See the real annual and monthly cost of crew, fuel, dockage, insurance, maintenance, refits and charter operations—plus a complete five-year ownership model.
Written by McGregor Financial Services · Yacht-owner accounting, charter economics and financial administration insights · Updated August 18, 2026
A $25 million professionally crewed yacht may require approximately $3.76 million of recurring cash operating expense in Year 1, or about $313,000 per month, under the illustrative assumptions in this article.
A prudent funding plan rises to $4.76 million per year—about $397,000 per month— after adding $1 million for planned refit work and unexpected capital expenditure. Over five years, the modeled economic cost averages approximately $6.77 million per year after purchase, operations, capital work, closing costs and resale proceeds are counted.
Those are planning figures, not an industry average or a quote for a particular vessel. Age, length, gross tonnage, machinery, flag, class, cruising program, insurance profile, crew rotation, charter status and owner expectations can move the result by millions.
Direct answer The model produces $3.76 million of recurring Year-1 OPEX, $4.76 million of prudent annual cash funding and $33.84 million of net economic cost over five years. A 10-week charter program reduces—not eliminates—the owner’s contribution.
What are the key numbers?
- Year-1 recurring cash OPEX: $3.76 million.
- Prudent annual owner funding: $4.76 million, including $1 million of CAPEX reserves.
- Illustrative monthly funding: $396,667; core OPEX alone averages $313,333.
- Five-year net economic cost: $33.84 million in the base resale case, before financing and opportunity cost.
- Modeled 10-week charter program: $2.50 million of gross base fees becomes approximately $1.60 million of net contribution—not $2.50 million of profit.
What kind of $25 million yacht is this model analyzing?
This is an illustrative 46- to 50-meter motor yacht with 11 permanent onboard roles plus relief coverage, professional shoreside management and a dual-season private or charter-capable program.
The size assumption is reasonable for a model, but it is not a valuation rule. Current asking prices demonstrate how age, builder, condition, tax status and refit history affect the yacht received for the same money. When this article was researched, Burgess displayed the 46.7-meter ARTISA at a $25 million asking price and the 49.8-meter ROCKET at €24 million. Asking prices are not completed-sale values. View the current Burgess listings.
What assumptions drive the analysis?
| Assumption | Base case |
|---|---|
| Acquisition price | $25,000,000 |
| Illustrative yacht | 46–50m motor yacht |
| Condition | Well-maintained; neither new nor a restoration project |
| Crew | 11 permanent onboard roles plus selective relief |
| Operation | Professional management; private use with optional charter |
| Main-engine use | 425 hours per year |
| Fuel model | 85,000 gallons at $4.25 blended, plus lubricants |
| Charter rate | $250,000 per week, plus expenses |
| Recurring OPEX inflation | 3% per year |
| Five-year gross resale value | 70% of purchase price |
| Selling costs | 5% of gross resale proceeds |
| Financing | None; cash purchase assumed |
Excluded: sales or use tax, VAT, import duty, financing, income tax, charter taxes, casualty losses, extraordinary litigation and the opportunity cost of capital. These items are owner-, entity-, flag- and jurisdiction-specific.
What is the annual operating budget for a $25 million yacht?
The base model produces $3.76 million of recurring Year-1 OPEX. Adding $700,000 of planned refit and renewal reserve and $300,000 of unexpected CAPEX reserve brings prudent annual funding to $4.76 million.
