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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.

Even Saturn prices are leaving the stratosphere as used-car demand soars

Initially marketed as "a different kind of car company," General Motors-owned Saturn unceremoniously closed its doors in early 2010 after years of slumping sales and degradation of the brand. The firm's star is unexpectedly beginning to rise again as demand for used cars balloons in America, and values of used Saturn models are outpacing the industry average. Citing data provided by Car Gurus, The Drive is reporting that Saturn's transaction prices have increased more than any other carmaker's during the past 90 days. They've gone up by 26.15% since March 2021, and they've skyrocketed by 30.24% since June 2020. For context, Subaru posted increases of 12.13% and 20.26%, respectively, and the industry-wide averages stand at 17.11% and 30.23%. Used cars are more expensive across the board, but luxury models generally gained less value than cheaper models built by mainstream brands. In spite of the increase, Saturn's transaction prices remain the lowest on the market, according to the same source. The average sale is pegged at $6,284, versus $23,734 for Toyota and $17,507 for Kia. One factor undoubtedly influencing this difference is that, as we mentioned, the last Saturn was built over a decade ago. There's no such thing as a late-model Saturn, so all of its cars are lugging around 10-plus years of depreciation. If you want to surf this trend, the most expensive Saturn is the Outlook (2007-2010), an SUV that was basically a GMC Acadia with a different badge. It sells for $6,770, on average. At the opposite end of the spectrum, the humble Ion (2003-2007; pictured) trades hands for $4,446; it dented Saturn's average by losing 0.49% of its value during the past 30 days. What this means in the grand scheme of things is open to debate. What's certain is that more motorists are buying used as the ongoing chip shortage creates delivery delays and leaves dealers with low inventory levels, a situation forcing companies to take unprecedented measures. Ford is offering a $1,000 incentive to keep buyers in the fold, for example. Some might end up with their name on a Saturn title simply because it was the first car they stumbled upon. Others, especially drivers 30 and older, might remember the brand's reputation for building value-packed cars that were vaguely interesting.

US database may have overstated deaths in GM ignition switch recall

The FARS analysis didn't take into account fatal accidents where the airbags weren't supposed to deploy. Earlier today, we reported that the actual death toll attributable to GM's ignition switch problem had crested the 300 mark according to new research, well up from the original reports of 12 to 13 deaths. Now, word is breaking that the US government database that informed the study that the report was based on may have significantly overstated the correlation between the study and the GM recall. The initial study was conducted by Friedman Research on behalf of the Center for Auto Safety, and used something called the US Fatality Analysis Reporting System. To recap, the study claimed that over a 10-year period, 303 people were killed in Chevrolet Cobalt and Saturn Ion coupes and sedans when their airbags failed to deploy. These undeployed airbags were then linked to GM's ignition switch recall, which as we've explained before, can turn the ignition out of the "run" position and into the "off" or "accessory" position, disabling the airbags in the process. Now, according to a report from The Detroit News, which cites research from the Insurance Institute for Highway Safety and the National Study Center for Trauma and EMS at the University of Maryland, the FARS analysis didn't take into account fatal accidents in conditions where the airbags weren't supposed to deploy (which isn't to say crashes and deaths weren't caused by loss of control from the ignition switching off in the GM vehicles). According to the report, this was a significant number of the cases. There is another potential problem, too. According to that same report, the National Highway Traffic Safety Administration uses both FARS and another database on fatalities, called the National Automotive Sampling System/Crashworthiness Data System (NASS/CDS). Where FARS uses what the DetNews calls "not always reliable" police data to record vehicular deaths within 30 days of a crash, NASS/CDS relies on what's known as a probability sample. It collects data on 5,000 crashes each year – including some found in the FARS database – to calculate a probability figure. According to a 2009 IIHS study, "Among crashes common to both databases, NASS/CDS reported deployments for 45 percent of front occupant deaths for which FARS had coded nondeployments." In plain English, FARS doesn't provide a reliable count airbag deployments.