Skip to main content

Network Rail successfully tests new trains using advanced ‘in-cab’ signalling system

An advanced signalling system that will allow trains to travel every two to three minutes through central London was successfully tested using Govia Thameslink Railway’s new Siemens Class 700 trains for the first time. The Thameslink Programme, part of Network Rail’s Railway Upgrade Plan to provide a bigger, better, more reliable railway for passengers and businesses, achieved another milestone in the early hours of Saturday morning as it successfully ran a Class 700 train through the central London ‘cor
August 5, 2016 Read time: 2 mins
An advanced signalling system that will allow trains to travel every two to three minutes through central London was successfully tested using Govia Thameslink Railway’s new 189 Siemens Class 700 trains for the first time.

The Thameslink Programme, part of Network Rail’s Railway Upgrade Plan to provide a bigger, better, more reliable railway for passengers and businesses, achieved another milestone in the early hours of Saturday morning as it successfully ran a Class 700 train through the central London ‘core’ using European Train Control System (ETCS) Level 2 in-cab signalling.

In-cab signalling is required to allow trains to be driven automatically between St Pancras and Blackfriars stations, under driver supervision, in order to enable up to 24 trains to operate per hour from 2018. This was the first in a series of functional and operational tests planned over the next sixteen months to ensure that trains operate safely and efficiently.

Last year, Network Rail tested its in-cab infrastructure through central London using a Class 313 test train and in collaboration with Govia Thameslink Railway (GTR) and Siemens, tests have been run using a Class 700 train at the ETCS National Integration Facility. This weekend was, however, the first time that a Class 700 train has been tested in central London using the infrastructure it will run on in passenger service from 2018, providing more frequent, more reliable journeys for passengers.

Overnight testing will continue in September, with the first trials of the Automatic Train Operation (ATO) system between St Pancras and Blackfriars. ATO, which enables the train to operate automatically through the ‘core’, was tested successfully at the ETCS National Integration Facility test site on the Hertford loop earlier this year.

The Thameslink Programme is due to take another step forward over the August bank holiday when two thirds of the new concourse is planned to reopen at London Bridge station, resulting in significant service changes for passengers. Passengers should check before they travel.

For more information on companies in this article

Related Content

  • Thales wins signalling contract for Hong Kong APM
    March 22, 2012
    Thales has been awarded a contract by IHI Corporation to re-signal the automated people mover (APM) located within Hong Kong international airport, with a state-of-the-art solution. The company will supply its radio-based SelTrac CBTC system for the existing lines and for a planned extension to the Midfield Concourse, which will service a third runway. The CBTC technology will also be applied to both existing and new trains circulating on the line. Project completion is scheduled for 2014.
  • US eyes European model for Illinois toll road upgrade
    May 30, 2014
    David Crawford welcomes the adoption of European-style ITS technology by the US. The Jane Addams Memorial Tollway in Illinois, US is well on the way towards becoming a ‘smart traffic corridor’, taking full advantage of active traffic management (ATM or ‘managed lanes’) technology that originated in Europe. It is one of the first American toll roads to do so; preliminary work began in 2014 and will continue through to 2016. Jane Addams is one of four toll roads operated by the publicly-owned Illinois State T
  • Kapsch CarrierCom achieves functional addressing for railway communications
    June 10, 2016
    Kapsch CarrierCom’s Vienna lab has successfully carried out the first functional addressing call utilising SIP signalling based on the IP multimedia subsystem (IMS). The functional addressing service, also called ‘follow Me’, is one of the key operational features in railway communication networks and is the process of placing a call using a number that refers to the function which a user is performing at a certain time, as opposed to simply identifying the terminal equipment used. The achievement com
  • Cloud keeps UK traffic on the move
    November 23, 2021
    Sopra Steria is introducing the new digital infrastructure for National Highways' NTIS