| Annual cost category | Year-1 budget | Share of recurring OPEX |
|---|---|---|
| Crew salaries and relief coverage | $1,100,000 | 29.3% |
| Payroll burden, benefits, travel, training and recruitment | $320,000 | 8.5% |
| Hull, machinery, liability and related insurance | $325,000 | 8.6% |
| Dockage, shore power, storage and utilities | $280,000 | 7.4% |
| Fuel and lubricants | $375,000 | 10.0% |
| Routine maintenance, repairs, spares and consumables | $500,000 | 13.3% |
| Class, flag, compliance and scheduled surveys | $140,000 | 3.7% |
| Tenders, toys, communications, AV and IT | $130,000 | 3.5% |
| Yacht management | $165,000 | 4.4% |
| Financial administration, accounting and coordination | $95,000 | 2.5% |
| Crew provisions, uniforms and housekeeping supplies | $150,000 | 4.0% |
| Owner travel, guest provisioning and itinerary support | $180,000 | 4.8% |
| Recurring cash OPEX | $3,760,000 | 100.0% |
| Planned refit and equipment-renewal reserve | $700,000 | — |
| Unexpected CAPEX reserve | $300,000 | — |
| Prudent annual cash funding | $4,760,000 | — |
The reserve lines are funding provisions, not assertions that the same accounting expense will occur every year. In a quiet year, the cash should accumulate. In a yard or survey year, expenditures may exceed that year’s contribution.
Why can crew cost roughly $1.42 million before full rotation?
A yacht at this level is an operating platform, hotel, transport system and marine workplace. The owner pays not only for people onboard, but also for leave coverage, recruitment, medical and accident protection, travel, training, visas, payroll administration and repatriation obligations.
| Department or role | Onboard positions | Modeled relief | Annual wage-and-relief budget |
|---|---|---|---|
| Captain | 1 | Three months of relief/overlap | $210,000 |
| Chief officer or mate | 1 | Two months of relief | $120,000 |
| Chief engineer | 1 | Three months of relief/overlap | $170,000 |
| Second engineer/ETO | 1 | Permanent; defined leave | $85,000 |
| Chief steward/ess or purser | 1 | Two months of relief | $110,000 |
| Chef | 1 | Two months of relief | $120,000 |
| Bosun | 1 | Defined leave | $65,000 |
| Deckhands | 2 | Defined leave/dayworker support | $110,000 |
| Steward/esses | 2 | Defined leave/dayworker support | $110,000 |
| Total | 11 | Plus relief | $1,100,000 |
The separate $320,000 burden line equals approximately 29% of the wage-and-relief budget. Actual burden depends on contracts, employer jurisdiction, payroll taxes or social contributions, insurance, rotation flights, training, medicals, recruitment turnover and repatriation.
The model is broadly consistent with current recruitment evidence. YPI CREW’s 2026 placement-based guide shows captains on 40–50 meter yachts at €8,500–€12,500 per month and on 50–60 meter yachts at €10,000–€16,000, with 60 days’ leave or equal rotation. Packages change with experience, certificates, itinerary and private-versus-charter use. Review YPI CREW’s methodology and salary guides.
How much does broader crew rotation change the budget?
| Staffing approach | Fully loaded crew cost | Change from base | Revised annual funding |
|---|---|---|---|
| Selective relief—the base case | $1,420,000 | — | $4,760,000 |
| Senior rotation on key roles | $1,750,000 | +$330,000 | $5,090,000 |
| Broader 2:2 rotation | $2,100,000 | +$680,000 | $5,440,000 |
These are scenarios, not standardized packages. Minimum safe-manning, flag requirements, operating tempo and service standards control the actual roster. The International Labour Organization’s Maritime Labour Convention framework also addresses employment agreements, medical care, food, health and safety, recruitment services and repatriation. Read the ILO overview.
Fuel and lubricants: $375,000
- 425 main-engine hours × 150 combined gallons per hour = 63,750 gallons.
- Generators, tenders and repositioning allowance = 21,250 gallons.
- 85,000 gallons × $4.25 blended cost = $361,250.
- Lubricants and rounding = $13,750.
A faster hull, longer passages, more generator load or a higher bunkering price changes the number immediately. Adding 250 main-engine hours at the modeled burn and fuel price adds approximately $159,000 of fuel before incremental maintenance.
Insurance: $325,000
The illustration uses $325,000, equal to 1.3% of the acquisition price. This is not a quoted market rate. Underwriters assess agreed value, age, builder, claims history, navigation area, storm plan, flag, class, crew, tenders, toys, charter activity, deductibles and liability limits. Replace this line with an indication against the actual yacht and program before closing.
