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Nissan will run pilot car-sharing program with two-seat concept EVs

Nissan is using a little car to test out possible solutions to a rather big problem. The Japanese automaker will start a car-sharing program this month using its New Mobility Concept two-seat electric vehicles, which is based on the Renault Twizy platform. The cars will be the foundation of a car-sharing network called the Ultra-Compact Mobility Certification System that will take place in Yokohama's Sakonyama Danchi District. Working with housing agency Urban Renaissance, Nissan says the New Mobility Concept vehicles are part of a "method for revitalizing urban and suburban areas." Indeed, instead of the cars being used for government agencies and utility programs, they'll be used by the general public to get around. The program kicks off this month and will run for one year. Other Nissan NMC vehicles were recently put into rental service in the town of Shikano, in the east of Tottori Prefecture, for tourism purposes, at a cost of about $10 an hour plus $12 for a training license. Nissan has been running various mobility programs using the car for the better part of two years. To get an idea how small the vehicles are, their length is about a foot shorter than a Smart ForTwo. We've got Nissan's press release below. Related Video: Nissan to Test Ultra-Compact EV in Yokohama Car Sharing Project - Yokohama's Sakonyama District will start a car-sharing trial run of the Ultra Compact Mobility Certification System using the Nissan New Mobility Concept two-passenger electric vehicle (EV) - YOKOHAMA, Japan (March 23, 2015)-Nissan Motor Co., Ltd. will conduct a local trial run of the Ultra-Compact Mobility Certification System, a car-sharing network for residents of the Sakonyama Danchi District in Yokohama City's Asahi Ward. Nissan will be collaborating with Urban Renaissance (UR), a semipublic housing agency associated with Kanagawa Prefecture's Ministry of Land, Infrastructure, Transport and Tourism's (MLIT) Kanto District Transport Bureau, to study the possibilities of using ultra-compact EVs as a method for revitalizing urban and suburban areas. This local test of the car-sharing network will be implemented from late March 2015 until the end of March 2016. The trial will assess the potential of ultra-compact electric vehicles as a catalyst in revitalizing large-scale, urban and suburban commuting methods, and will gauge the value of ultra-compact EVs as short-range modes of transport that can complement public transportation.

2016 Nissan Titan gets video teaser ahead of Detroit debut

The Detroit Auto Show is going to be quite an event for pickup fans thanks to introductions of the new Toyota Tacoma and at least the rumor about the future F-150 Raptor. In addition to them, Nissan will finally unveil its next-gen Titan after months of teasing and spied glimpses. With just a few weeks before the big show, Nissan is giving us one more glimpse of the new Titan on video. This time the company plays up the pickup's American development, but the highlight for fans are the brief shots of its frame and Cummins 5.0-liter diesel V8. The engine is rumored to pump out over 300 horsepower and about around 550 pound-feet of twist. Check out the clip above another chance to see just a little more of the next Titan.

Check out Nissan's clever digital Smart Rearview Mirror

Using cameras in place of a car's rearview mirrors has long been a feature of pie-in-the-sky concept cars, although so far, it's failed to translate into the world of production vehicles. Nissan is looking to change that, though, with its new Smart Rearview Mirror.
With a flick of a switch, drivers can jump back and forth between what they'd normally see through the rearview mirror and the camera's feed from the back of the car.
The Smart Rearview Mirror blends everything we know about traditional reflective glass mirrors with a video feed from the rear of the car into a form factor that's immediately recognizable to the average motorist. With a flick of a switch, drivers can jump back and forth between what they'd normally see through the rearview mirror and the camera's feed from the back of the car. The mirror itself features an integrated LCD display with a four-to-one aspect ratio.