A superyacht refit quotation is more than labour plus materials. Yards have to price incomplete scope, specialist trades, hidden technical problems, schedule pressure and the financial consequences of delay.
A superyacht may arrive at a refit yard with a worklist containing hundreds of individual jobs, but the figure at the bottom of the quotation is not simply the result of adding labour hours to material prices. Before the yacht even arrives, the yard has to decide how much work it thinks each job will require, how many people will be needed, which specialists must be brought in, what can be done simultaneously and what could go wrong once machinery, tanks, interiors or coatings are opened up.
That makes refit pricing fundamentally different from buying a finished product. The yard is pricing work on an existing yacht whose true condition may not be completely visible until dismantling begins, while the owner is usually working towards a fixed departure date dictated by the next cruising season, charter commitment or operational programme. A quotation therefore contains an assessment of uncertainty as well as an estimate of work.
MB92 provides an unusually clear view of how seriously large refit yards treat this pre-project stage. Its quotations department has dedicated managers working with technical departments, suppliers and project teams to establish budgets and schedules before arrival, while the yard acknowledges that worklists continue to evolve during the yard period as new requests and discoveries emerge.
The contractual structure reflects that reality. ICOMIA describes its Superyacht Refit Contract as an industry-standard framework covering matters including performance, scope, redelivery, price and payment, insurance, liability, warranty and disputes, precisely because a major refit requires the commercial relationship to survive changes that may occur after work begins.
Understanding how the yard builds its price helps explain why two reputable shipyards can receive the same worklist and return very different numbers. The difference may not mean one is expensive and the other cheap; it may mean they have made different assumptions about labour, access, contingency, subcontractors, risk and the probability of finishing on the date the owner expects.
The quality of a refit quotation depends heavily on the quality of the information supplied to the yard. A detailed specification supported by drawings, service records, class requirements, photographs, machinery histories and accurate descriptions gives estimators something tangible to price, whereas a worklist containing entries such as “repair corrosion”, “overhaul HVAC” or “improve vibration” leaves enormous room for interpretation.
Experienced yards therefore invest significant effort before the yacht arrives. Amico & Co says its management system contains the technical and financial records of thousands of quotations and completed projects, allowing previous work to inform future pricing rather than forcing every estimator to begin from nothing. The yard also describes a process in which yacht specifications are supplied for quotation, the yard inspects the vessel and the parties then clarify details and establish a preliminary production schedule.
Historical data is valuable because experienced yards know that apparently simple work can conceal expensive dependencies. Replacing a valve may require removal of surrounding equipment before anyone can reach it, while replacing damaged joinery may involve dismantling panels, protecting adjacent interiors, disconnecting electrical services and reproducing finishes that were installed decades earlier. The visible job can therefore represent only a fraction of the real work needed to complete it correctly.
MB92 refers to this as an “iceberg effect” in refit planning: the owner's visible requirement sits above a larger collection of technical, statutory, procurement and access considerations that need to be understood before the project begins. The yard recommends defining the scope early precisely because unexpected work is inherent in refit, whether it comes from new system problems, mechanical failures, owner requirements or findings during the project.
The commercial question then becomes how much of that uncertainty the shipyard is prepared to include in a firm price. Some tasks may be sufficiently defined for confident pricing, while others inevitably depend on what is discovered after machinery is stripped, paint is removed or tanks are opened. A responsible quotation needs to distinguish between work that can genuinely be priced and work for which the final cost cannot yet be known.
That distinction is more useful to an owner than an unrealistically precise total. A quotation that clearly identifies assumptions and uncertain areas may initially look less attractive than one offering a lower apparently fixed number, but hidden uncertainty does not disappear because it has been excluded from the first estimate. It usually reappears later as additional work, changed scope or schedule pressure.
Labour is one of the largest components of many refits, but the yard does not experience labour as a single uniform cost. A project may involve welders, electricians, pipefitters, painters, engineers, carpenters, mechanics, refrigeration specialists, AV technicians, naval architects, project managers and class-approved specialists, each with different skills, availability and commercial arrangements.
Some trades may be directly employed by the yard while others are supplied by specialist subcontractors. Amico & Co, for example, describes a workforce spanning project management, engineering and multiple skilled departments, while MB92's project structure combines internal functions with a large supplier network. The financial structure of the project therefore depends partly on whether expertise is available within the yard or has to be secured externally.
