Project cargo & heavy lift

Project Cargo Australia — Managing Heavy Lift, Breakbulk and Multi-Stage Freight Projects

Capital equipment does not fit in a box, does not tolerate improvisation and usually arrives against a construction program. Project cargo is engineering as much as freight, and it is planned backwards from the installation date.

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In short

Project cargo is any consignment that cannot travel as standard containerised freight — heavy lift, breakbulk, RORO, out-of-gauge or multi-modal capital equipment. It needs a plan before it needs a rate. We manage project logistics end to end: lift studies, route surveys, permits, equipment selection, clearance and site delivery, as part of full international logistics management.

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Complex cargo

When a shipment becomes a project

A shipment becomes a project when the cargo cannot simply be booked. Perhaps it exceeds container dimensions, requires a crane at both ends, needs a route survey and permits, arrives in modules from three countries, or has to land inside a two-day window because a crane is already booked. At that point the freight rate stops being the main variable and sequencing becomes everything.

Breakbulk and heavy lift on multipurpose vessels for cargo that cannot be containerised.
Flat rack and open top containers for out-of-gauge cargo that is close to container dimensions.
RORO for wheeled and tracked plant that can be driven or towed on and off.
Charter — vessel or aircraft — where scheduled capacity cannot take the cargo or the timeline.
Multi-modal moves combining sea, road, rail and, where required, barge.
Lift planning, lashing and securing design, and supervision at load and discharge.
Route surveys and permits for over-dimensional road movements, including escorts and pilot vehicles.
Site delivery to remote mining, energy and construction locations.

What we need

The information that makes a project quote accurate

Project cargo quoting is only as good as the data behind it. Send us as much of the following as you have and the quote will hold; send us a description and it will not.

Information	Why it matters
Dimensions per piece (L × W × H)	Determines whether the cargo is in-gauge, out-of-gauge, or needs breakbulk or RORO.
Weight per piece and total	Drives vessel and crane selection, road permits and axle configuration.
Centre of gravity and lifting points	Essential for lift planning and lashing design. A drawing is ideal.
Number of pieces and packing method	Crated, skidded, uncrated, or shipped assembled.
Origin and delivery addresses	Including access constraints, gradients, overhead clearances and gate widths.
Required on-site date	We plan backwards from this, not forwards from cargo-ready.
Crane or unloading availability at site	If a crane is booked for a fixed day, everything else must be built around it.
Value and any dangerous goods classification	For insurance and compliance.

We are happy to work from supplier drawings. If the drawings are in metric and the site is in imperial, we will reconcile them before anybody quotes a crane.

How we plan

Project cargo methodology

Feasibility and route study

Before pricing, we establish whether the cargo can physically reach the site: road geometry, bridge and pavement limits, overhead clearances, port capability and crane availability.

Method statement

A written plan covering packing, lifting, securing, routing, permits, escorts and the sequence of movements, with responsibilities named.

Approvals and permits

Road authority permits, escort arrangements and, where required, police notification and traffic management. Lead times here often set the schedule.

Supervised load-out

Attendance at origin to verify packing, lifting points and securing before the cargo leaves.

Transit management

Vessel or aircraft monitoring, with contingency planning for weather, congestion and berth availability.

Discharge and site delivery

Coordinated discharge, staging where required, and delivery timed to the site’s crane and installation window.

Close-out

Photographic record, delivery documentation and a debrief for the next phase of the program.

FAQ

Project cargo questions

What counts as project cargo?

Anything where the cargo, the sequencing or the site makes a standard booking impossible. In practice that usually means out-of-gauge or very heavy pieces, multi-country consolidations against a construction program, or delivery to a site with real access constraints.

How far in advance should we engage you?

As early as possible, ideally before the equipment is purchased. Decisions made at the procurement stage — how the machine is split for shipping, how it is crated, which port it comes through — have far more effect on cost than the freight rate does.

Can you handle a shipment that comes from several countries?

Yes. Multi-origin projects are common: a vessel from Europe, control systems from Asia, structural steel locally. We build a consolidated schedule so components arrive in installation order rather than purchase order.

