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A chopped-up General Motors EV1 shell sold for $23,662

Despite not having a VIN, a powertrain, a frame, or any doors, a decrepit General Motors EV1 shell recently sold for $23,662.10 on govdeals.com. Sold by the University of Cincinnati, the car — or what remains of it — is headed to an electric vehicle collection called The Beata Electric Motor Carriage Collection. Technically, the GM EV1 was the first mass-produced and purposed-built electric car in America. When it was released in 1996 for the 1997 model year, however, GM strictly leased the car as part of a "real-world engineering evaluation." The limited production run was meant to test real life with an EV and judge the interest from the public. GM only built 1,117 units, all of which were recalled, and most of them ultimately were sent to the crusher. But a select few were stripped of their powertrains and donated to universities and museums for educational purposes. One of those non-functioning cars made it to the University of Cincinnati in 2008. The post says it "has been in storage since," but it's not clear if the car sat in storage untouched or was stored and used by the university. According to EpiclyEpicEthan1, who posted the sales listing to r/cars, the car was purchased by The Beata Electric Motor Carriage Collection in Colorado. The Beata (derived from the Latin word for blessed) collection is a gathering of '90s OEM electric vehicles and a general EV hub. The website says the vehicles are used for testing, diagnostics, education, events, and overall preservation and documentation. The rare and niche collection also includes a 1993 Dodge/Chrysler TEVan, a 1997 Honda EV Plus, a 1999 Dodge/Chrysler EPIC EV, a 1998 Ford Ranger EV, a 2002 Toyota RAV4 EV LongRanger III, a Tesla Roadster, a 1998 Nissan Altra EV, a 1998 Chevrolet S-10 EV, a 2011 Nissan Leaf, and a 2012 Tesla Model S. Beata also has several other projects under construction such as the 2000 Toyota RXT-G Prototype, a 1997 RAV4 coupe EV prototype, the 1995 AC Propulsion eCivic EV, a 1995 ACP RXT-G Prototype LongRanger II, a 1995 ACP RXT-G Prototype LongRanger I, and a GM EV1. Beata acts as a resource for EV1 owners and helps place parts it finds and doesn't need. The parts it does need are put into building a working EV1. Beata's current EV1, which is 80 percent complete, is made up from more than 50 different parts sources, including from all three versions of the EV1, the 1994 LPF4 PreView "Impact" series, the 1997 EV1, and the 1999 EV1.

303 Deaths Tied To Airbag Non-Deployment In 2 General Motors' Cars

At least 303 motorists died in car accidents after their airbags didn't deploy in now-recalled General Motors vehicles, according to a study released late last night. The Center for Auto Safety, a non-profit automotive watchdog, reviewed data from the Fatality Analysis Reporting System, and counted deaths involving the Chevrolet Cobalt and Saturn Ion, two vehicles at the heart of several ongoing investigations, to reach its conclusion. If the airbag non-deployments were the result of a faulty ignition switch that inadvertently turns them off, the death toll would be the largest in automotive history attributed to a single defect, surpassing the 250 deaths investigators linked to defective Firestone Tires more than a decade ago. The rising death toll would further amplify questions about why GM and federal safety regulators at the National Highway Traffic Safety Administration didn't act sooner to correct the problem. Safety advocates have said both GM and NHTSA failed to act in a timely fashion to alert motorists of the dangers posed by the dangerous defect, of which documents GM had knowledge of as early as 2001 and NHTSA knew about in 2007. "The question today for NHTSA is how so many ... death reports without an airbag deployment and so many FARS deaths without an airbag deployment failed to trigger an investigation," wrote Clarence Ditlow, the executive director of the Center for Auto Safety. "... For the people who died or were seriously injured in crashes, the answer comes too late." GM has acknowledged 13 deaths related to the problem, and says the number cited by the Center for Auto Safety study is "speculation." The review of FARS data, conducted by Friedman Research at the request of the Center for Auto Safety, looked at fatal cases in which airbags did not deploy but did not analyze the causes of the crashes. FARS information is raw data submitted to a national database by state and local authorities when fatal accidents occur. Last month, GM recalled 1.37 million cars in the U.S. because a faulty ignition switch had been inadvertently moving from the "run" position to the "accessory" position, turning off engines and systems that provide power to airbags. "Shame is not a strong enough word," said Lou Lombardo, the founder of Care for Crash Victims, another safety-minded nonprofit that advocates for accident victims. The results of the CAS study were first reported by the New York Times.

Best and Worst GM Cars

Oh yes, because we just love receiving angry letters from devoted Pontiac Grand Am enthusiasts, we have decided to go there. Based on a heated group Slack conversation, the topic came up about the best and worst GM cars. First of all time, and then those currently on sale, and then just mostly a rambling discussion of Oldsmobiles our parents and grandparents owned (or engineered). Eventually, three of us made the video above. Like it? Maybe we can make more. Many awesome GM cars are definitely going unmentioned here, so please let us know your bests and worsts in the comments below. Mostly, it's important to note that this post largely exists as a vehicle for delivering the above video that dives far deeper into GM's greatest hits and biggest flops, specifically those from the 1980s and 1990s. What you'll find below is a collection of our editors identifying a best current and best-of-all-time choice, plus a worst current and worst-of-all-time choice. Comprehensive it is not, but again, comments. -Senior Editor James Riswick Best Current GM Vehicle Chevrolet Corvette We were flying by the seats of our pants a bit in this first outing and my notes were similarly extemporaneous. When it came time to tie it all together on camera, I failed spectacularly. Thank the maker for text, because this gives me the opportunity to perhaps slightly better explain my convoluted reasoning. I chose the C8 Corvette because it's simply overwhelmingly good, and it's merely the baseline from which this generation of Corvette will be expanded.  While the Cadillac CT5-V Blackwing (more on that in a minute) is an amazing snapshot of GM's current performance standing and its little sibling so enraptured me that I went out and bought one, their existence is fleeting. Corvette will live on; forced-induction Cadillac sport sedans, not so much. So while all three are amazing machines when viewed in a vacuum, the Corvette stands above them as both a reflection of GM's current performance credentials and a signpost of what is to come. So, given the choice between the C8 and the 5V-Blackwing right now, I'd choose the C8. In 10 years, when the Blackwing is no longer in production and Corvette is in its 9th generation? Well, that might be a different story. Now, just pretend I said something even remotely that coherent when we get to the part of the video where I try to make an argument for the 5-V Blackwing as best GM car I've ever driven. Or just laugh at me while I ramble incoherently.