2016 Ford Transit 250 Cargo Van Lowroof Low Mi Call/text 562--222--0445 on 2040-cars
Engine:V6 Cylinder Engine
Fuel Type:Gasoline
Body Type:Full-size Cargo Van
Transmission:Automatic
For Sale By:Dealer
VIN (Vehicle Identification Number): 1FTYR2ZM0GKA77685
Mileage: 99000
Make: Ford Transit 250
Model: Cargo Van LowROOF LOW Mi
Trim: call/text 562--222--0445
Drive Type: T-250 148" Low Rf 9000 GVWR Swing-Out RH Dr
Sub Model: CALL/TEXT 562-222-0445
Style ID: 377584
Features: --
Power Options: Hydraulic Power-Assist Steering
Exterior Color: Yellow
Interior Color: Pewter
Warranty: Unspecified
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Nissan poised to nearly double exports from US by 2015 [w/video]
Tue, 27 Aug 2013As a part of a plan to double its US export volume by 2015, Nissan started shipping 2014 Pathfinder SUVs from its plant in Smyrna, TN to Australia and New Zealand. These Pathfinders are not only the first right-hand-drive models Nissan has exported from the US, but their 10,000-mile journey through the Gulf of Mexico and across the Pacific is also the automaker's furthest export.
Products from the Smyrna plant are exported to 61 different countries, and Nissan's export volume from the US will account for around 14 percent of its production this year, which is two percent more than 2012. Helping all this is the fact that by early next year, Nissan's production in North and South America will top two million units thanks to added capacity in the US and new plants in Mexico and Brazil. An official video made to look like a news feature joins the press release from Nissan posted below.
Nissan, Renault in talks to merge as one company
Thu, Mar 29 2018Nissan and Renault have been tied together as an alliance for nearly 20 years, but now the Japanese and French automakers are discussing whether to merge. Bloomberg, citing unidentified sources familiar with the confidential talks, reports that the idea is to form a larger, single publicly traded company to better compete against giants like Toyota and Volkswagen. It would also mark the end of the alliance that first began in 1999 and also includes Mitsubishi, in which Nissan acquired a controlling interest in 2016. A full merger would help the companies pool resources to develop electric vehicles, autonomous vehicles and car-sharing services. It would involve Nissan giving Renault shareholders stock in the new company, with Nissan shareholders also gaining shares in the new company, Bloomberg reports. The new company would be run by Carlos Ghosn, the current chairman of both companies. But any such merger, as you might expect, would be complicated, in part by geopolitics. The French government owns a 15-percent stake in Renault, and both the French and Japanese governments might be reluctant to let go of their respective home-grown brands. Currently, Renault owns a 43-percent stake in Nissan, while Nissan owns 15 percent of its French partner. Reuters reported recently that Ghosn proposed buying most of the French government's stake in Renault as part of plans for a closer tie-up. The Renault-Nissan-Mitsubishi alliance already has been working to establish a $200 million mobility tech fund to invest in startups, a reflection of how seismic changes in the auto industry have left many legacy companies scrambling to stay current. Nissan in 2016 paid a reported $2.3 billion to acquire 34 percent of Mitsubishi in order to share platforms, technology, manufacturing and other resources. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Image Credit: Patrick T. Fallon/Bloomberg Earnings/Financials Government/Legal Green Mitsubishi Nissan Renault car sharing merger
Nissan tests 'self-cleaning' paint on Leaf models in Europe
Thu, Jul 17 2014Once 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.