The number of hours required can matter as much as the nominal rate. A technician working on an exposed machine in a workshop can be productive almost continuously, whereas the same technician working inside a yacht may spend part of the day gaining access, moving protection, coordinating with another trade, waiting for an inspection or dismantling surrounding equipment before reaching the component that actually needs repair.
This is why sequencing becomes a commercial issue. Monaco Marine describes refit project management as the coordination of scope, activities, resources, timelines, budgets and risk, while one of its project managers identifies managing simultaneous activity aboard as one of the principal challenges of a major refit.
Putting more workers aboard does not necessarily make the yacht finish faster. Two trades may need the same passageway, machinery space or section of hull, paint preparation may prevent nearby hot work, electrical isolation may stop another system being commissioned and an inspection may have to occur before panels are closed. At some point, additional manpower creates congestion rather than progress.
Labour pricing also changes when the calendar becomes compressed. If work that could comfortably have been completed during normal working hours suddenly has to be finished before a non-negotiable departure, the solution may involve evening work, additional shifts, weekend attendance or bringing additional subcontractors onto the project. The owner is no longer buying the cheapest hour of labour; the owner is buying scarce labour at exactly the moment it is needed.
Specialist availability creates another layer of risk. Large refit organisations invest heavily in workforce capability because a highly specialised refit task cannot simply be given to any available worker when the project falls behind. The availability of the right people therefore becomes a scheduling and commercial consideration as well as a technical one.
A good estimator therefore thinks about labour as capacity rather than merely wages. The quotation has to answer not only how many hours a task ought to take, but which people can do it, when they can do it, what has to happen before they start and whether another project will be competing for the same skills at the same time.
Every experienced refit yard knows the moment when the project can change character: the yacht is opened. Paint is removed and corrosion extends further than expected, a tank is inspected and steel or aluminium requires additional work, machinery is dismantled and wear is worse than the service history suggested, or panels come off and previous modifications are discovered behind them. Old drawings may no longer correspond exactly to the yacht that exists today.
None of these discoveries necessarily means that the original survey or quotation was poor. A refit involves an existing structure and systems that may have been modified, repaired and maintained by different companies over many years, so some conditions simply cannot be confirmed without destructive access or dismantling.
Monaco Marine gives a useful real-world example from its own refit work. One project encountered greater corrosion-related work than expected and another discovered the extent of hot work required inside a tank, placing significant pressure on the programme. The examples show how quickly hidden physical condition can move from a technical finding into a schedule and cost issue.
The yard must therefore decide at quotation stage which unknowns it can reasonably accept and which need to remain subject to further inspection. If it assumes responsibility for every conceivable hidden condition, the opening price would have to contain a very large risk premium. If it prices only the optimistic visible scope, the quotation may look competitive but produce a succession of additional charges once the yacht is dismantled.
Neither extreme is particularly useful. The more professional approach is to make the boundary visible so the owner understands where certainty ends. That makes later discoveries easier to distinguish from work that should reasonably have been included from the beginning.
That is also why variation control matters so much. KRM Yacht describes variation routing, approvals, procurement and budget exposure as central elements of refit project management, noting that cost pressure increases when scope, technical findings, decisions, material lead times and sequencing remain unresolved.
A variation is not inherently evidence that the yard priced incorrectly. If the owner adds a new requirement or dismantling reveals a condition that could not reasonably have been known beforehand, the commercial scope has genuinely changed. The important question is whether that change is documented quickly enough for the owner to understand its effect on both price and completion date before further dependent work proceeds.
This is where poor project control becomes expensive. A small additional job may require materials with a long lead time, delay closing a compartment, stop another contractor working or move commissioning into the final days before departure. The invoice for the additional physical work may therefore be much smaller than its total effect on the project.
Owners naturally judge delay by the planned departure date. The yard has to look at it differently because a yacht that remains in the facility longer than expected continues consuming infrastructure, supervision, project-management time and production capacity.
The consequences can spread beyond the delayed yacht. A dry-dock, paint shed, travel-lift position or working berth may already be allocated to another project, while specialist contractors may have been booked elsewhere after their expected completion date. One yacht slipping several weeks can therefore disturb work that was never part of its original contract.
