Skip to main content

Victorian government to implement high capacity signalling on new rail line

The Victorian government, Australia has awarded CPB Contractors and Bombardier Transportation the contract to deliver the US$790 million (AU$1 billion) Rail Systems Alliance in Melbourne, which includes the roll-out of a 55 kilometre long high capacity signalling (HCS) and communications system. HCS allows trains to safely run closer together, meaning they can run more often. The technology will enable trains every two to three minutes, creating a ‘turn-up-and-go’ train network for Melbourne. The signalling
July 18, 2017 Read time: 2 mins
The Victorian government, Australia has awarded CPB Contractors and 513 Bombardier Transportation the contract to deliver the US$790 million (AU$1 billion) Rail Systems Alliance in Melbourne, which includes the roll-out of a 55 kilometre long high capacity signalling (HCS) and communications system.


HCS allows trains to safely run closer together, meaning they can run more often. The technology will enable trains every two to three minutes, creating a ‘turn-up-and-go’ train network for Melbourne.

The signalling will operate the 65 new high-capacity trains currently being built in Victoria, which will run on the Sunbury to Cranbourne-Pakenham line via the Metro Tunnel. Dedicated control centres will be built in Dandenong and Sunshine to support the new technology. The centres will be staffed by experts who will monitor trains on the new Metro Tunnel line.

Additionally, expressions of Interest will open this week to deliver the final major works package of Metro Tunnel, the Rail Infrastructure Alliance.

The US$790 million (AU$1 billion) contract will be to design and construct the eastern tunnel entrance in South Yarra, the western tunnel entrance in Kensington and associated works across the Sunbury to Cranbourne-Pakenham corridor, including upgrading track power and conventional signalling.

Related Content

  • November 7, 2014
    Chile launches ambitious transport plan
    In an effort to boost a weakening economy, Chilean President Michelle Bachelet has announced a nearly US$4.2 billion transport infrastructure plan, including one new metro line in Santiago, cable car systems in three other cities and rail projects. The plan includes US$1.9 billion in new concessions, with the expansion of public-private partnerships (PPPs) to the metro system and US$2.2 billion in works directly funded by the government. In Santiago, the program involves developing feasibility studie
  • December 16, 2016
    Video analytics enhances urban rail safety
    David Crawford explores some promising innovations for North American commuters. North America is experiencing a surge in commuter rail and metro development. The US now has 75 light rail and metro networks in operation; and California, in particular, is actively exploring ways of developing the state’s existing passenger rail operations into a fully integrated system.
  • May 15, 2017
    ITS World Congress has a bigger than expected impact on Melbourne’s economy
    The 23rd World Congress on Intelligent Transport Systems, in Melbourne, has had a bigger than expected economic impact on the local economy and is now estimated to be US$34.5 million (AU$46.6 million), nearly twice the initial projection. The increase has been attributed to the higher than anticipated attendance figures. More than 11,500 Australian and international delegates participated, 4,500 registrations more than the target figure of 7,000. The high volume of visitors had a positive impact on the loca
  • January 9, 2013
    High speed rail signalling system contract win for Hollysys
    In a contract valued at around US$10.75 million, Chinese provider of automation and control technologies, Hollysys Automation Technologies, is to supply the ground-based signalling system for the 357 km Guangdong section of the Xiamen-Shenzhen high-speed rail line which has a designed travelling speed of 200 km/h. Hollysys will provide the ground-based high-speed rail signaling system, including train control centres (TCC), line-side electronic units (LEU) and other auxiliary equipments, which are expected