2006 Sedan Used Gas V6 3.5l/214 5-speed Automatic Fwd Gray on 2040-cars

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Nissan explains why GT-R LM Nismo is front-wheel drive

History and conventional wisdom tell us that a racing car should be either rear-wheel drive or have its engine in the middle (or, preferably, both). Considering this, Nissan's decision to field a front-wheel-drive, front-engined race car at the 2015 24 Hours of Le Mans is at least a little bit strange. Why, though? Why is Nissan ignoring literally decades of evidence to the contrary with the new GT-R LM Nismo? As the company's driver, Jann Mardenborough tells it, the layout plays to the all-consuming pursuit of optimum aerodynamic efficiency. Check out Nissan's full explanation behind the front-drive GT-R and get a taste of the company's FWD racing pedigree, in the video attached up top.

2013 Nissan Pathfinder: July-September 2013

This Nissan is the most in-demand long-term vehicle we've ever had.
They may not readily fall into the sweet spot of driving enthusiasts, but our year-long test of this Nissan is proving to be an object lesson in why crossovers are so popular - especially large ones like our three-row Pathfinder. In fact, it's been so busy that it's hardly been at a standstill long enough to pen an update, which is why this one is late. Simply put, this Nissan is the most in-demand long-term vehicle we've ever had, racking up more miles and more long-distance trips than any LT vehicle in the Autoblog stable.

Nissan Leaf battery cells put through torture test, live to charge again

One minor chink in the armor of the Tesla Model S is that a small number have caught fire, once their battery packs were penetrated. Nissan Leaf drivers, however, might just be able to weather such an event without an ensuing CarBQ. Our evidence for such a claim? A video that has surfaced of cells from a Leaf pack undergoing a battery of torture tests (pun somewhat-ashamedly intended). Shared by folks at the Hybrid Auto Center in Las Vegas – who offer for sale, among other things, used Leaf lithium battery modules – the footage shows salvaged cells being brutally assaulted with a screwdriver, and later, a propane torch. Granted, these tests are not the same thing as flinging a piece of metal into a working pack at 70 miles per hour, but they do claim to show that a puncture does not always equal a fire. Oh, and don't try this at home. When pierced through by the flat head tool, there is no explosion or eruption of flame. Instead, a rather modest wisp of smoke shyly emerges as the electrolyte next to the shorted area of the fully-charged foil pouch reacts with the influx of oxygen. Again and again, the blade descends, until the cell is riddled with holes. No fire. Amazingly, when connected with a voltmeter afterward there are still plenty of signs of life, and when it is charged and discharged (off-camera), it reportedly suffers only a slight loss of charge capacity. The video goes on to show another cell attacked with open flame with similar results. While the demonstration is, perhaps, somewhat crude, the message it sends is loud and clear: lithium batteries can be safe and rather robust, despite some freak accidents. Scroll below to watch the short presentation for yourself. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.