Skip to main content

AMG transmission system used in Blackwall Tunnel refurbishment

AMG Systems has announced it has been selected to supply the transmission solution for the refurbished Victorian-built Blackwall Tunnel under the river Thames in London. The three-year refurbishment programme, costing over US$113 million, is being undertaken by Transport for London (TfL) to bring the tunnel up to European safety regulations. P. Ducker Systems (PDS) is undertaking the task of supplying the tunnel systems for the project.
May 18, 2012 Read time: 2 mins
558 AMG Systems has announced it has been selected to supply the transmission solution for the refurbished Victorian-built Blackwall Tunnel under the river Thames in London. The three-year refurbishment programme, costing over US$113 million, is being undertaken by 1466 Transport for London (TfL) to bring the tunnel up to European safety regulations. P. Ducker Systems (530 PDS) is undertaking the task of supplying the tunnel systems for the project.

As Mike Rose, business development manager at PDS points out, the Blackwall Tunnel was originally built to transport horse-drawn carriages under the river Thames, but today more than 50,000 vehicles use the tunnel every day.

“There are two tunnel bores – each, carrying traffic in two lanes. The northbound tunnel, which we’re currently working on, is 1.4 km long. The new tunnel systems cover new fire and incident detection and a new CCTV camera system. The transmission solution will be supplied by AMG Systems. We will be implementing the AMG 5000 series for transmission of video and associated data and alarms over singlemode fibre. The solution covers 64 cameras mounted throughout the tunnel bore,” Rose said.

In order to minimise disruption to the road users during the refurbishment programme, the tunnel is closed each evening at 9.00pm until 5.00am when all the work is conducted. Work is currently ahead of schedule and TfL is expecting that the work will be completed before the end of 2011, a year ahead of schedule.

Related Content

  • July 23, 2012
    Radar effective as detection tool for hard shoulder running
    Navtech Radar's millimetric-wave systems are being researched on the M42 in England to look into how this type of detector can assist in the opening of the hard shoulder as an additional running lane. Here, the company's Stephen Clark talks about the technology being used. In England, the Highways Agency's (the HA, an executive agency of the Department for Transport) Managed Motorways system - formerly called Active Traffic Management - uses electronic signs and signals mounted on gantries to direct drivers
  • July 24, 2012
    Coded exchanges
    For many, Ethernet- and IP-based networks are the cast-iron solution to ITS's communications needs. However, there remain issues from manufacturer to manufacturer with interpretation of what are supposed to be common standards The 'promise' of Ethernet was that different devices such as IP video cameras and traffic signals could be easily integrated into communications networks, simplifying the process of transporting data over copper, fibre or wirelessly. However, although Ethernet devices have come to pre
  • January 26, 2012
    Refurbishing ageing VMS with new technology
    Virginia DoT faced a challenge common to many highway authorities around the world: the need, in economically challenging times, to replace ageing variable message signs reaching the end of their operational life. For some 25 years now, since the mid 80s, Virginia Department of Transportation (VDoT), has deployed variable message signs (VMS) as part of its motorist information systems. Throughout the state there are still many old 'flip-disk' signs. Some of the companies that provided these electronic messa
  • October 28, 2016
    New system expedites border crossings
    Enforcing border controls can create long queues for travellers, David Crawford looks at potential solutions. Long delays at border crossings in both North America and Europe have sparked the development of new queue visualisation and management technologies that are cutting hours, even days, off international passenger and freight journeys. At the westernmost end of the 2,019km (1,250 mile) Mexico–US frontier, two parallel crossings between Tijuana, in the former country, and the border city of San Diego,