Do you arrange the crane and rigging?

We coordinate lifting and rigging through specialist contractors and can supervise on your behalf. Where a client’s own contractor is doing the lift, we integrate our plan with theirs.

What about over-dimensional road transport permits?

We arrange permits, escorts and pilot vehicles for over-dimensional movements. Permit lead times vary by state and route, and they frequently drive the critical path — which is why route studies come first.

Is project cargo insurable?

Yes, and it should be. Project cargo policies can cover delay in start-up as well as physical loss, which for a capital program is often the larger exposure. We will help you scope the cover.

Engineering and approvals

The engineering work that happens before a project cargo booking exists

On a project move the freight rate is the last thing decided. What comes first is proving the cargo can physically and legally travel the route, and that is an engineering exercise with documents attached.

Route survey

We survey the whole corridor: the load site, the road route to the port, the port itself, the discharge port and the road route to site. Bridges, overhead power, roundabouts, gradients, level crossings and gate widths all decide whether a route is viable, and whether a cheaper port is actually cheaper once the road leg is priced.

Lift studies and method statements

Heavy or awkward items need a documented lift plan: crane selection, ground bearing pressure, rigging arrangement, lifting points and centre of gravity. Ports and sites will ask for a method statement before they let the lift proceed, and so will your insurer.

Permits and escorts

Oversize and overmass movements in Australia are permitted by road manager and by jurisdiction, and the conditions attached — travel hours, escort vehicles, pilot requirements, police involvement — vary between states and between roads. Permits take time. Building that time into the project schedule is usually where we add the most value.

Cargo drawings and stowage

Carriers need certified dimensions, weights and centre of gravity to plan stowage, lashing and lift equipment. Approximate figures from a supplier are the most common cause of a booking failing at the port. We insist on certified data and, where necessary, verify it.

Insurance and marine warranty

Project cargo is usually insured on a project-specific basis, and higher-value or unusual lifts may require a marine warranty surveyor to approve the lifting and stowage arrangements. We arrange the survey and coordinate the approvals so the cover is actually valid when the lift happens.

Equipment and vessel options

Planning the move: container, breakbulk or charter, and how the project is split

Not every oversized piece needs a project. If your cargo is a single unit that is simply over-height, over-width or over-length, start with out-of-gauge cargo, which covers flat racks, open tops, how slot loss is priced and what the Australian road leg requires.

Most project cargo does not need a chartered vessel. Knowing where the boundaries sit between container equipment, breakbulk and charter is what keeps a project affordable.

Option	Suits	Trade-off
Flat rack container	Cargo over-width or over-height but within container line limits	Cheapest out-of-gauge option; limited by line acceptance and lift capacity
Open top container	Over-height cargo that must be craned in from above	Weather protection is limited to a tarpaulin
Breakbulk on a multipurpose vessel	Single heavy or long items outside container limits	Fewer sailings, longer transit, port-to-port only
Roll-on roll-off	Wheeled or tracked plant that can be driven or towed	Restricted to suitable ports and self-propelled or trailerable cargo
Part or full charter	Large modular scopes, or where schedule certainty is critical	Highest cost, greatest control over timing and stowage

Splitting and modularising

Sometimes the cheapest engineering decision is to ship an item in two pieces and reassemble on site. We will raise that option with your technical team early, because it is very difficult to revisit once the item is fabricated.

Port selection

The nearest port is not always the right one. Lift capacity, laydown area, heavy-vehicle access and the road route beyond the gate matter more than distance. See Australian ports for how the major terminals differ.

Multi-consignment projects

Where a project involves many shipments from several suppliers, the discipline shifts from moving cargo to sequencing it. Site needs the structural steel before the switchgear, and storing the wrong item for six weeks is expensive. That is international logistics management rather than freight, and it is described further on our supply chain solutions page.

Send us the drawings

Dimensions, weights and a required on-site date are enough to start. We will tell you what is feasible before anyone commits to a schedule.