Bombardier to supply new propulsion technology to London Underground

Rail technology supplier Bombardier Transportation has been awarded a contract by London Underground to supply new motors and traction control equipment for its fleet of Central line trains. This contract, which includes ongoing maintenance support, will run until 2024 and is valued by Bombardier Transportation at approximately US$143.7 million (£112.1 million). Bombardier's re-traction project is part of London Underground's larger Central Line Improvement Programme (which aims to bring a number of pas
August 29, 2017 Read time: 2 mins

Rail technology supplier 513 Bombardier Transportation has been awarded a contract by London Underground to supply new motors and traction control equipment for its fleet of Central line trains. This contract, which includes ongoing maintenance support, will run until 2024 and is valued by Bombardier Transportation at approximately US$143.7 million (£112.1 million).

Bombardier's re-traction project is part of London Underground's larger Central Line Improvement Programme (which aims to bring a number of passenger-focussed improvements and is expected to reduce customer-affecting failures on the Central line fleet.

For the programme, Bombardier will replace the direct current (DC) traction motors on Central line trains with the latest MITRAC alternating current (AC) traction systems and MITRAC traction control equipment. The Central Line '92 tube stock are the last London Underground trains to use DC traction motors, and MITRAC will bring benefits by reducing energy consumption while improving fleet reliability and performance. In total, Bombardier will supply new motors and traction control equipment for 85 eight-car Central Line trains (680 cars in total).

Related Content

  • June 23, 2014
    Tyne and Wear Metro opts for Kapsch digital radio network
    Having expanded its activities to the public transport sector, Kapsch CarrierCom’s public transport business unit has been successful in winning a US$13 million contract to implement a digital radio network based on the TETRA standard for Nexus, the strategic public transport body in the UK’s north-east. Based in Newcastle, Nexus owns and manages the Tyne and Wear Metro, which is used annually by 37 million passengers. The new digital radio system will be installed on the Metro’s fleet of 90 trains, repl
    Read More
  • December 14, 2012
    Contactless payments introduced on London's buses
    Bus passengers in London can now use their use their contactless debit, credit or charge card to touch in on the yellow Oyster card readers and pay the single Oyster fare on any of London's 8,500 buses. Introducing the scheme, Transport for London (TfL) says the new payment option will also be good news for the approximately 36,000 people per day who board a bus and find they have insufficient pay as you go balance on their Oyster to pay for their journey as they will be able to use the other card they may
    Read More
  • November 15, 2013
    Maintaining momentum: learning lessons from the London Olympics
    Japan will not only host this year’s ITS World Congress but has been selected for the 2020 Olympics. So what can Japan, and indeed Brazil, learn from the traffic management for London 2012 - Geoff Hadwick finds out. It was a key moment when Olympic boss Jacques Rogge signed off London 2012, calling the Games “happy and glorious.” Scarred by the logistical disaster of Atlanta 1996 and the last-minute building panic for Athens 2008, Rogge clearly thought London 2012 was an object lesson in how to plan and
    Read More
  • October 10, 2013
    AGD Systems' Intelligent radar keeps London on the move
    Intelligent radar detection solutions supplier AGD Systems is to supply the UK’s Transport for London (TfL) with its new 316 stop-line radar traffic detector, designed for the detection and monitoring of stationary vehicles at road junctions. The frequency modulated continuous-wave (FMCW) 316 utilises the latest planar antenna technology and an advanced, embedded digital signal processing engine to accurately and reliably detect stationary vehicles at the stop-line of busy intersections.
    Read More

Highlighted Content