2012 Black Autoamtic Sport Sedan * Sunroof * Automatic * 30+ Pics on 2040-cars

Auto blog

The birth of a drifter, meet James Deane

Drifting is sometimes a maligned from of motorsport because it's scored by judges rather than the outcome of shedding tenths off of lap times. But that doesn't mean the people behind the wheel are lacking in skill. In a new documentary series XCar Films interviews European drift champion James Deane, and of course he also shows off his abilities with some smoky slides. Amazingly, Deane got started drifting at just 15 in a Ford Sierra, and a year later, he was already winning championships in a Nissan S14. His current competition weapon combines a Nissan chassis with a turbocharged Toyota 2JZ engine and a NASCAR four-speed gearbox. Deane reckons the setup makes around 650 horsepower. As this video shows, Deane is a master of getting the car to slide just where he wants it to be. Coupled with Xcar's consistently fantastic cinematography, there's an interesting story here of a racer stepping up the ladder of competition. Related Video: News Source: Xcar Films via YouTube Motorsports Nissan Coupe Racing Vehicles Performance Videos drifting xcar xcar films drifter

Nissan e-NV200 electric van will start FedEx testing in DC

The electric van test program that Nissan and FedEx announced today at the Washington Auto Show isn't really all that new. After all, FedEx is already testing the all-electric e-NV200 in Singapore, Japan and Germany. The news today is that FedEx will be one of the first companies to test the EV in the US, and Nissan brought a prototype to the show to gin up interest. 200 CHAdeMO stations were added in December, a monthly record. The e-NV200 uses a powertrain similar to what's in the Nissan Leaf and weighs about the same as that passenger car, but Nissan isn't talking about US performance figures quite yet. Nissan isn't even saying if the vehicle will even come to the US, but this test program sure hints that something like that is in the works. For now, all that's official is that Nissan will bring two - yes, just two - e-NV200 units to the US, letting FedEx test one in the Washington, DC area for between six to eight weeks before cycling the EVs to other companies in the US over the next year. The idea, as you may have guessed, it to gather data on how companies might use this van and let Nissan figure out if it wants to sell the e-NE200 here. The van will start being built in Barcelona, Spain this spring and is currently intended for Europe and Japan. FedEx is no stranger to greener vehicles, and has 167 EVs in its US fleet right now. Read more in the press release below. The e-NV200 can use CHAdeMO fast charging, and Nissan said today that it has helped install 570 of those DC fast chargers in the US since announcing expansion plans last year. At the time, the target was 500 chargers in 18 months, so things are progressing faster than publicly anticipated. In fact, 200 CHAdeMO stations were added in December, a monthly record. Jan. 22, 2014 Nissan and FedEx Express Put All-Electric e-NV200 to Work in Collaborative U.S. Test WASHINGTON, D.C. - FedEx Express, a subsidiary of FedEx Corp., and Nissan announced today at the Washington Auto Show that the two companies will begin testing the Nissan e-NV200, a 100 percent electric compact cargo vehicle, under real world conditions in Washington, D.C. This test marks the first time the vehicle will be running in North America. FedEx Express and Nissan have conducted similar e-NV200 tests with fleets in Japan, Singapore, the United Kingdom and Brazil. FedEx and Nissan are both committed to reducing the environmental impact of their operations worldwide.

Nissan tests 'self-cleaning' paint on Leaf models in Europe

Once upon a time, self-cleaning ovens were all the rage. Now, Nissan thinks the concept may apply to its vehicles. And the Japanese vehicle maker is testing it out on some of its Leaf battery-electric vehicles Europe, no less. Nissan says its trying out what's called a "superhydrophobic and oleophobic" paint on Leaf battery-electric vehicles for testing and demonstration purposes. The paint, produced by UltraTech International Inc., is designed to repel splats of liquid such as oil or standing water away from the car's surface. The paint, called Ultra-Ever Dry, does this by creating what Nissan says is a layer of air around the vehicle surface. We imagine there's a detailed chemical explanation for this phenomenon that would better explain this process, but that's the best way we can explain it. Right now, Nissan is pitching the product testing as a way to further the Leaf's reputation as what the automaker calls "the world's cleanest car." That said, the paint hasn't been tested in North America, and no plans have been made to add the feature as either a standard or optional goodie for the battery-electric vehicle. Still, go ahead and check out Nissan's press release on the magic paint below. Nissan Creates "World's Cleanest Car" – a Zero Emissions Nissan LEAF with Self-Cleaning Nano-Paint Technology For LEAF owners who never qualify for gas stations' "Free Car Wash with Purchase" offers, this technical study might be the perfect solution July 09, 2014 10:00 AM Eastern Daylight Time NASHVILLE, Tenn.--(BUSINESS WIRE)--What do you get when you combine the world's best-selling zero emission vehicle with innovative paint technology that repels mud, rain and everyday dirt? Answer: A very special Nissan LEAF electric vehicle that might just be the "world's cleanest car." "No matter what the road throws at this LEAF, its Ultra-Ever Dry® exterior coating will throw right back" Created to demonstrate its potential use in future production vehicles, this Nissan LEAF's exterior was treated with a specially engineered superhydrophobic and oleophobic paint that is designed to repel water and oils. The "self-cleaning" paint, called Ultra-Ever Dry®, creates a protective layer of air between the paint and environment, effectively stopping standing water and road spray from creating dirty marks on the LEAF's surface. Nissan is one of the first carmakers to apply this technology to a vehicle.