Facilitating Efficient Freight and Container Logistics Through Practical Traffic Engineering

Overview

Quantum Traffic was engaged to support the conversion of an existing industrial site in Tottenham into a dedicated container storage facility. The redevelopment sought to retain the site’s strategic industrial function while adapting the layout and access arrangements to safely accommodate container storage, heavy vehicle movements and specialised container handling equipment.

Developments involving container storage present unique traffic engineering challenges due to the interaction between large freight vehicles, container handling machinery and high-frequency internal vehicle movements. Our role was to ensure the facility could operate safely, efficiently and in accordance with the requirements of the Victorian Planning Scheme.

Our Role

Quantum Traffic undertook a comprehensive assessment of the proposed container storage facility, focusing on both external access and internal operational performance.

Our services included:

• Traffic engineering assessment to support the planning application.
• Review of heavy vehicle access arrangements.
• Swept path assessment for Super B-Double vehicles transporting shipping containers.
• Assessment of internal circulation and vehicle manoeuvrability.
• Review of container storage layout and operational efficiency.
• Assessment of compliance with the container storage provisions of Clause 53.07 of the Victorian Planning Scheme.

By considering both regulatory requirements and day-to-day freight operations, we assisted the project team in developing a practical and commercially efficient site layout.

Key Traffic Engineering Challenges

Container storage facilities differ significantly from conventional industrial developments.

While accommodating Super B-Double vehicles is a critical design consideration, equal attention must also be given to the operation of container handling equipment, circulation efficiency and conflict minimisation throughout the site.

One of the primary design challenges was balancing several competing operational requirements, including:

• Safe access for Super B-Double freight vehicles.
• Adequate turning paths for heavy vehicles entering and exiting the site.
• Sufficient separation between container stacks to allow container loaders to operate efficiently.
• Safe interaction between heavy vehicles and plant.
• Maximising storage capacity without compromising operational performance.

Through detailed traffic engineering assessment and layout review, Quantum Traffic assisted in refining the site’s internal configuration to ensure vehicle manoeuvrability and operational efficiency were maintained while satisfying planning requirements.

Project Outcome

The traffic engineering assessment demonstrated that the proposed redevelopment could successfully support the ongoing operation of a modern container storage facility.

The final design accommodated heavy vehicle access, provided practical internal circulation for freight vehicles and container handling equipment, and achieved compliance with the relevant planning provisions.

By carefully considering operational requirements during the design phase, the project was able to optimise the site’s logistics function while supporting safe and efficient freight movements.

Why Specialist Traffic Engineering Matters for Container Storage Facilities

Container storage facilities operate very differently from standard warehouses or industrial developments. Vehicle movements are typically larger, heavier and more complex, with site performance heavily influenced by the interaction between freight vehicles, container handling equipment and storage layouts.

Poorly designed circulation areas can lead to operational inefficiencies, increased safety risks and costly redesigns during construction or operation.

Quantum Traffic understands the unique operational requirements of freight and logistics developments and regularly assists developers, planners and industrial landowners with:

• Container storage facilities.
• Freight and logistics hubs.
• Warehousing and distribution centres.
• Intermodal facilities.
• Industrial estates.
• Heavy vehicle access assessments.
• Swept path assessments.
• Traffic Impact Assessments.
• Car park and circulation design reviews.

Our practical understanding of freight operations allows us to deliver traffic engineering solutions that balance planning compliance with real-world operational efficiency.

Frequently Asked Questions

Do I need a Traffic Impact Assessment for a container storage facility?

Many container storage developments require a Traffic Impact Assessment (TIA) as part of the planning approval process. The assessment typically considers traffic generation, heavy vehicle movements, access arrangements, internal circulation, sight distance, parking requirements and the potential impacts on the surrounding road network. The specific requirements will depend on the scale of the development and the responsible authority.

Can an existing industrial site be converted into a container storage facility?

Yes. Many container storage facilities are established by repurposing existing industrial land. However, the suitability of the site depends on factors such as heavy vehicle access, available manoeuvring space, pavement design, surrounding land uses, planning controls and compliance with the relevant planning scheme requirements.

What types of heavy vehicles should be considered?

Container storage facilities commonly accommodate semi-trailers, B-Doubles and, in some locations, Super B-Doubles or Performance Based Standards (PBS) vehicles. The design of access points, internal roads and turning areas should reflect the largest design vehicle expected to use the site.

Why are swept path assessments important?

Swept path assessments demonstrate that heavy vehicles can safely enter, circulate within and exit the site without encroaching into opposing traffic lanes, striking kerbs, buildings or container stacks. Undertaking these assessments during the design phase can significantly reduce the need for costly design changes later in the project.

How much space is required between container stacks?

The required separation depends on the type of container handling equipment being used, such as reach stackers, forklifts or side loaders. Adequate spacing is essential to ensure safe operation, efficient container retrieval and unobstructed heavy vehicle circulation throughout the facility.

What planning controls apply to container storage facilities?

Planning requirements vary depending on the state and the applicable planning scheme. In Victoria, container storage facilities may trigger the requirements of Clause 53.07, which contains specific provisions relating to the design and operation of container storage uses. Early traffic engineering advice can help identify these requirements before detailed design commences.

What are the most common design issues identified during traffic assessments?

Common issues include inadequate heavy vehicle turning areas, insufficient manoeuvring space around container stacks, conflicts between freight vehicles and plant, poor access geometry, limited queuing capacity and inefficient internal circulation. Addressing these matters early can improve operational efficiency while reducing approval risks.

When should a traffic engineer be engaged?

Ideally, a traffic engineer should be engaged during the concept design stage. Early input allows access arrangements, internal circulation and heavy vehicle movements to be incorporated into the site layout before the design becomes fixed, reducing redesign costs and improving the likelihood of a smooth planning approval process.

How can Quantum Traffic assist?

Quantum Traffic regularly assists developers, architects, planners and industrial landowners with traffic engineering advice for freight and logistics developments throughout Australia. Our services include Traffic Impact Assessments, swept path assessments, heavy vehicle access reviews, internal circulation design, parking assessments, traffic management plans and planning support for industrial and container storage facilities.