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Podcar City 9 Conference

The Podcar City Conferences are an initiative of the Institute for Sustainable Transportation (IST) in cooperation with the International Institute for Sustainable Transportation (INIST), ATRA and the KOMPASS Network to gather major stakeholders who are affected by today’s transportation issues at all levels.

The aim is to have an open and creative debate on what Podcars (Personal and Group Rapid Transit) are, what the vendors claim to be possible, what communities are looking for, and what critics and supporters have to say.

Podcar City, November 4-6, 2015 in Silicon Valley, will be the 9th annual international conference on the development and use of Automated Transit Networks, or ATN systems. Since 2007 the conference has been held in Sweden, Germany and the USA.

We anticipate an audience of 150-250 professionals and an additional 100 university students from several career paths. The main target groups are city planners, transit planners, consultants, architects, engineers, investors, developers and elected officials.

Click Here to Register
TRBConnectNov15a

Connected and Automated Vehicles: 9th University Transportation Centers Conference

Few issues are emerging more quickly, or have the potential to spur revolutionary change, than that of connected/automated vehicles (CV/AV). This is true not only for highways, but across all transportation modes. This Spotlight Conference, which is organized around the four cluster areas identified in the NCHRP report “Connected/Automated Vehicle Research Roadmap for AASHTO”, will focus on the impact of CV/AV on transportation, including planning, policy, operations, land use, design, freight movements, and transit.

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Driverless Shuttle Gives Momentum to GoMentum Station

Burney Simpson

California’s massive driverless test track GoMentum Station will begin running a driverless shuttle next year in a nearby business park in an agreement with EasyMile, the French maker of the EZ10 vehicle.

The GoMentum Station in Concord, Calif., offers about 20 miles of paved roads and urban infrastructure. Honda and Mercedes are currently testing automated vehicles at the facility, and recent reports have said that Apple is seeking to test a vehicle at GoMentum. It is operated by the Contra Costa Transportation Authority.

EasyMile says about 1.5 million passengers have used the driverless shuttles it operates in Finland, France, Italy, Spain, and Switzerland. The EZ10 is an electric shuttle people mover that carries about a dozen passengers and typically travels on a single track.

The GoMentum deal is the first of its kind in the U.S. that uses Shared Driverless Vehicles (SDV), according to the partners. EasyMiles’ European shuttle has no steering wheel but that will have to be added to meet California rules for driverless vehicles.

EasyMile is a joint venture of two French firms – Robosoft and Ligier Group. Ligier provides the body, chassis and other hardware while Robosoft provides the robotics and self-driving technology. Robosoft has been making robotic equipment for 30 years and counts clients in the military, healthcare, cleaning services, and goods and people transportation firms.

Two of the shuttles will begin operating next summer in the Bishop Ranch, a 585-acre business park in San Ramon, Calif., according to a release from the partners. There are about 650 companies operating at the ranch including AT&T, Chevron, General Electric, and Toyota.

 

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Silicon Valley Buses Adopt DSRC and V2I to Speed Rides, Cut Fuel Use

Burney Simpson

Riding the bus isn’t usually high-tech but a new app in Silicon Valley designed to make public bus operations more efficient is using Dedicated Short Range Communication (DSRC) to conduct Vehicle-to-Infrastructure (V2I) communication.

Arada Systems teamed with eTrans Systems to develop the computer-enabled Smart Stop that gives waiting commuters the capability to send a request to the bus driver that they want to be picked up. Smart Stop was developed with the Santa Clara Valley Transportation Agency, the county agency that operates the buses.

The VTA is implementing Smart Stop to make its bus routes more efficient and to lower fuel use.

“Connected vehicle technologies can contribute significantly to creating a simplified ridership experience, allowing buses to communicate with passengers at bus stops to ensure no passenger is missed yet only stopping when there is a passenger for the specific route to save fuel,” said Gary Miskell, chief information officer with the VTA.

Bus stops will be equipped with a hardened mobile computer with a 10-inch touch screen that can conduct V2I communication with a moving bus by using the DSRC wave length.

