TL;DR. Dividing a salary by 2,080 hours understates the freelance rate you need by more than half. In the BLS Employer Costs for Employee Compensation data for June 2026, employers of full-time management and professional staff in private industry spent $82.23 per hour worked, of which $55.74 was wages and $7.92 was paid leave. Per dollar of annual salary, that is about $1.29 of total employer spending. Working through the full calculation for a $100,000 salary (retirement contribution, the employer share of health premiums, self-employment tax, $7,500 of business costs, 30 days off and 60% billable utilization) gives a revenue target of $129,936 and a floor of $117.70 an hour, or about $942 a day. That is 2.45 times the naive $48.08. Utilization moves the result more than any other input tested: at 50% the floor rises 20.0%, at 70% it falls 14.3%. The CEO move is to treat the result as a floor and price above it. The student move is to replace the utilization assumption with eight weeks of your own time data.
This is the hands-on companion to our decision framework for freelancing versus full-time employment, which asks whether to make the move at all. Here the question is narrower: given a salary, what is the lowest rate that leaves you no worse off, and where does every number in that calculation come from? Once you have the floor, freelance pricing models compared covers how to charge above it, and how long it takes to replace a salary with independent income covers how long reaching it usually takes.
Why is “salary divided by 2,080” the wrong starting point?
A salaried year is 52 weeks of 40 hours, or 2,080 paid hours, including holidays, vacation and sick days. The naive conversion assumes the salary is the whole package, that payroll taxes stay the same and that every paid hour is billable. None of the three survives the first invoice: benefits sit on top of the salary, a self-employed person pays both halves of Social Security and Medicare, and time off, sales and admin are unpaid. The calculation below fixes each of these one line at a time, with a verified source or a labelled assumption behind every input. The worked example is US-based, because the BLS publishes detailed hourly data on what employers spend, and it is calculated before income tax, which depends on your household and state. A later section shows why the first step looks different in Europe. This article is general information, not tax or financial advice.
What does an employer actually spend on a salaried professional?
The Bureau of Labor Statistics measures this every quarter in its Employer Costs for Employee Compensation (ECEC) survey. The current release, published on 9 September 2026, covers June 2026; the September 2026 figures are scheduled for 16 December 2026. Because the calculation replaces a full-time salary, the table uses the full-time series, with management, professional and related occupations shown separately.
Table 1. Employer costs per hour worked, full-time private industry workers, June 2026
| Component | All full-time workers | Management, professional and related |
|---|---|---|
| Wages and salaries | $36.97 (68.5%) | $55.74 (67.8%) |
| Paid leave | $4.40 (8.1%) | $7.92 (9.6%) |
| Supplemental pay (overtime, bonuses) | $2.35 (4.3%) | $3.88 (4.7%) |
| Insurance (health, life, disability) | $4.58 (8.5%) | $6.37 (7.8%) |
| Retirement and savings | $1.94 (3.6%) | $3.12 (3.8%) |
| Legally required benefits | $3.76 (7.0%) | $5.20 (6.3%) |
| Total compensation | $54.00 | $82.23 |
Source: BLS, Employer Costs for Employee Compensation, June 2026, Table 5. Percentages are shares of total compensation as published.
The paid-leave trap
The headline of the same release is that wages and salaries made up 70.0% of private employer costs and benefits the other 30.0%. It is tempting to read that as “add 43% to my salary”. For a salaried person that overstates the loading. ECEC divides every cost by hours actually worked, which the BLS Handbook of Methods describes as the work schedule plus overtime minus leave hours, and it books paid leave as a separate benefit. An annual salary, by contrast, already pays for vacation and holidays.
In CEOtudent’s reading of those definitions, the right base for “per dollar of salary” is wages plus paid leave. The paid leave then appears in the calculation as hours you cannot bill, not as an extra cost. Counting it in both places overstates the floor; leaving out the lost hours understates it.
