Heavy Lift Shipping from India
Cargo too heavy for a container and too valuable to improvise — planned as an engineering job, not a booking.
When the crane decides everything
Once a single piece exceeds what standard terminal equipment can lift, the shipment stops being a freight booking and becomes an engineering problem. The question is no longer which vessel is cheapest but which ports have the lifting capacity, which vessels have suitable gear, and whether the piece can be lifted at all in the configuration it is being presented in.
That determines the routing, not the other way round. Choosing a destination port before confirming its heavy-lift capability is the most common way a heavy-lift project acquires an expensive change of plan.
The lift study comes first
Before anything is booked we need the numbers, and they must come from the manufacturer rather than from an estimate.
- Exact gross weight of each piece, not the nominal weight from a brochure
- Centre of gravity, marked on the item itself where possible
- Designated lifting points and their rated capacity
- Dimensions including any protrusion that cannot be removed
- Whether the piece may be lifted, jacked, skidded or rolled, and which of those it must not be
- Any orientation constraint — pieces that must not be tilted, inverted or laid down
Centre of gravity is where heavy lift goes wrong
An off-centre load lifted as though it were symmetrical will swing as it leaves the ground. On a piece weighing tens of tonnes, that swing is uncontrollable, and it happens in the first few centimetres of the lift when people are still standing close to it.
This is why we will not proceed on an assumed centre of gravity. If the manufacturer cannot supply it, it has to be established before the lift, not estimated by eye on the day. It is also why the rigging plan is drawn and checked rather than assembled from whatever slings are on the truck.
Vessel and gear selection
There are three broad ways to move heavy pieces by sea, and they are not interchangeable. Geared multipurpose vessels carry their own cranes and can work ports without heavy shore capacity. Heavy-lift vessels have far greater capacity and, in some cases, can submerge to float cargo on and off. Roll-on roll-off avoids lifting altogether where the piece can be moved on wheels or a trailer — often the lowest-risk option for cargo that is heavy but not liftable at convenient points.
The right answer follows from the lift study and the port capability at both ends. We would rather propose a longer routing through a port that can handle the piece than a short one that cannot.
Sea fastening is a design, not a lashing job
A vessel in a seaway subjects deck cargo to sustained accelerations in three axes, and a piece that shifts at sea endangers the ship, not just the cargo. Sea fastening for heavy lift is therefore an engineered arrangement — welded stoppers, braces and lashings designed against calculated forces and, on significant pieces, approved by a marine warranty surveyor before sailing.
That approval is not a formality to be obtained afterwards. It is a condition of the insurance and, frequently, of the vessel accepting the cargo at all.
The land legs are usually the harder part
Most heavy-lift projects from India lose more time between the factory and the quay than on the ocean. The road leg needs a route survey, permits from every authority along the way, and often physical intervention — utility lines lifted, a barrier removed, a culvert plated.
We survey the route before quoting, because the alternative is discovering a bridge rating or an overhead clearance when the trailer is already loaded and standing in front of it.
Asked often about this service
What do you need from us to quote?
Weight, dimensions, centre of gravity and designated lifting points for each piece, from the manufacturer rather than estimated, plus the origin and destination addresses. Without the centre of gravity and lifting points we cannot plan the lift, only guess at it.
Can heavy cargo go on a normal container vessel?
Only if it fits the equipment — a flat rack or open top within the weight and dimension limits of the terminal gear. Beyond that it needs a geared multipurpose vessel, a heavy-lift vessel or a roll-on roll-off solution, and which one follows from the lift study.
What is a marine warranty surveyor and do we need one?
An independent surveyor who reviews and approves the lifting and sea-fastening arrangements before the cargo sails. On significant pieces the insurance and often the vessel require it. We build the approval into the schedule rather than treating it as a last-minute sign-off.
Who is liable if something is damaged?
Contractually us for the operations we perform, but carrier liability limits are far below the value of most heavy-lift cargo. All-risks project cargo insurance on the declared value is what actually protects you, and we would rather arrange it properly than have this conversation after an incident.