Fairfax, Va.-based eTrans specializes in the development and security of connected vehicle systems. Clients include automotive, transit, insurance and academic institutions.

eTrans Systems is pleased to lead the smart-stop project with the VTA and Arada Systems,” said John Estrada, CEO of eTrans. “Smart-Stop will both improve and increase ridership in Silicon Valley.”

“Arada Systems is pleased to partner with VTA to promote smart ridership”, said Praveen Singh, CEO of Arada Systems, Inc., “Our goal is to show the while DSRC is imperative for vehicle safety, it can also be used for other smart applications like Smart-Stop.” “

Vehicle to Infrastructure technology allows vehicles to interact with each other when travelling at high-speeds, providing drivers warnings about potential hazards, and possibly avoiding accidents. The National Highway Traffic Safety Administration (NHTSA) projects that this kind of advanced communication can reduce up to 80 percent of the vehicle crashes in the U.S.

Troy, Mich.-based Arada Systems develops, licenses and provides end to end solutions for the next generation connected and semi-autonomous vehicle technologies.

Photo: Tri Met Bus by Swong95765, 2014.

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Tesla Trumps Apple in Summer’s Driverless Car Mashup

Burney Simpson

The only trend moving faster than driverless transportation this August is Bernie Sanders.

This last week saw major interest in the autonomous vehicle industry, first with the Guardian breaking the news that Apple is seeking to use the driverless test track in Contra Costa, Calif., and, second because a Morgan Stanley analyst predicted that Tesla’s stock could nearly double in value, primarily because of its potential driverless technology.

Now, August can be a slow news month. But since when did vehicle test tracks become major clickbait?

The Apple story brought new life in the media to the battle between Michigan’s Mcity and California’s GoMentum Station. (See “Driverless Car Testing to Expand at Contra Costa,” March 20, 2015).

WEST COAST VS MIDWEST VS SOUTH

In brief, that’s the competition between the solid but dull Midwesterners and the creative but out-there Silicon Valley-ites. The next big angle is Virginia Tech’s track in Blacksburg, so we can learn about the hard-driving but backward good ol boys. (See “Va Tech Leaves ‘Em Eating Its Dust in Race to be the Top Driverless Test Track,” June 7, 2015)

A quick question — didn’t test tracks used to mean a bunch of sweaty guys jotting down notes on a clip board? Now it’s tattooed millennials tip-tapping into tablets.

The Guardian obtained secret documents that show, supposedly, that Apple is ready to spend some of the $200 billion it has in the bank, and it wants to become a car company.

Apple has been looking into reserving space at the GoMentum test track, the 5,000-acre site with 20-some miles of roads that Honda and Mercedes have been using in the last 12 months. Apple likes the fact that GoMentum has barbed wire fences and security guards with guns, claims the Guardian, because the firm is very secretive and their headquarters are in the area anyway, and they need to use that talent they’ve been poaching from competitors.

By the way, the Apple project is “codenamed Project Titan,” the Guardian reports, and it is led by Professor Charles Xavier. (No, we just made that up, the professor part. But it is called Project Titan.)

ELECTRIC DRIVERLESS RIDE-SHARING

Meanwhile, Tesla may be working on marketing an electric, driverless-vehicle ride-sharing service directly to consumers, according to Morgan Stanley’s Adam Jonas. This builds on the comment a few months ago by an Uber executive that the cab company would gladly buy half a million driverless cars from Tesla if only the electric car OEM were to make them.

The Tesla theorizing actually takes the futuristic aspect of driverless vehicles to the next logical stage, which is using an engine that reduces the use of fossil fuels.

TeslaStore1Currently, much of the power used to recharge Tesla’s electric cars is generated by plants burning coal and oil. But let’s look down the road about 10 or 20 years. Perhaps by then solar and wind will have displaced coal/oil as the principal fuels generating the power we will use to charge our driverless vehicles.

Under Jonas’ concept, Tesla will make a driverless electric vehicle, then build and operate a mobility service using these creations, cutting out such middlemen as Uber and possibly local mass transit systems.

