Skip to main content

Communications systems key to tunnel safety

Paul Ducker Systems (PDS), a sub-contractor to Balfour Beatty Engineering Services, has appointed Team Simoco to provide communication systems for the new A3 Hindhead road tunnel and the refurbishment of the A1 Hatfield road tunnel. Specialising in supplying transportation infrastructure for tunnels and road networks, PDS also provides solutions to metro, rail and airport operators, and the Hindhead and Hatfield road tunnels, near London, are the latest contracts to be won by the company. PDS has selecte
May 15, 2012 Read time: 2 mins
Hindhead road tunnel.
Paul Ducker Systems (PDS), a sub-contractor to 1146 Balfour Beatty Engineering Services, has appointed Team Simoco to provide communication systems for the new A3 Hindhead road tunnel and the refurbishment of the A1 Hatfield road tunnel.

Specialising in supplying transportation infrastructure for tunnels and road networks, PDS also provides solutions to metro, rail and airport operators, and the Hindhead and Hatfield road tunnels, near London, are the latest contracts to be won by the company.

PDS has selected Team Simoco to design and implement an extensive communication system for the tunnels, with each requiring GSM mobile, Airwave, fireground, DAB, voice-break in and a dedicated PMR radio system.
Chief executive of Team Simoco, Ian Carr, says: “Both the Hindhead and Hatfield road tunnels are designed to offer vehicles more convenient and quicker journeys, but due to the high volumes of traffic that travel along these routes, it is imperative that the communication systems in place offer reliable and uninterruptable access in case of accidents or fires.

“Team Simoco has extensive experience of confined space radio engineering, leaky feeder technology and the specific signal propagation challenges of combining multiple radio services in enclosed environments such as tunnels. This expertise enabled us to work with PDS to design the best operational solution for the Hindhead and Hatfield tunnels.”

Located in County Surrey, between London and Portsmouth, the Hindhead twin-bore road tunnel is designed to remove traffic congestion from the A3 and the local road network. Work began on the project in 2007 and the tunnel is scheduled to open to traffic in summer 2011. The Hatfield road tunnel in Hertfordshire is also due to be reopened to traffic in the summer of 2011.

For more information on companies in this article

Related Content

  • DURAG buys into JES Elektrotechnik to expand tunnel sensor work
    January 7, 2019
    German tunnel sensor monitoring manufacturer DURAG has taken a 50% stake in the Austrian tunnel air and lighting monitoring company JES Elektrotechnik. JES, based in Hallein, Austria, manufactures and sells environmental monitoring solutions for transport infrastructure applications such as tunnels, underground car parks and road weather stations. It’s markets are mainly in the German-speaking countries worldwide and it also carries out maintenance on behalf of tunnel operators. DURAG Group, with headquart
  • Strategic road plan announced in the UK
    May 23, 2023
    A statement from National Highways in the UK said the emphasis is on boosting the economy “in an environmentally sustainable way” up to 2030 and beyond.
  • Simulation Systems wins England traffic signal management upgrade
    June 21, 2016
    Highways England has awarded a contract to deliver a central traffic signal control and management system for south-east England to Simulation Systems Limited (SSL) Central to the contract, for England’s motorway and major A-roads, will be a Siemens Stratos system which is designed to be the UK’s first cloud-hosted, fully integrated traffic control and management solution. The project will also include Hosted-SCOOT, a real time UTC and adaptive traffic control system. It is already used to manage and
  • AGD Systems Stop-Line Radar Traffic Detector
    January 24, 2014
    AGD Systems, the UK’s leading provider of intelligent radar detection solutions, has won a prestigious contract with Transport for London (TfL) to supply its brand new, state-of-the-art ‘316’ Stop-Line Radar Traffic Detector designed for the detection and monitoring of stationary vehicles at road junctions.