Skip to main content

Finnish city sets up robotic vehicle trials 

Test area will allow autonomous vehicles to be tested without human intervention
By Ben Spencer October 29, 2020 Read time: 2 mins
Finnish city is also assessing the possibility of using autonomous buses to the support Tampere Tramway (© Allexxandar | Dreamstime.com)

The Finnish city of Tampere is allowing companies and research institutes to trial smart transport and autonomous vehicles (AVs) in a test area of its Hervanta suburb.

The Smart Tampere programme describes the Hervanta test area as “a private cloud-based LTE network built by Nokia.”

The plan is to allow companies, higher education and research institutions to test smart city products and services that utilise 5G technology and to develop a strategic development programme that encourages carbon neutral mobility in the region. 

The test area will allow autonomous vehicles to be tested without human intervention, Smart Tampere adds.

It was established with a range of partners which include engineering consultancy Ramboll and the VTT Technical Research Centre of Finland.

It has been developed as part of a European Regional Development Fund Project called Smart City Test Area – Towards Level 4 Automated Transport.

Level 4 describes autonomous vehicles which are able to intervene themselves - rather than the driver doing it - if there is a systems failure.

Atte Riihelä, project manager at Ramboll Finland, says: “Our international benchmark study found four factors that support success: the region’s high level of expertise, public support, political will, and a transport environment suitable for testing. All of these factors are present in the case of the test area in Tampere.”

Aside from this initiative, Tampere is looking into the possibility of using autonomous buses to complement services offered by the Tampere Tramway.

The city's Hiedanranta district is already testing autonomous buses with the aim of becoming a carbon-neutral area.

For more information on companies in this article

Related Content

  • Eastlink trials of automated vehicle technologies ‘have delivered real results’
    August 23, 2017
    Trials in Australia to determine the compatibility of the latest automated vehicle technologies with EastLink have been steadily progressing throughout this year. The trials are being undertaken by EastLink in partnership with VicRoads, the Australian Road Research Board (ARRB), La Trobe University and RACV, with the assistance of major vehicle manufacturers. With autonomous driving on EastLink and other suitable freeways expected within the next few years (subject to legislative changes), Eastlink says the
  • Europe’s first driverless bus trial begins
    August 15, 2014
    Two automated driverless vehicles have begun transporting passengers in Sardinia as part of tests co-funded by the EU’s Seventh Framework Programme. The demonstrations are led by the City Mobil 2 project, which is testing automated vehicles in real-life urban environments. The two driverless buses, which can carry up to 12 passengers each, are being piloted on a busy pedestrianised seafront promenade in Oristano. The route is about 1.3 km long and has seven stops. The buses are guided by a differenti
  • Driver Ahead conference: more training needed on driverless cars
    October 12, 2017
    Driverless cars can create confusion unless training meets the fast pace of change and helps drivers cope with a whole new set of demands, according to a conclusion reached by industry experts at London’s ‘Driver Ahead’ conference in London. The IAM RoadSmart/ RAC Foundation/ Pirelli event consisted of over 100 industry experts who set out to map a safe route for driverless cars. Guest speaker Victoria Coren-Mitchell opened the conference by introducing the “death by code” concept
  • ‘Free’ power for signs, shelters and so much more
    March 17, 2016
    David Crawford looks at the sunny side of the street. Solar power has been relatively slow in entering the transport sector, but a current blossoming of activity bodes well for the large-scale harnessing of an alternative energy that is zero-emission at source and, in practical terms, infinitely renewable. Traffic management and traveller information systems, and actual vehicles, are all emerging as areas for deployment. Meanwhile roads themselves are being viewed as new-style, fossil fuel-free ‘power stati