Skip to main content

Queensland C-ITS safety boost

Bruce Highway project involving Kapsch TrafficCom expected to reduce crashes by 20%
By Adam Hill August 16, 2022 Read time: 2 mins
Bruce Highway: one of Queensland's main arteries (© Michele Jackson | Dreamstime.com)

The government of Queensland, Australia, expects a cooperative ITS (C-ITS) upgrade of one of its major roads to reduce crashes by 20%.

The work on Bruce Highway, jointly funded by the Australian and Queensland governments, expands on an Ipswich pilot between September 2021 and 2022. 

The systems consist of 29 signalised intersections using roadside intelligent transport systems stations and a central facility to test six safety use cases.

"This project gives regional road users the chance to explore the C-ITS service along the highway before it becomes commercially available in vehicles, which we are expecting on Australian roads in 2024-25," said Mark Bailey, minister for transport and main roads of Queensland.

"My department is focused on unlocking the crash reduction benefits of C-ITS. This system is expected to reduce crashes by 20%, contributing towards the Queensland Government's vision of zero road deaths and serious injuries, and save around $2 billion over the next 30 years.”

Since the Ipswich pilot's conclusion, Kapsch TrafficCom has supplied and remotely commissioned an additional 37 of its roadside units (RSUs) along the Bruce Highway, covering over 1,500km along the north-east coast of Australia between Brisbane and Cairns.

Kapsch's RSUs are at traffic lights where the Bruce Highway passes through townships. The RSUs broadcast signal status and timing to connected road users, providing them with warnings of red lights and pedestrians at crossings.

"As traffic volumes increase, connected vehicle technology will play a major role in improving safety and efficiency of the transport network," says Matthew McLeish, EVP for the APAC region at Kapsch TrafficCom.

“The project implementation and pilot execution have created a blueprint for C-ITS projects in Australia and internationally."

Related Content

  • European, Australian companies to collaborate on V2I
    October 8, 2015
    Siemens, Cohda Wireless and NXP Semiconductors are to partner on vehicle to infrastructure (V2I) technology, a part of cooperative intelligent transport systems (C-ITS), which share information between vehicles and roadside infrastructure such as traffic lights. This increases the quality and reliability of information available to drivers about their immediate environment, other vehicles and road users. Under the agreement, Cohda Wireless will develop and produce V2I roadside units (RSUs) for Siemens, e
  • Road safety systems on show at ITS World Congress
    January 30, 2012
    A vast array of new products and systems for aiding road safety were displayed at the ITS World Congress in October. David Crawford assesses a selection of safety initiatives exhibited in Orlando. Vital roles for ITS applications in road traffic safety emerge clearly from a new report from the US Transportation Safety Advancement Group. The report has been carried out for the Next Generation 911 What's Next Forum, which is preparing the way for future development of the US national 911 emergency single call
  • DSRC? ‘It’s become a faith-based thing’
    March 2, 2021
    The US FCC’s decision on 5.9GHz led to Applied Information offering DSRC buybacks to DoTs. Bryan Mulligan tells Adam Hill that we now just need to get on and roll out CV technology...
  • Keeping a weather eye on road conditions
    September 26, 2014
    Drive C2X has shown that advanced warning of poor road conditions could cut fatalities, as David Crawford explains. Connected vehicle (CV)-based warning technologies could mean 6% fewer deaths and 5% fewer injuries in road traffic accidents in Europe, according to the final results of the European Commission (EC) co-funded DRIVE C2X project. According to the European Centre for Information and Communication Technologies (EICT) which provided management support, these “prove that CV systems work and can hav