IN Brief:
- The A$400 million Melbourne Intermodal Terminal has handled more than 300 rail services since operations began.
- The 45-hectare Somerton facility combines semi-automated crane handling, bonded services, interstate rail, and Port of Melbourne shuttles.
- Initial capacity is around one million TEU annually, with ITC planning for up to two million TEU in a second phase.
Intermodal Terminal Company is ramping up freight activity at Melbourne Intermodal Terminal in Somerton after the A$400 million facility began operations in late 2025. The open-access, customs-bonded terminal covers more than 45 hectares and combines port shuttles, interstate rail, road access, and adjacent warehousing in Melbourne’s northern freight corridor.
More than 300 rail freight services have used the site since operations started, including daily shuttle movements between Somerton and the Port of Melbourne. A typical 600-metre port shuttle carries about 80 TEU, while the terminal has been designed for an initial annual capacity of around one million TEU across interstate and import-export traffic. ITC lists potential phase-two capacity of up to two million TEU a year.
The physical layout is built around seven semi-automated rail-mounted gantry cranes, more than 30 hectares of concrete hardstand, and dual-gauge rail infrastructure. The terminal can connect with Victoria’s broad-gauge network and the interstate standard-gauge system, while direct access to the Hume Highway provides the road leg needed for local collection and delivery. Electric reach stackers, repair workshops, wash facilities, and fumigation capability sit around the rail operation.
Those supporting services are important because intermodal terminals can lose much of their theoretical rail advantage when containers have to leave the site for treatment, storage, or documentation before continuing their journey. MIT includes customs-bonded storage and an empty-container park, allowing more of those tasks to remain within the same logistics precinct. Internal road links to neighbouring warehouses can also carry containers that would face tighter weight restrictions on public roads.
The terminal’s location places it inside one of Victoria’s largest concentrations of freight and warehousing demand. Current operating material puts roughly 20% of the state’s containerised freight volume and around 3.5 million square metres of warehousing within a short radius. That density gives rail services a better chance of building the repeat volumes needed to justify frequent shuttles rather than relying on occasional project cargo.
COSCO containers can already move directly to Somerton under a single through bill of lading, allowing the ocean and inland legs to be handled within one transport arrangement. ITC says customers also include Harders Global Logistics, Plasdene Glass-Pak, and O’Brien Logistics Group. Harders plans to process beverage products through the terminal, giving the site an early example of rail-linked freight feeding a specific industrial supply chain.
Short-haul rail around Melbourne has long faced a difficult commercial equation. Trucks remain flexible for movements between the port and metropolitan warehouses, particularly when destinations are dispersed, while rail requires enough consolidated volume to support fixed services. The Port Rail Shuttle Network is intended to shift part of that task onto rail by linking the port with large outer-suburban terminals where containers can transfer to road closer to their final destination.
The Victorian Government has said 87% of import containers move to destinations less than 50 kilometres from the port gate, which explains why the programme is focused on metropolitan rather than long-distance freight. Rail does not remove trucks from the chain, but it can reduce repeated cross-city journeys by concentrating the road leg around industrial areas such as Somerton. The policy target is for rail to carry as much as 30% of Melbourne’s containers by 2050.
Commercial incentives have been used to encourage early volumes. Port of Melbourne previously proposed start-up payments for qualifying import containers moved by rail to Somerton, reflecting the familiar problem facing new intermodal infrastructure: a terminal can be fully built and still underperform if shippers do not commit enough recurring freight to support the service pattern. The current ramp-up therefore tests demand as much as engineering capacity.
Work on the Ballarat Freight Hub is extending the same broader Victorian effort to put more high-volume freight onto rail and connect production areas with larger logistics corridors. Somerton serves a different metropolitan role, but both projects depend on the same operating discipline — reliable paths, predictable terminal handling, and enough concentrated cargo to keep rail competitive against road.
MIT now has the hardstand, rail access, handling equipment, bonded services, and nearby warehouse demand needed to support large-scale intermodal operations. The harder measure will be recurring utilisation. More than 300 services shows that the terminal has moved beyond commissioning, but its long-term value will be determined by how consistently customers shift container volumes from cross-city trucking into scheduled rail movements between the port and Melbourne’s industrial north.
