Posts

FordSnow1

Ford Driverless in the Mcity Snow - Video

Now this is a driverless test. Check out this video from Ford.

Let’s see how these babies work when its 20-below wind chill, the Hawk is hurling sleet, wheels spinning on black ice, and road lines blurred with drifting snow.

Ford made this recently at Mcity in Michigan, and they say they are the first to test driverless in snow. Not sure about that but they are surely testing under tougher conditions than their new partners from Mountain View, Calif. (See “Ford-Google Alliance Could Go Beyond Just Autonomous Cars“).

Photo by kyn_chung of Henning Solberg, Ilka Minor, Ford Focus RS WRC ally in Sweden 2010, is not of Mcity or any driverless test.

 

WillowRun1

Michigan Launches 330-Acre Autonomous Vehicle Test Site

Burney Simpson

Mcity is about to get a big brother. A very big brother.

Michigan will develop a 330-acre test bed for autonomous vehicles, joining the state’s 32-acre Mcity site that opened last July in Ann Arbor.

The new site overlaps much of the historic Willow Run area where B-24 bombers were built as part of the ‘Arsenal of Democracy’ in World War II, said Sen. Gary Peters, a Michigan Democrat.

“This will be a state of the art autonomous vehicle test ground,” said Peters who was speaking at MobilityTalks, a seminar for Capitol Hill politicos held a day before the 2016 Washington (D.C.) Auto Show.

The site in Ypsilanti Township will be called the American Center for Mobility, according to reports.

ARSENAL OF TECHNOLOGY

The new test bed ramps up the competition to be the leading autonomous vehicle testing ground for auto OEMs, parts suppliers, state DOTs and others. In November, Ford began testing its technology at Mcity.

Virginia Tech Transportation Institute operates several testing sites in its state, and GoMentum Station in California’s Silicon Valley has attracted the likes of Daimler and Honda.

Willow Run produced nearly 8,700 B-24 Liberator heavy bombers during the war. It changed hands several times post-war and in 2010 General Motors closed a powertrain plant there during the Great Recession.

“If our country is to survive we’ve got to have more manufacturing,” said Peters. “And you don’t have manufacturing without an auto sector.”

The MobilityTalks panel discussion featured leaders from Toyota, GM, RideScout, and the Federal Trade Commission.

The seminar was sponsored by Motor & Equipment Manufacturers Association (MEMA). The trade group reports that motor vehicle parts suppliers generate nearly 750,000 direct jobs, and 1.3 million indirect jobs in the U.S.

Photo – Kaiser-Frazer Plant, Willow Run, Michigan by Wystan, 2013.

1_trafficcircles3 jpg_V2V2

Big Bucks for V2I, V2V in Transport Bill

Burney Simpson

Congress and the President have included millions in funding for autonomous and connected vehicle research and implementation in the just-enacted $305 billion surface transportation bill, a demonstration of the bipartisan support for the technology.

The proposal signed by President Obama last Friday includes 20 major programs related to autonomous and connected vehicle development and implementation, according to ITS America, the Washington, D.C.-based intelligent transportation systems trade group. (An ITS America brief on 20 of the FAST Act’s transportation technology components is available).

The bill, nicknamed the Fixing America’s Surface Transportation, or FAST Act, includes a provision that provides annual funding of $100 million for intelligent transportation systems research with a focus on freight systems and cybersecurity.

Another provision is designed to assist states and localities address the possibly prohibitive costs of deploying Vehicle-to-Infrastructure (V2I) and Vehicle-to-Vehicle (V2V) communication systems. The $60 million grant program will fund five to 10 grants a year for the deployment of this advanced technology to improve safety.

A recent Government Accountability Office report estimated that a V2I site could cost more than $50,000 (“Each V2I Site Could Cost $51,650”).

The FAST Act also includes $67.5 million annually for a technology and innovation deployment program, and a $4.5 billion, five-year grant program to be spent on intelligent transportation systems for freight.

“This bill reflects Congress’ support for the new wave of transportation innovation and its understanding that connected and autonomous vehicles will transform the nation,” said Paul Feenstra, ITS America interim executive vice president.

Feenstra noted that both the U.S. House and Senate overwhelmingly approved the bill last Thursday, and President Obama signed it on Friday, a sign that innovation in transportation technology has become a bipartisan issue.

Momentum on the topic includes plans by the U.S. Department of Transportation to release guidance next year on V2I to the states and local agencies, a National Highway Traffic Safety Administration policy that V2V technology be in all new vehicles, and reports that DOT could soon announce a new automated vehicle policy.

GET TECHNOLOGY IN THE FIELD

These developments and FAST Act funding answer the question, “How do we get technology out to the field?” said Feenstra.

FAST Act projects without specific funding include a technology deployment program for ITS projects in commercial vehicles, a fleet safety program, and the requirement that auto sales stickers include information about the collision avoidance technology included in the vehicle.

Rep. Daniel Lipinski, a Chicago Democrat and a member of the U.S. House Transportation & Infrastructure Committee, successfully included several of his projects in the finished bill (“Feds Need Interagency Connected Vehicle Office”).

Between $72.5 million to $77.5 million annually will go to the creation of University Transportation Centers that will focus on traffic safety, congestion, connected vehicles, connected infrastructure, and autonomous vehicles. The language is open to interpretation but currently both Virginia Tech in Blacksburg, and the University of Michigan Transportation Research Institute in Ann Arbor, fit that definition.

Lipinski also received a commitment that U.S. DOT would create a comprehensive database of its research projects, and that the GAO will research and write an assessment of autonomous transportation technology policies that have been developed by public entities in the U.S.

Chevrolet Volt - General Motors

GM Experiment Will Allow Employees to Summon Autonomous Chevrolet Volt Through App

Jennifer van der Kleut

General Motors reports that its Canadian arm will help develop a fleet of autonomous Chevrolet Volts to take part in an experimental ride-on-demand project.

GM Authority reports that GM Canada president and managing director, Steve Carlisle made the announcement at an event this week.

It appears the Volts will be manufactured at GM Canada’s facilities in Oshawa, Ontario and then be shipped to Michigan.

There, GM employees will be able to summon a car through an app when they need a ride. Autonomous technology will “deliver” the car to the person, and then deliver the person to their destination, and then self-park.

“The program will serve as a rapid-development laboratory to provide data and lessons to accelerate GM’s technical capabilities in autonomous vehicles,” GM Authority explains.

Read more about the announcement and program on GM Authority.