Dockage, utilities and storage: $280,000
This line combines annual or seasonal berthing, transient slips, shore power, water, waste, storage and local services. Prime Mediterranean and South Florida itineraries can create very different results. A budget based only on a home berth misses transient dockage and peak-season premiums.
Why do maintenance, class and compliance create expensive years?
Routine maintenance is not the same as capital renewal.
- The $500,000 routine-maintenance line covers service intervals, parts, coatings, filters, engineering consumables, minor repairs and preventive work.
- The $700,000 planned CAPEX reserve supports paint, teak, generators, stabilizers, HVAC, navigation equipment, AV/IT, tenders and major yard periods.
- The $300,000 unexpected CAPEX reserve protects the operating budget from failures that cannot reasonably wait.
Class and statutory work is cyclical. DNV explains that hull-survey-plan items are addressed over a five-year class period and that applicable rules require two bottom surveys within five years. This is why a smooth annual reserve can coexist with a very uneven yard invoice. DNV main class hull surveys; DNV bottom surveys.
Commercial status can change the compliance program. Flag, length, gross tonnage, construction date and operating area all matter. The Red Ensign Group Yacht Code is one example of the detailed framework that may apply to large commercial yachts under participating flags; it is not the rulebook for every yacht. Review current REG publications.
How much should the owner fund each month?
The base annual funding plan equates to $396,667 per month.
| Monthly transfer purpose | Annual amount | Monthly amount |
|---|---|---|
| Recurring operations | $3,760,000 | $313,333 |
| Planned refit/equipment reserve | $700,000 | $58,333 |
| Unexpected CAPEX reserve | $300,000 | $25,000 |
| Total baseline funding | $4,760,000 | $396,667 |
The number is a funding cadence, not a prediction that each month will cost $396,667. Insurance installments, berth contracts, yard deposits, crew bonuses, seasonal repositioning and project milestones make the cash curve lumpy.
For this model, a family office could also maintain a 90-day core-OPEX buffer of approximately $940,000, plus cash for signed yard commitments. That is a planning choice, not a universal liquidity rule.
Can chartering materially reduce the cost?
Yes—but the useful number is net charter contribution, not gross base fees.
The model uses a $250,000 weekly base rate plus expenses. That sits within current advertised rates for individual yachts in this size band: IYC listed the 47-meter KING BENJI from €250,000 to €300,000 per week plus expenses, while Fraser listed the 50-meter MADO from €200,000 to €250,000. These are market examples, not appraisals or forecasts. IYC: KING BENJI; Fraser: MADO.
What assumptions drive the charter cases?
| Input | Assumption |
|---|---|
| Base charter fee | $250,000 per booked week |
| Broker commission | 20% of base fee |
| Turnaround, marketing and owner-borne variable cost | 8% of base fee |
| Added seasonal labor/maintenance | $100,000 at 5 weeks; $200,000 at 10; $400,000 at 15 |
| Illustrative APA | 30% of base fee; excluded from owner revenue |
| Charter taxes/VAT | Excluded; jurisdiction-specific |
The 20% commission is a conservative model input, not a mandatory MYBA rate. The signed central-agency and charter agreements control the actual amount.
What do 5, 10 and 15 charter weeks contribute?
| Charter result | 5 weeks | 10 weeks | 15 weeks |
|---|---|---|---|
| Gross base charter fees | $1,250,000 | $2,500,000 | $3,750,000 |
| Less: broker commission at 20% | ($250,000) | ($500,000) | ($750,000) |
| Less: turnaround/marketing/variable cost at 8% | ($100,000) | ($200,000) | ($300,000) |
| Less: added seasonal labor and maintenance | ($100,000) | ($200,000) | ($400,000) |
| Net charter contribution | $800,000 | $1,600,000 | $2,300,000 |
| Illustrative APA—received and reconciled, not revenue | $375,000 | $750,000 | $1,125,000 |
| Owner funding after charter | $3,960,000 | $3,160,000 | $2,460,000 |
| Average monthly owner funding | $330,000 | $263,333 | $205,000 |
| Share of $4.76M funding plan covered | 16.8% | 33.6% | 48.3% |
Even 15 booked weeks leave the owner funding approximately $2.46 million. Charter also consumes owner calendar, increases operating intensity and creates delivery risk. It should be underwritten as cost recovery—not assumed profit—unless a vessel-specific model shows otherwise.
