Project Cargo: What Actually Decides Your Start-Up Date

The package landed on time, and it is going nowhere

A 106-short-ton evaporator discharges at Savannah on schedule, clean bill, no damage survey. It will sit on the terminal for eleven days. The routing to site crosses a county bridge whose load rating predates the equipment by four decades, and the state DOT wants an engineered analysis before it issues the permit. Ocean freight had cost roughly $66,000. The wait, the bridge analysis and the temporary shoring will cost more — and will push a utility tie-in that was scheduled a year ago.

That is the signature of project cargo: the money and the risk are almost never where the budget put them. The cargo travels fine. It is the regulatory and physical environment around it that resists.

Out-of-gauge is not project cargo

The two get blended in quotations and rarely in practice. An out-of-gauge item raises a pricing question: it breaks container dimensions, it sterilises neighbouring slots, and the decision is a comparison between flat rack, break bulk and RoRo. Project cargo raises a schedule and contract question: one indivisible, often unique piece, sitting on the critical path of an installation whose commissioning date is itself written into a contract.

The test is simple and financial. If a delay costs you freight and storage, you are running an out-of-gauge file. If a delay costs you the start-up date, you are running a project — and the chain you have to control no longer runs port to port but from the fabricator's shop floor to the foundation.

The route survey comes before the purchase order

The natural sequence — buy the equipment, then arrange its movement — is precisely the one that produces expensive files. On a heavy item the useful order is reversed: the route survey establishes a maximum admissible weight and envelope all the way to site, and that ceiling belongs in the equipment specification.

That ceiling is not set by one link but by the tightest in a chain, each controlled by a different authority:

Federal axle figures are statutory; the rest are orders of magnitude to confirm structure by structure. The principle matters more than the numbers: the admissible package is the one that clears the weakest link, and that link is usually inland, in the last few miles.

The lifting plan and the warranty surveyor

The lift is the moment when the entire value of the project hangs from a few slings. Underwriters know it, and on cargo above a certain value they typically make cover conditional on prior approval by a marine warranty surveyor — an independent party who signs off the lift calculation.

That review covers things prepared months earlier: lifting points certified by the manufacturer for the configuration actually used, verified centre of gravity, spreader beams and sling angles, ground bearing pressure under the crane mats, and the weather and wind-speed window. The usual blocker is not crane capacity, which is a catalogue item, but the absence of manufacturer certification for the intended rigging — a document nobody asks for at the purchase order stage, and that no longer exists once the machine is painted and crated.

What the charter party actually commits

Once the cargo leaves liner service, the relationship stops being a contract of carriage and becomes a charter, typically on a HEAVYCON or PROJECTCON form (BIMCO). Three clauses decide the file.

Laydays and cancelling first: they set the window in which the vessel must present, and therefore the window in which your cargo must be ready at berth. A fabricator running late does not move the vessel — it puts you in default. Then the lift split: a free in and out, stowed and lashed term leaves the operation, its engineering and its labour to you, though the phrasing reads like a simple allocation of cost. Finally lashing responsibility: the securing plan is usually furnished by the shipper and approved by the vessel's classification society, which pushes a technical liability onto you that a container line's bill of lading would have absorbed.

One cash consequence is routinely missed: demurrage on a chartered heavy-lift vessel runs into tens of thousands of dollars per day, an entirely different order from the box-level figures in our guide to demurrage and detention.

The cover almost nobody buys

A cargo policy, even on ICC (A) terms, indemnifies physical damage: it pays to repair or replace the item, on the terms set out in our piece on marine cargo insurance. It does not pay for the eight months needed to refabricate a rotor, nor the production lost across those eight months, nor the liquidated damages under the main contract.

That exposure belongs to a separate policy — DSU (delay in start-up), also written as ALOP (advance loss of profits). It is expressed as an indemnity per day or per month of delay, over a capped indemnity period, with a deductible itself stated in days, typically in the region of two to six weeks. Its defining feature, and its trap, is the linkage: DSU responds only if the physical damage that caused the delay is itself covered under the underlying cargo policy. An insufficient-packing exclusion therefore collapses not one cover but two — and that is the moment people discover the two policies should have been placed in the same market, with aligned scope.

Three worked cases

1. Power transformer, Germany to a US Gulf site — 182 short tons. Ocean to Houston, then 40 miles on a superload permit. Survey and engineering $21,000, ocean leg $78,000, permits and escorts $26,000, bridge analysis and temporary shoring on two structures $61,000, site lift $28,000. Roughly $214,000 total, with actual transport under half of it. The line that broke the budget is the one nobody prices at bid stage.

2. Packaging line, UK to Gujarat — 11 packages, heaviest 101,000 lb. Break bulk to Mundra, then road. The survey flags a structure rated near 88,000 lb on the final eight miles. Two options: reinforce, quoted around $64,000 plus several weeks of approvals, or have the fabricator split the module into two sub-assemblies for roughly $10,000 of redesign and field reassembly. The split wins comfortably — but only because the question was asked before fabrication started. Indian movements add a second constraint worth planning around: over-dimensional consignments moving by rail follow a separate clearance process, and the monsoon window narrows the road option for several months.

3. Cement mill, China to a UK site — 11 weeks late. The item is damaged in transhipment; the damage is covered. The cargo policy funds a replacement at roughly $390,000. The real loss is elsewhere: eleven weeks of delayed commissioning. With DSU written at $280,000 per month of indemnity and a 21-day deductible, recovery runs on about eight weeks, roughly $515,000 — more than the item itself. Without DSU, that sits entirely with the project owner. The figures here are working assumptions, used to show the ratio between the two covers rather than to quote a market.

The decision belongs to engineering, not to the transport desk

Nearly everything expensive about project cargo is decided before a carrier is ever approached: the module weight, whether certified lifting points exist, the contractual commissioning date, the scope of the insurance. Moving the route survey upstream into the technical specification removes none of the constraints, but it makes them negotiable — which they stop being the moment the machine goes into paint. It is the one step in the file whose cost is marginal and whose return is consistently high.