights, bullet-shaped turn signals, and looked more like something you'd see in an episode of "Scooby Doo" than what you'd find in a Saab showroom. The van's resemblance to the 99 was purely artificial; it was its own thing, on its own chassis.

Boeing, Saab take first flight in T-X trainer 36 months after starting development

This post is appearing on Autoblog Military, Autoblog's sub-site dedicated to the vehicles, aircraft and ships of the world's armed forces. Bringing a new fighter from drawing board to its first flight is generally a lengthy endeavor, taking years of planning and tweaking and engineering. Or, at least it normally does. Boeing and Saab just took their new joint-developed training fighter, the T-X, out for its first spin just 36 months after starting development. According to Saab's deputy program manager for the T-X, Eddy De la Motte, that's half the time it usually takes to get a new jet in the sky. "We went from [critical design review] to first flight in 12 months. We don't do that very much at the Boeing Company," Boeing's program manager for the T-X, Ted Torgerson told Defense News. "I don't want to say it has not been done, but for a manned aircraft to go through a complete production-ready design, that is as fast and as efficient as we've ever been through it." Boeing/Saab's first test flight was a simple, 55-minute matter for Boeing test pilots Steven Schmidt and Dan Draeger. The pair took the plane up to 10,000 feet and hit speeds of 231 knots (265 miles per hour) while running handling checks on the twin-tail, single-engine jet. "I've been a part of this team since the beginning, and it was really exciting to be the first to train and fly," pilot Schmidt said. "The aircraft met all expectations. It's well designed and offers superior handling characteristics. The cockpit is intuitive, spacious and adjustable, so everything is within easy reach." "It was a smooth flight and a successful test mission," Draeger, who rode shotgun in the instructor's seat said in an official release. "I had a great all-around view throughout the flight from the instructor's seat, which is critical during training." Boeing/Saab's T-X is one of four jets competing for the role as the US military's next training aircraft. Northrop Grumman is fielding a clean-sheet design that allegedly flew earlier this year, while Lockheed Martin and Raytheon are modifying existing designs with partners – the South Korean KAI T-50 for Lockheed and the Leonardo M-346 for Raytheon. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. News Source: Defense NewsImage Credit: Boeing, Saab Saab Military