Why is APA not charter profit?
The Advance Provisioning Allowance is operating cash for the charterer’s variable trip expenses, not an automatic addition to owner earnings.
The MYBA charter form separates the Charter Fee from the APA. It states that charterer-paid operating costs can include main-engine and generator fuel, tender fuel, guest food and beverages, berthing, port charges, local taxes, utilities and special equipment. It also calls for a detailed reconciliation, with the charterer paying a shortfall or receiving unused funds back. MYBA Charter Agreement, Clause 8.
IYC describes APA as typically 25%–40% of the base fee and reconciled after the charter. The 30% used here is an illustration. IYC explanation of APA.
Charter revenue waterfall Gross base charter fee − commissions − owner-borne charter costs − added labor and maintenance = net contribution to fixed ownership cost.
What does five years of ownership cost?
In the base case, the owner deploys $50.46 million of gross cash across acquisition, closing, operations and capital projects. Modeled net resale proceeds of $16.625 million reduce the net five-year economic cost to $33.84 million.
What assumptions drive the five-year model?
- $25 million cash purchase.
- $500,000 of survey, technical diligence, legal, registration and closing costs.
- No transaction tax, VAT or import duty.
- Year-1 OPEX of $3.76 million, inflated 3% annually.
- $5 million of actual capital projects over five years.
- 70% gross resale value after five years.
- 5% selling and closing cost at exit.
An additional $1 million operating buffer may be sensible at acquisition, but it is not counted as a cost if it remains owner cash and is ultimately recovered.
| Period | Purchase and closing | Recurring OPEX | Capital projects | Cash spending | Net sale proceeds |
|---|---|---|---|---|---|
| Acquisition | $25,500,000 | — | — | $25,500,000 | — |
| Year 1 | — | $3,760,000 | $800,000 | $4,560,000 | — |
| Year 2 | — | $3,872,800 | $700,000 | $4,572,800 | — |
| Year 3 | — | $3,988,984 | $1,500,000 | $5,488,984 | — |
| Year 4 | — | $4,108,654 | $700,000 | $4,808,654 | — |
| Year 5 | — | $4,231,913 | $1,300,000 | $5,531,913 | $16,625,000 |
| Five-year total | $25,500,000 | $19,962,351 | $5,000,000 | $50,462,351 | $16,625,000 |
Five-year result $50,462,351 of gross cash spending − $16,625,000 of net resale proceeds = $33,837,351 of net economic cost.
How does cash OPEX differ from economic ownership cost?
| Measurement | Amount | What it includes |
|---|---|---|
| Year-1 recurring cash OPEX | $3.76M | Crew, insurance, dockage, fuel, maintenance, management and recurring administration |
| Year-1 prudent funding | $4.76M | Recurring OPEX plus planned and unexpected CAPEX reserves |
| Five-year average operating and CAPEX cash | $4.99M/year | Inflated recurring OPEX plus $5M of actual capital work |
| Five-year average economic cost | $6.77M/year | Operating and CAPEX cash, acquisition costs and net value loss after resale |
The $6.77 million figure includes an annualized $1.675 million loss between the purchase price and net exit proceeds. The resale assumption is the value after the modeled $5 million capital program, so CAPEX is not assumed to produce a separate dollar-for-dollar recovery.
Financing and opportunity cost are excluded. If the yacht is financed, interest, lender fees, reserves and principal cash flow must be shown separately. A cash buyer may also wish to measure the foregone return on capital tied up in the vessel.
How sensitive is five-year cost to resale value?
| Gross resale assumption | Gross resale price | Net proceeds after 5% selling cost | Net five-year economic cost | Average annual economic cost |
|---|---|---|---|---|
| 60% of purchase price | $15,000,000 | $14,250,000 | $36,212,351 | $7,242,470 |
| 70%—base case | $17,500,000 | $16,625,000 | $33,837,351 | $6,767,470 |
| 80% of purchase price | $20,000,000 | $19,000,000 | $31,462,351 | $6,292,470 |
This is a sensitivity, not a forecast. Brand, build quality, specification, maintenance history, survey findings, market conditions, currency, engine hours, charter history and major work determine actual resale.
