2014 Nissan Versa 1.6 Sl on 2040-cars

Auto blog

Nissan says Leaf battery packs are nearly bulletproof

Like the old 1970s Schoolhouse Rock song (and an early-90s remake from hip-hop artists De La Soul), three, indeed, is the magic number. That's how many Nissan Leaf batteries have conked out in Europe during the past four-plus years. Out of about 35,000. I'd hate to be a member of that unlucky trio. The Japanese automaker says it has shut up the naysayers who once crowed that electric motors may be less reliable than gas- or diesel-powered engines. Nissan has done so by maintaining a 99.99 percent "battery success rate" in Europe. With only an on-board charger, inverter and motor, the Leaf's electric motor costs 40 percent less to maintain that gas- or diesel-powered engines. Nissan does seem to be getting more converts across the Pond. Nissan boosted European sales of the Leaf by about 33 percent last year to more than 15,000 units. Meanwhile, here in the States, sales jumped 34 percent last year to more than 30,000 vehicles, though early 2015 sales appear to be down as lower gas prices are leading American car shoppers to larger, more gas-swilling vehicles. Still, Nissan recently said it surpassed sales of 75,000 units in the US and we expect the March sales numbers to show that the Leaf has become the top-selling plug-in vehicle in US history. Take a look at Nissan Europe's press release below. Related Videos: Nissan LEAF battery reliably outperforms cynics, critics and alternatives Five years on, Nissan reports 99.99% battery success rate across Europe More reliable than a petrol or diesel engine, according to industry averages Nissan LEAF is the world's best-selling all-electric car, with over 165,000 sold globally Rolle, Switzerland, 23 March 2015: Five years and more than 35,000 European sales since the launch of its all-electric LEAF, proprietary data released by Nissan for the first time shows that 99.99 percent of its battery units remain entirely fit for purpose. The failure rate of the battery power unit is less than 0.01 percent - or just three units in total - a fraction of the equivalent industry-wide? figure for defects affecting traditional combustion engines. To prove the long-term reliability of the battery technology, Nissan tracked down a rather infamous early model, whose owner is still enjoying fault-free motoring in her LEAF three years on: http://youtu.be/6V1bJJwJhEg Electric vehicle advocate and presenter of online TV channel Fully Charged, Robert Llewellyn commented: "This comes as no surprise.

Nissan's front-engined Le Mans car caught testing at COTA

As far as we can tell, not only is it true, it's wilder than we could have expected: not only does the Nissan LMP1 entry for Le Mans have its engine in the front, it apparently uses that combustion engine to power the front wheels while its KERS unit powers the rear wheels. Those rear wheels could be of smaller diameter than the front wheels, and total system horsepower for the racer "is a conservative 2,000 [hp]." And check out how far back that pilot is sitting. Let's start with what's been seen in person. A race team testing at the Circuit of the Americas caught the GT-R LM on track a few days ago, so Jalopnik schlepped out to the track the following day and took photos and video. There's a big ol' meaty front end where the twin-turbo Cosworth V6 lives, and that gives way to a trimmer back end. Mulsanne Corner, which has been following the car's development, figures the weight balance percentage is around 55- to 58-percent in the front through strategic placement of the KERS unit and radiators, putting it in the same division as proper mid-engined cars. A prop shaft runs from the KERS in front to the rear of the car. It's speculated that the rear wheels are smaller than the front wheels because of that narrower rear end. In some of the Jalopnik photos the rear wheels do look smaller, which could explain the complicated half-shaft and drop-gear arrangement thought to be housed back there. If all that is true this will already be the "radically different" car Nissan wanted to build. Yet there's more: Mulsanne Corner says the Nissan is targeting an ultra low drag setup, so there's a lot of talk about the car not having a rear wing, or only the hint of one, and Nissan plotting "mental" speed targets for the French track. Having the engine in front is what would offer more flexibility with the rear wing. There's a good chance we'll know what it looks like on February 1, during the Super Bowl. Nissan will air a 60-second spot, and the advance tweet with the tagline "We're Back" and a helmet promises something racey. There are more pics over at Jalopnik along with a brief video of it running at speed.

Sebastien Vettel testing Infiniti's production Etherea?

It sounds like Sebastian Vettel has had his hands full recently, juggling his Formula One racing career while moonlighting as the newly appointed director of performance at Infiniti. On that latter note, Autocar is reporting that Vettel has been testing a production version of the Etherea Concept at France's Circuit Paul Ricard.
There is still no word as to when we could see this car go into production or what it will be called (possibly the Q30), but it will likely share a platform with the Mercedes-Benz A-Class as a part of the Daimler/Renault-Nissan collaboration. The article also said that this future entry-level Infiniti would be produced at Nissan's Sunderland, UK plant.