Table 2. Employer spending per $1 of annual salary (CEOtudent analysis of BLS ECEC, June 2026)
| Item, as a share of salary (wages plus paid leave) | All full-time workers | Management, professional and related |
|---|---|---|
| Supplemental pay | 5.7% | 6.1% |
| Insurance | 11.1% | 10.0% |
| Retirement and savings | 4.7% | 4.9% |
| Legally required benefits | 9.1% | 8.2% |
| Total employer spending per $1 of salary | $1.31 | $1.29 |
| Excluding supplemental pay | $1.25 | $1.23 |
Two caveats come from BLS itself. The averages include workers who do not have access to a benefit or do not take it up, so anyone with a generous retirement match or a family health plan probably received more than the average. And from the December 2026 data onward, ECEC will stop including workers’ compensation costs, which will trim the legally required line slightly in future releases.
The full calculation, step by step, for a $100,000 salary
The example uses a $100,000 salary in a management or professional role, single health coverage and 60% billable utilization. Lines marked ASSUMPTION are placeholders that you should replace with your own figures.
Table 3. Salary-to-rate walkthrough (CEOtudent analysis of BLS, IRS and KFF data; every result computed by script)
| Line | Item | Input and source | Result |
|---|---|---|---|
| 1 | Salary to replace | Example | $100,000 |
| 2 | Reference: employer spending on this salary | Line 1 x 1.2917 (Table 2) | $129,171 |
| 3 | Retirement contribution you now fund | 4.90% of salary (ECEC ratio, Table 2) | $4,901 |
| 4 | Health cover you now fund | Employer share of the average single premium: $9,325 minus the $1,440 worker contribution (KFF 2025) | $7,885 |
| 5 | Bonus you want to keep earning | ASSUMPTION: none in the base case | $0 |
| 6 | Employee payroll tax you no longer pay | 6.2% Social Security + 1.45% Medicare on line 1 (IRS Topic 751) | $7,650 |
| 7 | Position to match, before income tax | Line 1 minus line 6, plus lines 3 to 5 | $105,136 |
| 8 | Net self-employment earnings required | Line 7 / (1 minus 15.3% x 92.35%) = line 7 / 0.8587 | $122,436 |
| 9 | Self-employment tax contained in line 8 | 15.3% on 92.35% of line 8 (IRS Topic 554) | $17,300 |
| 10 | Business costs | ASSUMPTION: software, hardware, insurance, accounting, fees | $7,500 |
| 11 | Revenue target | Line 8 + line 10 | $129,936 |
| 12 | Paid hours in a salaried year | 52 weeks x 40 hours | 2,080 |
| 13 | Time off | 8 holidays + 16 vacation days (BLS NCS) + 6 days of illness and other absence (ASSUMPTION) = 30 days | 240 hours |
| 14 | Available working hours | Line 12 minus line 13 | 1,840 |
| 15 | Billable utilization | ASSUMPTION | 60% |
| 16 | Billable hours | Line 14 x line 15 | 1,104 (138 days) |
| 17 | Hourly rate floor | Line 11 / line 16 | $117.70 |
| 18 | Day rate floor | Line 17 x 8 hours | $941.56 |
| 19 | Naive rate and multiplier | $100,000 / 2,080 = $48.08; line 17 / $48.08 | 2.45x |
What each block of lines is doing
Line 2 is a reference, not a cost. It is what an employer spends on a $100,000 professional once the average bonus, insurance, retirement and payroll-tax costs from Table 2 are added. It approximates what a client would spend to hire instead, and it is a check on line 8.
Lines 3 to 5 replace the benefits you lose. Retirement uses the ECEC ratio, which scales with pay. Health uses a dollar amount from the KFF 2025 Employer Health Benefits Survey, which found average annual premiums of $9,325 for single coverage and $26,993 for family coverage, with workers contributing $1,440 and $6,850 respectively. The employer share ($7,885 single, $20,143 family) is what the job paid on your behalf; the worker contribution already came out of your salary. Individual-market prices vary with age, location and plan, so treat this as a placeholder for a real quote.
Lines 6 to 9 handle payroll tax properly. Under IRS rules an employee pays 6.2% for Social Security and 1.45% for Medicare, and the employer matches both. A self-employed person pays 12.4% plus 2.9% on 92.35% of net earnings from self-employment. Line 8 solves for the net earnings that, after self-employment tax, match the employee position in line 7. In this model the retirement and health money is paid out of net earnings, so it sits inside the base on which self-employment tax is charged. The result, $122,436, lands about 0.5% below the ECEC route (employer spending excluding bonuses, $123,076). Two routes landing this close is a useful check against double counting.