What does charter do to the five-year model?
The following overlay applies each annual net charter contribution for five years. It assumes the rate and booked weeks remain constant, charter costs are captured by the waterfall and charter use has no separate effect on resale.
| Five-year case | Cumulative net charter contribution | Net five-year economic cost | Average annual economic cost |
|---|---|---|---|
| Private only | $0 | $33,837,351 | $6,767,470 |
| 5 charter weeks annually | $4,000,000 | $29,837,351 | $5,967,470 |
| 10 charter weeks annually | $8,000,000 | $25,837,351 | $5,167,470 |
| 15 charter weeks annually | $11,500,000 | $22,337,351 | $4,467,470 |
A successful charter program can be financially valuable without turning the yacht into a profitable investment. Ten annual weeks reduce modeled five-year cost by $8 million, but the owner still absorbs approximately $25.84 million of net economic cost.
Which assumptions can break the budget fastest?
| Change from the base case | Illustrative annual effect |
|---|---|
| Fully loaded crew cost rises 20% | +$284,000 |
| 250 additional engine hours at modeled burn and fuel price | +$159,000 of fuel, before maintenance |
| Dockage and utilities rise 30% | +$84,000 |
| Insurance rises 25% | +$81,250 |
| One unplanned capital replacement | +$750,000 if the project costs $750,000 |
| Five booked charter weeks cancel | −$800,000 of expected net contribution |
The owner should see budget, commitments, forecast and available cash separately. A $4.76 million annual budget can still have a liquidity problem if a $1.5 million yard milestone is due before the next contribution.
How should an owner or family office control the budget?
- Record what was spent. Track actual OPEX and CAPEX by department, vendor and project.
- Measure commitments. Maintain approved purchase orders, yard contracts and unpaid invoices.
- Forecast what comes next. Use a rolling 13-week cash forecast and 24-month capital plan.
- Separate charter activity. Isolate base fees, commissions, APA, taxes, variable costs and net contribution.
- Explain what changed. Attribute variances to price, timing, volume or scope instead of miscellaneous accounts.
The reporting package should normally include a balance sheet, operating statement, budget variance, cash reconciliation, payables aging, committed-cost register, crew-payroll summary, charter statement, owner-use allocation and project/CAPEX tracker. The exact package depends on the entity, management structure and reporting needs.
Why doesn’t the purchase price determine affordability?
The purchase price answers whether the owner can close. It does not answer whether the owner can carry the vessel through a weak charter season, a major yard period, an insurance renewal, a crew-transition year and an unfavorable resale market.
In this model, a $25 million buyer needs to be comfortable with:
- roughly $4.76 million of annual cash funding before charter;
- nearly $940,000 of 90-day core operating liquidity, plus signed project commitments;
- a possible $5.49 million operating-and-CAPEX year in the modeled cycle;
- $33.84 million of five-year net economic cost in the base resale case; and
- a result that can be materially worse when financing, tax, import costs or opportunity cost are added.
Owner conclusion Affordability is a cash-flow and risk-capacity decision—not a purchase-price multiple.
What sources and methodology were used?
The dollar tables are original McGregor Financial Services planning illustrations calculated from the stated assumptions. They are not survey averages, vendor bids, appraisals or forecasts.
- Burgess current 30–50 meter yachts for sale—asking-price and size context.
- IYC KING BENJI and Fraser MADO—advertised weekly-rate context.
- YPI CREW 2026 Yacht Crew Salary Guide—placement-based salary and rotation context.
- MYBA Charter Agreement—Charter Fee, APA, operating-cost allocation, reconciliation and commissions.
- International Labour Organization—crew employment and welfare framework.
- DNV and Red Ensign Group—survey-cycle and Yacht Code context.
Sources and live listings were checked on August 18, 2026. Listing prices, charter rates, rules and guidance can change.
