Skip to main content

Major European project for safer cycling

A major EU project is studying ways of facilitating the interaction between cyclists and motorists with the help of technical aids in order to reduce the risk of accidents. Project Xcycle, which involves researchers from six European countries, aims to find ways of achieving greater equality for cyclists in traffic, encouraging more cycling, and making travel by bicycle safer. The Swedish Road and National Transport Research Institute (VTI) is a major player in the project and are responsible for evaluating
November 8, 2016 Read time: 3 mins

A major EU project is studying ways of facilitating the interaction between cyclists and motorists with the help of technical aids in order to reduce the risk of accidents.

Project Xcycle, which involves researchers from six European countries, aims to find ways of achieving greater equality for cyclists in traffic, encouraging more cycling, and making travel by bicycle safer. The Swedish Road and National Transport Research Institute (5230 VTI) is a major player in the project and are responsible for evaluating the entire concept.

To achieve the project objectives, it has been divided into six work packages (WP), spanning 42 months. Three of these will examine and test systems and assess and integrate the results for further evaluation. The systems under evaluation include:

Infrastructure-based systems using bicycle-friendly infrastructures incorporating green wave technology; Xcycle will investigate the potential of signals that can adapt to the cyclists’ behaviour, thereby catering to low-flow situations where the risk is greater.

Cooperative systems, where intersections are equipped with sensor such as radar, cameras, or RFID readers that would locate the position of cyclists and wirelessly transmit this information to other vehicles.

Vehicle-based systems, using image processing or radar technologies to locate cyclists and warn other drivers.

Xcycle focuses on bicycles as users who have distinctive needs and behaviours from those of other vulnerable road users such as pedestrians or motorcyclists. Passive or active detection, to increase the visibility of cyclists, can be a practical and viable solution. The use of on-bike technology to protect cyclists is still in its infancy.

“We are to develop technical solutions to warn both drivers and cyclists of potential incidents, for example, at intersections. These could be methods for displaying information both in vehicles and out in traffic, systems that work together to reduce the risk of collisions,” says VTI researcher Katja Kircher.

One work group will develop and test systems incorporating advanced sensor technology that can detect and issue warnings when cyclists are near larger vehicles. Another group will create a traffic signal system that reduces the risk of accidents. These new systems will be tested by German company Braunschweig at a new testing ground designed for infrastructure and traffic research.

Researchers will also develop a demonstration cycle for testing technology that will be able to cooperate with other vehicles.

Xcycle is an EU project within the EU framework programme for research and innovation, Horizon 2020. The project began in May 2015 and its final report is due in October 2018. Nine organisations from Italy, the Netherlands, Great Britain, Sweden and Germany are participating.

For more information on companies in this article

Related Content

  • Bogotá’s affordable path to safer roads
    April 28, 2022
    Enforcing speed limits on key corridors is a cost-effective way of reducing collisions in the Colombian capital, say the authors of a new study. Andrew Stone talks to them
  • Radar and laser detectors save wild animals, protect drivers
    August 29, 2013
    The Ministry of Transportation (MTO) in Ontario, Canada, where collisions with wild animals cost the province more than US$95 million annually, has installed wildlife sensor and alert systems to reduce the number of animal-vehicle collisions on its highways. The MTO has installed two types of systems – one uses laser tripwires to detect animals and the other uses radar, an alternative that was found to address some of the challenges posed by laser systems. Neither system has yet been determined to be
  • New York’s MTA tests new safety technology on buses
    October 5, 2015
    As part of the MTA’s ongoing commitment to improving safety across all agencies and in coordination with New York City’s Vision Zero plan, MTA New York City Transit has begun to test new technologies aimed at improving safety for drivers, bus customers and pedestrians. The 60-day tests of pedestrian turn warning and collision avoidance systems will determine if a full pilot of one or both systems can proceed in 2016. NYC Transit’s Department of Buses is testing two systems on six buses: a pedestrian turn
  • Continental developing road departure protection systems
    June 25, 2015
    International automotive supplier Continental is working on new road departure protection systems that aim to eliminate unintended road departures, which currently are not completely covered by today’s lateral guidance advanced driver assistance systems (ADAS), preventing fatal accidents from occurring on highways and rural roads. According to the US Department of Transportation Federal Highway Administration, approximately 55 per cent of traffic fatalities in the US involve a vehicle crossing the roadwa