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Greetings from Trollhattan. I'm Emily, but I'm not a Saab.

What’s Swedish for “never give up”? Saab, apparently. The fondly-remembered car company formerly called just that — and now named NEVS — is only a shell, employing just a limited crew in the land of trolls. But itÂ’s got something to sell, and that something seems like it's really something. ItÂ’s called Emily. The Emily GT exists as six prototype electric cars, according to NEVS, with a combined horsepower rating (per car) of 484 powered by an enormous 175-kilowatt lithium-ion battery thatÂ’s good for 600 miles of range. In development almost since Saab's demise — the company, once owned by General Motors, was closed down in 2010 — the Emily is a very real product and needs a real sponsor, according to NEVS CEO Nina Selander, speaking to Carup. “It is for sale, it is also a joy to be able to show it. It should be allowed to live on, itÂ’s too nice, too good and too modern a car for nothing to come of it. Interested parties are welcome,” she said. Photos of the car show a modern, forward-thrust profile with handsome lines, a look similar to the last Saab 9-5 and VolvoÂ’s S60 (must be a Swedish thing) and a fashionable, sci-fi-ish interior. A hopeful engineer on the project estimates that the car is less than two years away from some kind of series production, but according to the modest NEVS website, the company is currently in “hibernation” even as it continues to solicit buyers for the Emilys. Said Peter Dahl, the Emily project manager, “Many have asked us what we have been doing for 10 years. We have developed 13 different car projects, this is one of them.” Related video: Volvo Saab Automotive History Electric Future Vehicles Classics

Volvo demos autonomous self-parking car concept

A number of companies are developing autonomous vehicle technology - Google and Audi come to mind - but Volvo is applying its work in the area to a particular usage case: parking. The Swedish automaker has the technology up and running in a concept vehicle, which it says can be dropped off at the curb by its owner and left to its own devices to enter and navigate a car park, then find and park in an available parking spot. Volvo says the process can even be reversed when the owner is ready to go, with the car leaving the car park on its own to meet its key-holder again at the curb.
The vehicle first interacts with Vehicle 2 Infrastructure technology, which places transmitters in the road itself to inform the car (and driver) if the self-parking service is available. The driver then hops out, activates the Self Parking function on his or her smartphone and then leaves the car to do its work. The car uses sensors, all seemingly hidden from view (an advancement of its own in this field), to autonomously navigate the car park, which includes interacting and adjusting to other cars, people and objects.
The technology used here builds off of Volvo's other work in autonomous vehicle research, namely the Safe Road Trains for the Environment (SARTRE) project in which the company managed to create a train of four cars autonomously following a lead truck at speeds up 56 miles per hour. Volvo says the first application of its autonomous research in a production vehicle will happen at the end of 2014 with some level of autonomous steering available in the next-generation XC90. See the system in action by watching the video below.

Cadillac tops Tesla in Consumer Reports semi-automated driving test

General Motors' Cadillac outscored Tesla in a new ranking of partially automated driving systems tested by Consumer Reports and released on Thursday. The highly influential nonprofit organization, which tests and rates a variety of consumer products from appliances to vehicles, said it compared Cadillac's Super Cruise and Tesla's Autopilot with similar systems from Nissan and Volvo. Nissan's ProPilot Assist was ranked third and Volvo's Pilot Assist fourth. Consumer Reports said it has been testing partially automated driving systems for several years but elected to conduct a formal study intended for publication, because "we are at a tipping point where they are now going mainstream," according to Jake Fisher, director of auto testing. The organization said its tests, conducted on a private track and on public roads in Connecticut, were designed to measure the systems' ability to automatically control steering and speed in certain situations, while helping drivers pay attention and regain manual control of the vehicle when required. CR noted that any of these systems can increase driving risk if used in inappropriate situations, or if drivers become inattentive or over-reliant on them. While they can help relieve driver stress and fatigue, Consumer Reports said, the partially automated systems are "not intended to be self-driving features." The systems typically use cameras, radar and other sensors, as well as mapping data, to monitor location and traffic conditions and help keep a vehicle centered in the lane at a safe distance behind other cars. Each system has limitations. Cadillac's Super Cruise, for instance, only functions on divided highways that have been mapped by GM. In contrast, Tesla's Autopilot can be used even on small, curvy roads with poor lane markings, but "operates erratically in those situations," Consumer Reports said.The organization tested Super Cruise on the Cadillac CT6; Autopilot on the Tesla Model 3, Model X and Model S; ProPilot Assist on the Nissan Leaf and Infiniti QX50; and Pilot Assist on the Volvo XC40 and XC60. Consumer Reports said Cadillac's Super Cruise did "the best job of balancing high-tech capabilities with ensuring the car is operated safely and the driver is paying attention." Tesla's Autopilot was cited for its capability and ease of use, while Nissan's ProPilot Assist did a better job than Autopilot or Volvo's Pilot Assist in keeping drivers engaged.