Skip to main content

Swarco’s control signal system wins Netherlands motorway approval

The highly sophisticated control and signalling system developed by Swarco is now homologated to meet the tough Rijkswaterstaat WKS 1.3 specification for use on highways in the Netherlands. The requirements of this specification have been in place since January 2013 for use with regard to motorway signalling systems and roadside equipment.
March 25, 2014 Read time: 2 mins
The highly sophisticated control and signalling system developed by 129 Swarco is now homologated to meet the tough 4767 Rijkswaterstaat WKS 1.3 specification for use on highways in the Netherlands. The requirements of this specification have been in place since January 2013 for use with regard to motorway signalling systems and roadside equipment.

The system now offers dynamic maximum speed limit capabilities and is suited to remote management. The aim of the tough Rijkswaterstaat specification has been to provide a higher level of support for users and also minimise traffic disturbance, as configuration changes can be made remotely rather than onsite. The tough SCB homologation procedure is mandatory for any contracts being awarded by the Rijkswaterstaat. To meet the requirements, Swarco says it had to file every requirement, the definition of the test, the test to test the requirement and the outcome of the test.

Swarco complied with no less than 1,029 requirements at the Delft Test Centre. To verify the integration in the whole system architecture into a running package, according to the firm. To improve efficiency Swarco has established a database to manage the SCB process. As a result, the firm is now capable of offering a complete motorway signalling system with its own products, as well as including engineering, commissioning and long term maintenance.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 12648 0 oLinkExternal www.Swarco.com Swarco web false /EasySiteWeb/GatewayLink.aspx?alId=12648 false false%>

For more information on companies in this article

Related Content

  • Toyota trials Next Generation Vehicle Infrastructure Co-operation Service
    October 24, 2012
    Toyota is trialling a new driver information system which, if successful, could start to appear in Japanese cities around 2015. Trials started in March this year. The Next Generation Vehicle Infrastructure Co-operation Service consists of sensors mounted on city streets that communicate with vehicles by radio. Vehicles would require an onboard unit to receive the data. The information is particularly designed to help drivers in crowded urban streets whose visibility is obscured by large vehicles such as
  • Documenting key projects
    May 22, 2012
    EarthCam can claim to have the most commanding exhibit at National Harbor this week. The company’s booth features a telescopic platform extending to up to 15m in height. The platform provides an elevated mounting for EarthCam’s advanced solar powered webcam technology. This includes the company’s intelligent traffic management software, also on display at National Harbor.
  • Q-Free reinforces ITS capabilities, expertise at World Congress
    September 25, 2012
    Q-Free intends to use its appearance at the ITS World Congress to reflect a broader and more accurate reality of the company’s strength and capabilities. That’s not going to be difficult, if one considers the technological and geographical diversity of the company’s success since the beginning of this year alone. In March, Q-Free was awarded the contract for delivery of the congestion charging infrastructure for the Swedish city of Gothenburg which includes road side equipment, infrastructure and service an
  • Autotalks shows V2X chipset
    September 8, 2014
    The company’s integrated V2X chipset is designed for vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication applications for vehicle safety and mobility.