Three tax details are deliberately left out: income tax, the deduction of half the self-employment tax when computing adjusted gross income, and the 0.9% Additional Medicare Tax, which applies above $200,000 for single filers. The Social Security part of the tax also stops at the 2026 wage base of $184,500. All examples in this article stay below those thresholds; above them the 0.8587 divisor no longer applies.
How many days off should the calculation assume?
The US has no federal requirement for paid vacation: the Department of Labor states that the Fair Labor Standards Act does not require payment for time not worked, such as vacations, sick leave or holidays. What employees actually receive comes from the BLS National Compensation Survey, released on 25 September 2026 for March 2026.
Table 4. Paid leave for US private industry workers, March 2026
| Measure | Value |
|---|---|
| Access to paid vacation, full-time private industry workers | 93% |
| Average paid holidays, full-time workers | 8 days |
| Average paid vacation after 1 year of service, full-time workers | 12 days |
| Average paid vacation after 5 years of service, full-time workers | 16 days |
| Average paid sick leave after 1 year (fixed-days plans), all private workers | 7 days |
| Private workers with paid vacation whose leave is a consolidated plan | 50% |
Source: BLS National Compensation Survey, Employee Benefits in the United States, March 2026 (Table 5 and data file). Vacation and holiday averages cover workers who have the benefit.
The base case uses 8 holidays and 16 vacation days, the five-year level, plus 6 days for illness and other absence. It does not add the full 7-day sick-leave average: half of private workers with paid vacation have consolidated plans, where one pool of days covers vacation, illness and personal business, and the BLS vacation averages include those plans. Thirty days is six working weeks. Cutting it lowers the rate, but that time off was part of the salary you are replacing.
In the European Union the floor is higher by law: Article 7 of the Working Time Directive (2003/88/EC) requires paid annual leave of at least four weeks, which is 20 days on a five-day week. Readers outside the US should start line 13 from their own national leave and holiday entitlement.
What is a realistic billable utilization?
Utilization is the share of available working hours you can invoice. CEOtudent found no verified, universal benchmark for independent professionals in an official or peer-reviewed source. One published data point works as an upper bracket. The ILO’s World Employment and Social Outlook 2021, based on surveys of some 12,000 platform workers in 100 countries, found that workers on online freelance platforms spent about 23 minutes on unpaid work for every hour of paid tasks. That implies about 72.3% of working time was paid (CEOtudent calculation). It describes a typical working week on a platform, so it does not capture weeks with no client work at all, and it excludes off-platform sales and admin.
Hence the 60% base case, with 50% and 70% alongside it. Treat all three as labelled assumptions; the only reliable figure is your own, from time tracking.
How does the floor change with salary and utilization?
Table 5. Hourly and day rate floors by salary and utilization (CEOtudent analysis; ILLUSTRATIVE, US-based)
| Salary | Naive hourly | Revenue target | 50% utilization | 60% utilization | 70% utilization |
|---|---|---|---|---|---|
| $50,000 | $24.04 | $73,309 | $79.68/h, $637/day | $66.40/h, $531/day | $56.92/h, $455/day |
| $75,000 | $36.06 | $101,622 | $110.46/h, $884/day | $92.05/h, $736/day | $78.90/h, $631/day |
| $100,000 | $48.08 | $129,936 | $141.23/h, $1,130/day | $117.70/h, $942/day | $100.88/h, $807/day |
| $150,000 | $72.12 | $186,562 | $202.79/h, $1,622/day | $168.99/h, $1,352/day | $144.85/h, $1,159/day |
Assumptions for every cell: retirement 4.90% of salary (BLS ECEC June 2026, full-time management, professional and related); single health coverage, employer share $7,885 (KFF 2025); no bonus replaced; 2026 IRS self-employment tax rules, all cases below the Social Security wage base; business costs $7,500; 30 days off, leaving 1,840 available hours; 8-hour billable day; income tax excluded. Naive hourly = salary / 2,080.
Two patterns stand out. First, the multiplier over the naive rate is larger for lower salaries: at 60% utilization it is 2.76x at $50,000 and 2.34x at $150,000, because health cover and business costs are fixed dollar amounts that weigh more on a smaller base. Second, the 50% column is the safer planning case for a first year, while the pipeline is still being built. At a $50,000 salary it implies a 3.31x multiplier.
