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National Transport Research OrganisationNov 15, 2024 1:59:27 PM1 min read

Port of Brisbane: London double stacked container vehicle research

NTRO was engaged by the Port of Brisbane (PoB) to ensure the safe integration of the London double-stacked container vehicle into their transport network.  

This innovative vehicle, part of Qube's Project London, is designed to enhance freight efficiency by transporting two 12 x 20ft containers at a time by double-stacking them. While offering significant operational advantages, the unique design and operational requirements of the London vehicle posed potential safety challenges for the existing infrastructure. 

To address these challenges, NTRO conducted a thematic heavy vehicle road safety audit. The primary objective of this audit was to identify any safety risks associated with the operation of the London vehicle on the PoB network and to develop strategies to mitigate these risks. Areas of focus included road geometry, load distribution, and interactions with other road users, all critical factors in ensuring the safe operation of such an innovative vehicle. 

 

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Working closely with the National Heavy Vehicle Regulator (NHVR) and the PoB, NTRO identified specific risk areas and provided detailed recommendations to address them. These recommendations covered various aspects, such as operational protocols for vehicle speed, turning radii, and managing potential conflict points with other vehicles and pedestrians. NTRO’s approach ensured that the London vehicle could be seamlessly integrated into the port's operations without compromising safety. 

The successful completion of this audit and the subsequent implementation of its recommendations demonstrate the effectiveness of the collaboration between NTRO, the NHVR and PoB. The project not only facilitates the safe operation of an innovative transport solution but also sets a benchmark for future developments in the industry. As the logistics sector continues to evolve, NTRO’s role in supporting safe, innovative practices will remain crucial in ensuring that advancements in technology do not come at the expense of operational safety. 

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