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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.

Junkyard Gem: 1983 Saab 900 Turbo 4-Door Hatchback

I've been finding quite a few interesting Saabs in Colorado car graveyards lately, including a 96 and a 99 (sadly, a discarded example of a Saab 92 has eluded me — at least in the United States — so far), and now it's the turn of the factory-hot-rod Saab that gave car shoppers more horsepower per dollar than anything they could buy from Germany at the time: the 900 Turbo. I found this car a few weeks back in a yard just south of Denver. Saab sold the original version of the 900 in the United States for the 1979 through 1993 model years (after that, the 900 name went on a car based on the Opel Vectra and closely related to the Saturn L-Series), and the early 900s looked very much like their 99 ancestors. Saab was an early adopter of turbocharging, and so the 900 Turbo was available here for the entire 1979-1993 sales run. This engine, a 2-liter slant-four derived from a 1960s Triumph design (and first cousin to the engine used in the Triumph TR7), was rated at 135 horsepower in 1983. That was big power for a small car in the Late Malaise Era, and it gave the 1983 Saab 900 Turbo a power-to-weight ratio similar to what you got in the Mitsubishi Starion and Porsche 944 that year. Electronic fuel injection finally made turbocharging work well for everyday driving (though the Maserati Biturbo stuck with blow-throw Weber carburetors all the way through 1986 in the United States), and it wasn't long before TURBO became a magical word. Yes, by 1984 you had Ozone and Turbo break-dancing while Ice-T makes his film debut. A few years earlier, with the (carbureted) Turbo Trans Am's not-so-stellar reliability on display, Boogaloo Shrimp's character would have been assigned a different name. Though it's possible, based on the fact that at least one 1980s boombox was built from a Saab 900 dash, that Turbo's name was inspired by Saab. Saab should get credit for doing so much to push turbocharging into the daily-driver mainstream. You could get a three-speed Borg-Warner automatic transmission in your new 1983 Saab 900, but it added 370 bucks (about $1,075 in 2022 dollars) to the cost of the car and made it much less fun to drive. This one has the 5-speed manual; I assume the E next to fifth gear stands for "efficiency." The five-door 900 Turbo listed at $16,910 with five-speed manual, which comes to about $49,055 today. A new BMW 528e cost $23,985 that year ($69,580 now) and offered just 121 horsepower.

Koenigsegg plans a ‘CO2 neutral’ hybrid supercar

Fresh from receiving a 150 million-euro infusion from National Electric Vehicle Sweden, the Chinese-backed company that bought up Saab's assets out of bankruptcy, supercar maker Koenigsegg has signaled just what it plans to do under the new joint venture. Christian von Koenigsegg gave an interview to Top Gear in which he said he wants to develop an all-new supercar to sit below ultra-exclusive models like the Agera RS and Regera, priced at around ˆ1 million (about $1.15 million) to grow sales from 20 a year into the hundreds, because "our brand has outgrown our production volumes by quite a big margin." And it will feature a novel, "completely CO2 neutral" hybrid powrtrain using the "freevalve" camless combustion engine technology the company has been developing in concert with battery-electric power. "Given the freevalve technology, we can actually cold-start the car on pure alcohol, down to -30 degrees Celsius, so there's no need for any fossil fuel mix then," he told Top Gear. "The idea is to prove to the world that even a combustion engine can be completely CO2 neutral." Von Koenigsegg previously hinted at the setup after talking about how his engineers were responding to Tesla's claims that its forthcoming next-generation Roadster would be capable of a 1.9-second 0-60 mph time. He further hints that the new hybridized supercar will look unmistakably like a Keonigsegg but be in a different segment altogether from either the Agera RS or plug-in hybrid Regera. Consider us very much intrigued and eager to hear more. Meanwhile, Koenigsegg has said it plans to reveal the successor to the Agera RS next month at the Geneva Motor Show based on a refined version of the same supercharged V8 combustion engine. The new joint venture with NEVS, meanwhile, sees that company take a 65 percent ownership stake, with Koenigsegg holding the rest and contributing its trove of intellectual property, technology licenses and product design. NEVS also gets a 20 percent stake in Koenigsegg itself. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. News Source: Top GearImage Credit: Drew Phillips Green Automakers Koenigsegg Saab Alternative Fuels Emissions Ethanol Hybrid Performance Supercars supercar NEVS koenigsegg agera rs koenigsegg regera