Skip to main content

CityMobil2 selects first seven sites

The European project CityMobil2 has selected the first round of sites to run demonstrations and showcases of automated road transport systems, which are made up of vehicles operating without a driver in collective mode, under the control of a fleet and infrastructure supervision system.
May 7, 2014 Read time: 3 mins
The European project 7758 CityMobil2 has selected the first round of sites to run demonstrations and showcases of automated road transport systems, which are made up of vehicles operating without a driver in collective mode, under the control of a fleet and infrastructure supervision system.
 
The French coastal town of La Rochelle will kick off the first large-scale demo in autumn 2014, which will run for around six months. The 2015 World Exhibition in Milan will be the site of the second large-scale demonstration from May until November 2015. The EPFL campus in the West Lausanne region will host the third large-scale demonstration at a date still to be determined.
 
The Italian town of Oristano in Sardinia will host the first small-scale demonstrator this July and August, followed by a one-month demonstration in the city of Vantaa, Finland, in the summer of 2015.
 
Two showcases, involving a demonstration of automated transport over a period of several days with the aim of raising local awareness of these systems and wider mobility challenges, will start in September 2014 in Leon, Spain, followed by the CERN campus on the French-Swiss border near Geneva.
 
More sites will be progressively selected to host a CityMobil2 demonstration in 2016. Between seven and nine demonstrations are expected to be take place during the project. In total, some 12 towns and cities (or equivalent) carried out feasibility studies and were candidates for a demonstration. All recognise the potential of vehicle automation to improve their passenger transport service.
 
French company 7759 Robosoft, a specialist in robotic technologies across different sectors, will supply a fleet of automated vehicles and supporting systems. The vehicles are conventional electric minibuses that Robosoft is converting to make them fully automated. Each vehicle can carry twelve people, or ten with a wheelchair, and the combined capacity of the vehicle fleet should be around sixty. The maximum speed of the vehicle is 45 km/h; however, this will be adjusted to the specific conditions of each demonstration site. A second fleet of vehicles is in the process of being selected.
 
Several automated transport schemes are in operation around the world, including Group Rapid Transit at Rivium Park Shuttle in the Netherlands, Morgantown in the US, and Personal Rapid Transit at Heathrow airport, UK and in Masdar, UAE. All these systems use exclusive and physically protected infrastructures.

To encourage a wider take-up of automated transport systems within urban areas, CityMobil2 aims at deploying them while progressively removing the physical barriers around them. This follows previous studies showing that transport systems based on automation have significant potential in areas of low to medium demand and/or as a feeder service to the main public transport network. Their costs are comparable to conventional public transport yet they can offer a high-frequency, on demand collective 'taxi-like' service.
 
The CityMobil2 project is tackling other hurdles to the deployment of automated transport systems, including the legal barriers. Currently, various international conventions and national road and vehicle regulations include references to the driver, and his/her duties and liabilities. CityMobil2 is exploring the prospects for a harmonisation of the legal framework at EU level and developing a validation and certification framework for the deployment of fully automated vehicles in public roads.

For more information on companies in this article

Related Content

  • Vancouver's metro transport promotes alternatives to driving
    January 26, 2012
    David Crawford looks at Vancouver and the legacy of a Olympic transport success
  • Central Europe signs up to ITS standards
    May 31, 2013
    Seamless multi-modal traveller information services are becoming reality in the Danube Region. On 15th of March 2013, a Hungarian national holiday of which many people were unaware, unexpected extreme winter weather paralysed Hungary as well as large parts of Slovakia. Several thousand people were stranded on the region’s highways and the railways incurred delays of several hours. Not only did the transport system in the affected regions break down, the information flow to neighbouring countries was very sl
  • Global navigation reference point to test zero emission driverless vehicles
    December 4, 2014
    A successful consortium led by the UK’s Transport research Laboratory (TRL) has been selected by Innovate UK to deliver the GATEway project (Greenwich Automated Transport Environment), one of three projects awarded to test driverless vehicles in UK urban locations. The US$12.5 million project will see three trials of different types of zero emission automated vehicles within an innovative, technology-agnostic testing environment set in the Royal Borough of Greenwich. The ‘prime meridian’ was establi
  • European tunnel safety steps up a gear
    September 19, 2017
    David Crawford reviews the latest safety systems installed in European tunnels. Blueprints for the safer road tunnels of the future are emerging fast as European operators invest in technologies to enhance travellers’ prospects of surviving an accident. Central to modern emergency planning is the principle that, following an incident, drivers should be enabled to rescue themselves and their passengers with the aid of prompt and correct identification and communication of the hazard. Roles for cooperativ