Skip to main content

Indonesia uses rapid deployment road stabilisation technology

In what is said to be an Australian first, infrastructure firm Global Road Technology (GRT) has been awarded a contract by the Indonesian military to build and develop roads across 1500 kilometres of the country’s border regions for civilian use with its specifically developed rapid deployment road stabilisation technology. The technology has been specifically designed using in-situ material that can be rapidly deployed across border regions by the Indonesian military. These road stabilisation products
February 4, 2014 Read time: 2 mins
In what is said to be an Australian first, infrastructure firm Global Road Technology (GRT) has been awarded a contract by the Indonesian military to build and develop roads across 1500 kilometres of the country’s border regions for civilian use with its specifically developed rapid deployment road stabilisation technology.

The technology has been specifically designed using in-situ material that can be rapidly deployed across border regions by the Indonesian military. These road stabilisation products have been specifically formulated for rapid deployment areas in some of the most challenging conditions on earth.

GRT director of operations Ben Skinner said that the company is working alongside the Indonesian military as part of a project that he believes is one of the most logistically challenging the infrastructure firm has undertaken.

"Firstly this project is unique as it marks the first time an Australian firm has worked directly with the Indonesian military on an infrastructure project such as this, "Skinner said.

"We are working in areas that take up to five days to reach, located in challenging mountain and jungle terrain and it is due to these conditions, coupled with the project’s scale, that we anticipate that this contract may take up to several years before completion."

Related Content

  • GPS delivers accurate journey time data for UTC
    January 27, 2012
    A new solution developed as a consequence of the UK's Freeflow project fuses GPS and UTC loop data to give more accurate predictions of journey times, benefting network managers and travellers alike. By Matt Cowley and Gareth Jones, Trakm8 and John Polak and Rajesh Krishnan, Imperial College London
  • Economic stimulus packages - shift in emphasis on exit strategies
    July 19, 2012
    Jack Short of the International Transport Forum discusses the role of stimulus finding and the path in and out of recession. The US Government has grabbed many headlines with the American Recovery and Reinvestment Act (ARRA), its response to the need to do something to prevent stagnation in the face of the recent economic downturn.
  • Fara keeps data delivery simple
    January 25, 2018
    Simplifying the delivery of data and information gathered by traffic management, ticketing and other systems can improve travel efficiency and the traveller’s experience. Having quantified and analysed the previously unmonitored movement of road vehicles, trains, metros, cyclists and pedestrians, the ITS sector is a prime example of the digital world. Patterns discerned from those previously random happenings enable authorities to design more efficient transport systems, allow transport operators to run
  • Monitoring, detection and control systems inside tunnels can do much to improve traveller safety
    August 6, 2013
    ITS technology can do a great deal to improve tunnel safety, as Colin Sowman discovers. It was back in April 2004 that the European Parliament adopted the EU Directive which lays down the Minimum Safety Requirements for Tunnels in the Trans-European Road Network (2004/54/EC). This was the first unitary legislation setting minimum safety standards for European road tunnels and was designed to harmonise the management of tunnel safety at a national level. Operators of existing tunnels have until 30 April 201