This is why scheduling begins before arrival at serious refit facilities. MB92 says its quotations team produces project schedules and establishes dates for critical purchasing, while Monaco Marine identifies task sequencing, resource allocation, realistic timelines and risk management as core functions of the project-management process.
Procurement can become part of the critical path before any physical work begins. Sourcing decisions carry operational and financial consequences, and materials have to be available when required if later jobs are not to be delayed. This becomes particularly important where specialist equipment or custom components have long manufacturing and delivery periods.
A delayed component can therefore have a disproportionate effect. If the component is required before a ceiling can be closed, machinery commissioned or a class survey completed, several following activities may wait even though their own materials and labour are already available.
Class and flag approval can create similar pressure. Proposed modifications may require review by classification societies or flag administrations, and differing technical requirements can consume design and decision time while an acceptable solution is developed. The physical installation can sometimes be quicker than the technical path required to approve it.
The cost of delay becomes particularly visible near redelivery. During the early weeks of a long yard period there may be room to resequence tasks, but as the departure date approaches the number of alternatives contracts. Work that slips into the last week begins competing directly with testing, cleaning, commissioning, provisioning, crew preparation and sea trials.
At that stage, saving the schedule can itself become expensive. More resources may be required, working hours may lengthen and management attention becomes concentrated on the critical path, while every new owner request has to be judged not only by whether it can technically be done but whether it jeopardises the yacht's ability to leave.
A sophisticated yard therefore does not regard time as free. Schedule risk is part of commercial risk because every week of delay has resource consequences for both the yacht and the facility.
Owners often receive quotations with totals that are difficult to compare because the underlying assumptions are different. One yard may have included significant preparation and access work, another may expect parts of it to be provided by the yacht, while a third may have treated uncertain jobs as allowances rather than committing to a firm scope.
Looking only at the final number can therefore reward the quotation that has excluded the most uncertainty. A lower starting figure is only meaningful when the owner understands what the yard has assumed in order to reach it.
A better comparison begins with scope. The owner's team should understand what has actually been included, what remains estimated, which materials are assumed, which work is subcontracted, who supplies access and protection, what inspections are included and which discoveries would trigger additional pricing. The purpose is not to eliminate variations entirely, because that may be impossible, but to identify where they are likely to originate.
Timing assumptions deserve the same scrutiny. A quotation based on normal working hours is not economically comparable with one built around a compressed programme requiring additional shifts, and a yard with the required specialist team already available is not offering the same proposition as one expecting to assemble that capability later.
The maturity of the worklist also affects the apparent price. A yacht that tenders six months before arrival with completed engineering, clear owner selections and major equipment already specified gives yards an opportunity to price intelligently, while one arriving with unresolved design decisions forces uncertainty into both procurement and labour planning.
Owner behaviour can therefore influence the yard's risk almost as much as the condition of the yacht. Late selections, slow approvals and scope additions are not simply administrative inconveniences because they can affect materials, sequencing and access. When the owner team makes decisions quickly, the yard can convert uncertainty into planned work; when decisions remain open, the programme has to carry them as risk.
That is why the most sophisticated refit organisations put so much effort into planning before arrival. Early development of the project can save both time and money, while an established contractual framework creates greater certainty around scope, price, payment and redelivery between owners and refit yards.
For an owner, the lesson is not that a high quotation is automatically safer or that a low quotation should be rejected. It is that the useful number is the one whose assumptions can be understood. A transparent quotation makes it easier to compare commercial offers on what they actually contain rather than simply comparing the figures printed on their final pages.
A strong refit quotation shows where the yard believes the work is predictable and where it is exposed. It prices skilled labour realistically, gives the programme enough room to function, identifies the areas likely to change and creates a commercial route for dealing with discoveries when they occur.
The final cost of a major refit is therefore determined long before the last invoice arrives. It begins with the quality of the worklist, the depth of the inspection, the accuracy of the quotation and the discipline with which both yard and owner manage change.
A successful refit is not one in which nothing unexpected happens, because on a complex existing yacht that is an unrealistic standard. It is one in which the inevitable unknowns are discovered, priced, approved and absorbed without allowing uncertainty to overwhelm the budget or the departure date.