Skip to main content

Kapsch supplies GSM-R solution to Saudi Arabia

Kapsch CarrierCom is to supply its GSM-R railway communications solution for a prestigious project in the Kingdom of Saudi Arabia, to ensure safe train operations on the 450 km high speed line between the holy cities of Mecca and Medina. The contract, awarded by Indra and the Saudi Railways Organisation, utilises the latest technology based on the European Rail Traffic Management System (ERTMS) level 2. The rail line will connect multiple urban regions as well as the international King Abdullah Airport. The
June 24, 2013 Read time: 2 mins
81 Kapsch CarrierCom is to supply its GSM-R railway communications solution for a prestigious project in the Kingdom of Saudi Arabia, to ensure safe train operations on the 450 km high speed line between the holy cities of Mecca and Medina.

The contract, awarded by 509 Indra and the Saudi Railways Organisation, utilises the latest technology based on the European Rail Traffic Management System (ERTMS) level 2.
 
The rail line will connect multiple urban regions as well as the international King Abdullah Airport. The route features expansive stretches of desert with difficult climatic conditions and high temperature fluctuations.
 
To ensure smooth and safe operation of the line, a fail-safe architecture was designed with built-in redundancy, using four-fold network coverage, ensuring that if three base stations in a region fail, a fourth can still serve the entire area. The core based on the newest R4 technology provides full redundancy and will be operated at two different locations.

“We acquired experience with similar environmental conditions in a project in Algeria and we have already equipped multiple railway stretches with similarly advanced solutions supporting ERTMS Level 2 in high speed environment. We are particularly pleased that Kapsch can contribute to passenger security and comfort on the world’s most important pilgrimage route,” says Michel Clement, vice-president railways of Kapsch CarrierCom.

For more information on companies in this article

Related Content

  • Wabtec to supply components for new transit cars in Denver
    July 3, 2012
    Wabtec Corporation has signed contracts worth about US$25 million to provide components, including on-board positive train control (PTC) equipment, for 50 new transit cars being built by Hyundai-Rotem. The cars will be used on new commuter rail lines being built by Denver Transit Partners in Colorado. Several Wabtec units will provide the equipment for the cars: Wabtec Passenger Transit (brakes and couplers), Wabtec Railway Electronics (PTC equipment), Bach-Simpson (event recorders) and Vapor Stone (doors)
  • Bombardier success in Germany and China
    December 21, 2015
    Bombardier Transportation is to supply an additional 47 Bombardier Flexity trams to Berlin’s transport operator Berliner Verkehrsbetriebe (BVG) as part of a framework agreement for a maximum of 206 vehicles signed in 2006. The Flexity Berlin concept was jointly developed by BVG and Bombardier Transportation, which they say has resulted in a 100 and barrier-free, leading edge tram providing easy access which is highly popular in Berlin and has already received several design awards.
  • China joins the world's most exclusive ITS technology club
    January 31, 2012
    China has joined the only two countries in the world – Germany and Japan - to have developed maglev (magnetic levitation) high-speed rail technology.
  • Improving the positional accuracy of GNSS road user charging
    July 23, 2012
    The European GINA project is intended to address and overcome many of the institutional, technical and public acceptance hurdles currently faced by satellite-based road user charging schemes. Dave Tindall and Denis Naberezhnykh, TRL, and Laure Dezes, ERF, write. Pay-as-you-drive Road User Charging (RUC), whereby demand (or congestion) is managed by applying appropriate tariffs in order to encourage drivers to make their journeys at less busy times, on less congested routes or even on different modes, could