01
Cargo data verification
Review certified dimensions, weight, centre of gravity, lifting points and technical drawings to establish a sound basis for transport and equipment selection.
Overview
Engineered logistics for out-of-gauge cargo
Industrial machinery can exceed standard container dimensions or weight limits, and its transport may depend on lifting points, centre of gravity, disassembly options and route constraints. FSC coordinates project logistics planning from cargo data and origin access through port handling, ocean or multimodal movement and final delivery.
A sound plan starts with verified dimensions and weights, equipment drawings, packing and securing requirements, lift studies where required, and a survey of transport interfaces. Route feasibility must consider road limits, bridges, turning radii, permits, port capability, vessel availability and the destination site's access and foundation conditions.
FSC's owned and chartered fleet ranges from 1,700 to 15,000 TEU, while project and heavy cargo requirements may call for specialist vessel, breakbulk or heavy-lift solutions sourced according to cargo and route. Scope, engineering responsibilities and contingencies are defined with the shipper and relevant local specialists.
- Out-of-gauge and overweight cargo assessment
- Breakbulk, flat-rack and specialist vessel options
- Lift, load and securing coordination
- Route surveys, permits and access planning
- Port and inland interface coordination
- Project milestones and risk registers
420+
ports called
PROJECT ENGINEERING
Plan every interface before the lift
Coordinate cargo engineering, transport feasibility and site readiness across the complete movement.
02
Transport engineering
Assess out-of-gauge envelopes, load distribution, securing methods and interfaces between road, port, vessel and destination handling equipment.
03
Lift and handling planning
Coordinate appropriate lift plans, equipment and operational responsibilities with qualified local contractors and facility operators.
04
Route feasibility
Evaluate road geometry, bridge and axle limits, permits, port access, weather exposure and site approach before committing to a movement plan.
05
Breakbulk and vessel options
Compare containerised, breakbulk, heavy-lift and other suitable solutions based on cargo dimensions, handling needs, schedule and route availability.
06
Project controls
Maintain milestone plans, interface responsibilities, document registers and risk reviews so stakeholders can manage dependencies and change.
PROJECT PLANNING
Typical heavy-cargo workstream emphasis
- 92
- cargo engineering index
- 5
- workstreams illustrated
- 100%
- project-specific validation required
How it works
A controlled heavy-lift movement
Progress from verified cargo data to route approval and coordinated execution.
- 01
Capture cargo requirements
Collect drawings, dimensions, weight, centre of gravity, lifting points, packing status and origin and destination constraints.
- 02
Develop feasible concepts
Compare equipment, mode, vessel and handling options against cargo, route, schedule, budget and operational constraints.
- 03
Survey and secure approvals
Coordinate route and site surveys, engineering reviews, permits, port approvals and contractor method statements as required.
- 04
Execute with interface control
Confirm readiness at each handover, monitor milestones and manage changes through agreed project contacts and escalation procedures.
- 05
Deliver and close out
Coordinate final positioning or offloading, reconcile transport records and document lessons for subsequent project movements.
Reference
Cargo and solution assessment
| Cargo profile | Potential solution | Required information | Key constraint |
|---|---|---|---|
| Container-compatible machinery | FCL / flat rack | Dimensions, weight, securing points | Equipment limits and loading access |
| Long or wide modules | Breakbulk / project vessel | Certified drawings and lift points | Vessel and port capability |
| Very heavy components | Heavy-lift vessel / engineered move | Weight distribution and centre of gravity | Crane capacity and lift method |
| Factory-to-site movement | Multimodal project transport | Route survey and site access | Permits, bridges and geometry |
| Sensitive precision equipment | Specialist packing and controlled handling | Shock, tilt and environmental limits | Handling chain and monitoring needs |
In operation
Project cargo at every interface
FSC coordinates the transport interfaces that connect factory, port, vessel and project site. Engineering, equipment suitability and local approvals are confirmed for each cargo and route before execution.
Project cargo at every interface
Case study
A regional industrial plant developer
The challenge
A production-line expansion required oversized modules from several origins, with restricted site access and a fixed installation sequence.
Our solution
FSC coordinated cargo data reviews, route surveys, port handling plans and a sequenced delivery schedule with local transport and site teams.
- 12
- oversized modules coordinated
- 3
- origin routes assessed
- 1
- integrated interface and milestone plan
FAQ
Frequently asked questions
Can't find what you're looking for? Our specialists are available around the clock.
Contact our teamProvide certified dimensions and weight, centre of gravity, lifting and lashing points, technical drawings, packing status, cargo value, origin and destination details, required delivery date and site constraints. Photographs and handling instructions can help with preliminary review but do not replace verified engineering data. Final equipment and route decisions require suitable technical validation.
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Share cargo drawings, dimensions and route details so FSC can assess a project logistics approach.