2005 Chrysler 300 Touring on 2040-cars

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Fiat Chrysler picks Google, Samsung for global connected car system

DETROIT — Fiat Chrysler said on Tuesday it will use technology from Alphabet Inc's Google and Samsung to connect all its vehicles by 2022, providing music and video and facilitating future car-sharing and self-driving capabilities. Fiat Chrysler Automobiles NV (FCA) will use Google's Android operating system globally instead of a mixture of software that varies by region, a spokesman said. The automaker will also use a cloud-based digital platform from Samsung Electronics Co Ltd's Harman unit. Unlike its rivals General Motors and Ford, FCA has spent virtually nothing on developing self-driving vehicle technology. This saves the company large amounts of money, but makes it reliant on outside parties to provide technology and systems. FCA said it will launch the new capabilities in the second half of 2019. The company said the system will aid owners "by predicting maintenance needs, locating fuel and charging stations, receiving traffic prompts and restaurant offers and providing live customer-care assistance at the push of the button." Chrysler Dodge Fiat Jeep RAM Technology Emerging Technologies connected car

What's in a trademark? Sometimes, the next iconic car name

The United States Patent and Trademark Office is a treasure trove for auto enthusiasts, especially those who double as conspiracy theorists.
Why has Toyota applied to trademark "Supra," the name of one of its legendary sports cars, even though it hasn't sold one in the United States in 16 years? Why would General Motors continue to register "Chevelle" long after one of the most famous American muscle cars hit the end of the road? And what could Chrysler possibly do with the rights to "313," the area code for Detroit?

Autonomous Chrysler Pacficas join Lyft test fleet

Lyft has another year of building out its autonomous driving program under its belt, and the ride-hailing company has been expanding its testing steadily throughout 2019. The company says that it's now driving four times more miles on a quarterly basis than it was just six months ago, and has roughly 400 people worldwide dedicated to autonomous vehicle technology development. Going into next year, it's also expanding the program by adding a new type of self-driving test car to its fleet: Chrysler's Pacifica hybrid minivan, which is also the platform of choice for Waymo's current generation of self-driving car. The Pacifica makes a lot of sense as a ridesharing vehicle, since it's a perfect passenger car with easy access via the big sliding door and plenty of creature comforts inside. Indeed, Lyft says that it was chosen specifically because of its "size and functionality" and what those offer to the Lyft AV team when it comes to "experiment[ing] with the self-driving rideshare experience. Lyft says it's currently working on building these test vehicles out in order to get them on the road. Lyft's choice of vehicle is likely informed by its existing experience with the Pacificas, which it encountered when it partnered with Waymo starting back in May, with that company's autonomous vehicle pilot program in Phoenix, Arizona. That ongoing partnership, in which Waymo rides are offered on Lyft's ride-hailing network, is providing Lyft with plenty of information about how riders experience self-driving ride-hailing, Lyft says. In addition to Waymo, Lyft is also currently partnering with Aptiv on providing self-driving services commercially to the public through that company's Vegas AV deployment. In addition to adding Pacificas to its fleet alongside the current Ford Fusion test vehicles it has in operation, Lyft is opening a second facility in addition to its Level 5 Engineering Center, the current central hub of its global AV development program. Like the Level 5 Engineering Center, its new dedicated testing facility will be located in Palo Alto, and having the two close together will help "increase the number of tests we run," according to Lyft. The new test site is designed to host intersections, traffic lights, roadway merges, pedestrian pathways and other features of public roads, all reconfigurable to simulate a wide range of real-world driving scenarios.