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These EVs are the worst when it comes to depreciation

The Renault Fluence Z.E. tops the list of the worst depreciating cars according to a ranking compiled by Glass' Information Services, holding just 27.21 percent of its value after a year of ownership and 12,000 miles on the clock. Just as well that you can't buy the sedan anymore in either electric or ICE versions, since it was discontinued last year. This car took a particularly rough hit when Better Place declared bankrutpcy, since the electric Fluence was a specific fit for the aspirations of the battery-swapping company. The Citroen C-Zero hits the list at number four, the Nissan Leaf E at number five, both holding onto just a third of their value after a year. The C-Zero is a rebadged Mitsubishi i-MiEV, and if you bought one stock for the full UK on-the-road price of 26,766 pounds, you'd have a car worth 8,583.86 pounds twelve months later, according to Glass. We're not sure about the wording of the press release, though - it states that those three cars "lost more than three-quarters of their value." Yet the Fluence E Z.E. is the worst offender, and it doesn't dip below 25 percent of its original value. As with those electrics, the rest of the list is made up of aged or barebones ICE models, some of them touted elsewhere for their popularity. You can find the full list and the valuations in the press release below. ELECTRIC CARS AMONG WORST FIRST YEAR DEPRECIATORS Fluence, C-Zero and LEAF all lose more than three-quarters of their value 15/07/15 - Three electric cars are among the worst first year depreciators in a "Bottom 10" released by motor trade valuation market leaders Glass's. The Renault Fluence, Citroen C-Zero and Nissan LEAF E have all lost more than three-quarters of their value after covering 12,000 miles during the last 12 months. Rupert Pontin, head of valuations at Glass, said: "The motor trade and the used car buying public remain interested in electric cars but are still reticent to actually buy them in numbers – and these depreciation figures reflect that fact. "To be fair, these three EVs are among some of the least attractive on the market – the Fluence and C-Zero both have a 'last generation' feel while the LEAF E is on the bottom rung of the LEAF range – but their presence does reflect the fact that the EV sector remains sluggish." Other models in the list include the lowest-powered, entry level versions of some generally popular but aging models such as the Vauxhall Insignia and Renault Megane.

Nissan recalls over 120,000 Altimas due to... spare tire inflation?!

A pressure regulator that over- or underinflated spare tires for five days earlier this year has led to a recall of 123,308 units of the 2013 Nissan Altima. Sedans that were manufactured from March 21-26 are those possibly affected by the temporary tire snafu, the recall for which will begin on May 3.
Those notified of the issue can take their sedans to their local Nissan dealer, who will check the tire pressure and correct it if necessary, but we imagine owners can probably just whip out a tire gauge to check and adjust the inflation for themselves. Should you need it, there's an official notice from the National Highway Traffic Safety Administration below with a few more details.

Why it's difficult to accurately test the efficiency of a plug-in car

When it comes to electric vehicles and plug-ins in general, the Environmental Protection Agency-certified range is a hugely important number. While actual range anxiety is largely psychological, the magic number does provide a point of comparison of buyers considering one EV over another. The driving distance is also often touted by automakers when marketing their models. Unfortunately, as Green Car Reports finds in a recent deep dive, the way the EPA calculates the figure is a convoluted mess, and discovering the reasons why is definitely worth the read. The issue isn't about bad science but instead comes down to vague wording. The EPA's accepted range test is sourced from an evaluation called J-1634 from the Society of Automotive Engineers, and it seems to provide balanced results for vehicles that automatically reach a single state of charge when plugged in. However for models with multiple charge settings, the situation gets complicated very quickly. Of course, these modes are often created in the software, meaning that a car's certified driving distance can change with just a few taps of the keyboard without the real world results owners might experience actually changing. By showing the test's effects on the certified range for the Tesla Model S, Nissan Leaf and Mercedes-Benz B-Class Electric Drive over the last few years, Green Car Reports makes a compelling argument that it's the evaluation that needs to change. Thankfully, it appears that the solution is a very simple one. Get the details here.