This projection is similar to the study released this year by scientists at Lawrence Berkeley National Laboratory that a self-driving, electric taxi could reduce operating costs and produce 90 percent lower greenhouse gas emissions than a 2014 gasoline-powered, privately-owned vehicle. (See “Driverless Electric Cabs Will Cut Emissions, Save Bucks: Berkeley Study,” July 21, 2015). The costs savings would come from eliminating the driver and from lower fuel and maintenance expense.

Yes, the Tesla theory is based on a lot of what ifs and assumptions. But it comes from current trends and the stated goals of western governments.

Could it happen? Who knows, but it’s a lot more interesting than a Dick Tracy watch.

 

Feature photo – Mini car (electric car), Milan, Italy by Dzhingarova.

Photo in story – Amsterdam: Tesla Store by harry_nl, 2014

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Driverless Cabs Could Be Cheaper Than the Subway

Burney Simpson

A driverless ‘robo-taxi’ could cost 35 percent less than a conventional taxi, and may even be cheap enough to compete with mass transit, according to the new report ‘Robo-Taxis and the New Mobility‘ by Boston Consulting Group (BCG).

Commuters would probably be charged the cheapest robo-taxi rate because they would regularly schedule the vehicle in advance, travel from fixed start and end points, and share the ride with at least one other passenger, BCG reports. These taxis would offer a private compartment for each rider.

In its cost comparison, BCG uses an occupancy rate of 1.2 passengers per ride, the average rate for New York City cabs (See BCG chart above). A driverless robo-taxi carrying 1.2 passengers would cost $1.80 per passenger mile, compared with the $2.80 cost of a cab with driver, the research firm reports.

BCG found that a robo-taxi with two passengers would cost $1.10 per passenger mile, highly competitive with the $1 a mile cost for a subway ride. Theoretically, robo-taxis carrying commuters would be cheaper still if their operators received any of the local, state and federal funds that public transit receives.

Robo-taxi firms will be operated by ‘mobility providers’ – a mix of taxi companies, ride-sharing services, tech firms, and OEMs – that would rent their service either by the length of the ride or by the amount of time the vehicle is used.

BCG contends that robo-taxis would make ride-sharing services commonplace, reduce car ownership and congestion in urban areas, and even lower emissions.

For more on BCG’s research, see Driverless Transportation’s “Consumer Demand Will Bring Partial-Autonomous Driving Tech This Year: Study” on the firm’s ‘Revolution in the Drivers’ Seat: The Road to Autonomous Vehicles.’

Events

logosparbilar 200x263

Podcar City 9 Conference

The Podcar City Conferences are an initiative of the Institute for Sustainable Transportation (IST) in cooperation with the International Institute for Sustainable Transportation (INIST), ATRA and the KOMPASS Network to gather major stakeholders who are affected by today’s transportation issues at all levels.

The aim is to have an open and creative debate on what Podcars (Personal and Group Rapid Transit) are, what the vendors claim to be possible, what communities are looking for, and what critics and supporters have to say.

Podcar City, November 4-6, 2015 in Silicon Valley, will be the 9th annual international conference on the development and use of Automated Transit Networks, or ATN systems. Since 2007 the conference has been held in Sweden, Germany and the USA.

We anticipate an audience of 150-250 professionals and an additional 100 university students from several career paths. The main target groups are city planners, transit planners, consultants, architects, engineers, investors, developers and elected officials.

Click Here to Register
TRBConnectNov15a

Connected and Automated Vehicles: 9th University Transportation Centers Conference

Few issues are emerging more quickly, or have the potential to spur revolutionary change, than that of connected/automated vehicles (CV/AV). This is true not only for highways, but across all transportation modes. This Spotlight Conference, which is organized around the four cluster areas identified in the NCHRP report “Connected/Automated Vehicle Research Roadmap for AASHTO”, will focus on the impact of CV/AV on transportation, including planning, policy, operations, land use, design, freight movements, and transit.