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The Scoot Quad is Nissan's small step toward EV car sharing

Halfway up Laguna Street, the panic set in. I might not make it up this hill. With my foot depressed all the way to the floor, I sucked in my stomach and started to pray. Yet again, I found myself in an unconventional way to get around on four wheels – but this time, I was on my own, and behind the wheel. Meet the Scoot Quad, aka Nissan New Mobility Concept, aka Renault Twizy. The many aliases reflect the path of descent from its development as a quirky French electric vehicle to its proliferation as a model for car sharing. The Quad resides in San Francisco as part of the Scoot fleet of shared electric vehicles and it's most certainly not for sale. As the line blurs between those who share cars for personal reasons and those who use them for business purposes, Scoot and Nissan came to an agreement in which a small number of New Mobility Concepts would join the Scoot fleet – which currently includes over 300 motorbikes. The added value of Scoot is the capacity for one-way rentals around the city, as well as a dedicated network of charging stations. "We think it's just the best way to get around the city for everyone," said Scoot fleet vice president Mike Waltman, explaining how 10 New Mobility Concepts made their way to San Francisco. Charging time is about four hours on a Level Two charger, made possible through Scoot's network of stations around the city. The one-plus-one Twizy has been in production since 2012 and on sale in certain overseas markets, but it's entirely new for the United States, and it wears the Nissan badge here – kind of. No major changes were made to the Twizy when it became the New Mobility Concept, and similarly none were made in its "transformation" to the Quad. It sports the same insectile shape and the rear profile of a top hat, as well as an identical powertrain: a 13-kilowatt motor that produces 17 horsepower, routed to the rear wheels through a single-speed automatic transmission. Charging time is about four hours on a Level Two charger, made possible through Scoot's network of stations around the city. Its top speed is 50 miles per hour, but Nissan installed a governor at 25 mph to conform to US low-speed vehicle requirements. New Scoot members are required to successfully pass an exam before beginning to use the service, so that was my first order of business. After spending about 35 minutes going through a series of informational videos on the Scoot app, as any new member would do, I was ready to ride Scoot motorcycles.

Daimler and Nissan venture to build cars in Mexico

Nissan and Daimler have been partnering ever closer for years, and now an unnamed source has told Reuters that the automakers have agreed to a 50-50 joint venture in Mexico that would build Infiniti and Mercedes-Benz models. Given that the rumors about just such a deal go back nearly six months and similar rumblings are years old, this arrangement has been a long time coming.
The insider tells Reuters that a memorandum of understanding was signed between them last month to build the Mercedes GLA-Class and new Infinitis at Nissan's Aguascalientes factory. The rumor didn't say when production would begin. It wouldn't be the first time the two automakers have decided to share this platform - Infiniti will build its Q30 compact on it in the UK next year.
The partnership between the Renault-Nissan Alliance and Daimler goes back to 2010 when the companies signed an agreement to share engines, factories and platforms. Since then, products of the partnership have included the underpinnings for the next-generation Smart and Renault Twingo and shared engines among some other models.

Nissan puts Around View Monitor on ocean-exploring robots [w/video]

Capable as it may be, we wouldn't advise driving your crossover to the bottom of the ocean. Nissan, however, is doing the next best thing by putting its Around View Monitor on seabed-crawling robots. The partnership brings Nissan together with the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) and Topy Industries, a leading manufacturer of robotic crawlers. Nissan supplies the Around View Monitor it usually puts in its crossovers and SUVs, which Topy installs on its Remotely Operated Vehicles (ROVs) and JAMSTEC sends to the ocean floor. The project even enjoys support from the Japanese cabinet through its Strategy Innovation Promotion program that aims to bring private-sector innovation to government projects. With Nissan's 360-degree camera technology, JAMSTEC and Topy hope to "uncover the mysteries of the oceans," and seem to be going about it a smarter way than submerging a landlubber like the Juke or Rogue to car-crushing depths. Just what they'll uncover remains to be seen, but we're looking forward to finding out, and applaud the initiative. Of course, Nissan isn't the first automaker to deploy its technologies in robots to explore undiscovered worlds: Toyota recently lent its voice-recognition system to the Kirobo project that put a pint-sized robot in orbit to converse with the astronauts in the International Space Station. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. NISSAN AVM TECH TO GO UNDERWATER FOR DEEP SEA EXPLORATION - Nissan's Around View Monitor (AVM) technology will help remotely operated vehicles (ROVs) search for natural resources in the Earth's oceans - Nissan's AVM is building block of company's autonomous drive technology - Featured across Nissan's crossover range including best-selling new Juke, Qashqai and X-Trail Nissan is providing its unique Around View Monitor (AVM) technology to the Japan Agency for Marine-Earth Science and Technology (JAMSTEC) and Topy Industries, Ltd., through a joint development project that may help uncover the mysteries of the oceans. The joint development contract with JAMSTEC and Topy, one of the top manufacturers of robot crawlers in Japan, will enhance the government agency's ability to search deep underwater for natural resources using remotely operated vehicles (ROVs). Nissan's AVM technology will help ROV operators avoid obstacles and navigate the ocean seafloor more easily.