Family coverage raises the floor noticeably. For a $100,000 salary at 60% utilization, swapping the $7,885 single employer share for the $20,143 family share lifts the revenue target to $144,211 and the floor to $130.63 an hour, or $1,045 a day.
Which input moves the rate most?
Table 6. Sensitivity of the hourly floor, $100,000 salary, base case $117.70 (CEOtudent analysis)
| Change from the base case | New hourly floor | Change |
|---|---|---|
| Utilization falls to 50% | $141.23 | +20.0% |
| Utilization rises to 70% | $100.88 | -14.3% |
| Family instead of single health coverage | $130.63 | +11.0% |
| Replace an average bonus (6.1% of salary, ECEC) | $123.63 | +5.0% |
| Ten more days off | $123.05 | +4.5% |
| Business costs $5,000 higher | $122.22 | +3.8% |
Ten percentage points of utilization move the floor more than any cost line. That has a practical consequence: time spent filling the pipeline, converting project clients into recurring retainers or choosing a channel with lower acquisition effort does more for the floor in this model than trimming software subscriptions. Platform fees are the exception, because they scale with revenue; the 2026 channel economics comparison shows how much they can take.
Does the multiplier travel to other countries?
Line 2, the employer’s spending on top of pay, is where countries differ sharply. Eurostat publishes the share of non-wage costs, mainly employers’ social contributions, in total hourly labour costs. Its definition of wages and salaries already includes pay for leave and public holidays (item D.1113 in Commission Regulation 1737/2005) and bonuses, so the closest US comparison is not the 30% ECEC benefits share but insurance, retirement and legally required benefits as a share of total compensation.
Table 7. Employer non-wage costs in 2025 and what they imply per unit of gross pay
| Country or area | Non-wage share of labour costs, 2025 | Employer cost per 1 of gross pay |
|---|---|---|
| France | 32.3% | 1.48 |
| Sweden | 31.7% | 1.46 |
| Italy | 28.1% | 1.39 |
| Spain | 26.2% | 1.36 |
| Euro area (21 countries) | 25.6% | 1.34 |
| EU-27 | 24.8% | 1.33 |
| Netherlands | 24.7% | 1.33 |
| Germany | 23.5% | 1.31 |
| Poland | 18.0% | 1.22 |
| Denmark | 13.3% | 1.15 |
| Lithuania | 5.5% | 1.06 |
| Romania | 4.8% | 1.05 |
| United States, full-time management and professional (approximate equivalent) | 17.9% | 1.22 |
| United States, all private industry (approximate equivalent) | 18.5% | 1.23 |
Sources: Eurostat, dataset lc_lci_lev, industry, construction and services excluding public administration, 2025 (non-wage share as published; enterprises with 10 or more employees). US rows: CEOtudent analysis of BLS ECEC June 2026 (insurance, retirement and legally required benefits divided by total compensation). Third column: CEOtudent calculation, 1 / (1 minus the share). Definitions differ between the two sources, so the US rows are indicative only. Ireland is omitted because its published components do not add up to its published total.
Read the table in two directions. From the client’s side, a French employer spends about 1.48 euros for every euro of gross pay, a Danish one about 1.15. A day rate that looks expensive next to a French salary sits closer to what an employee actually costs, a fair point in a pricing conversation. From your side, the table says nothing about what you would pay as a self-employed person in each country; those contribution regimes differ and are not in this dataset. A low share can also mean that contributions are levied on the employee’s side of the payslip or funded through general taxes, not that they are absent. The practical rule: the US multipliers in Tables 5 and 6 do not transfer abroad. Rebuild lines 3 to 9 with your own country’s rules.
The fill-in worksheet
Copy the lines below into a spreadsheet or a notebook. The example column repeats the $100,000 case so you can check your arithmetic.
Table 8. Salary-to-rate worksheet (CEOtudent editorial framework)
| Line | What to enter | Example | Yours |
|---|---|---|---|
| A | Salary to replace | 100,000 | ______ |
| B | Bonus you want to replace | 0 | ______ |
| C | Retirement contribution your employer made (or 4.9% of A) | 4,901 | ______ |
| D | Employer share of your health premium | 7,885 | ______ |
| E | Employee payroll tax: 7.65% of (A + B) | 7,650 | ______ |
| F | Position to match: A + B minus E, plus C + D | 105,136 | ______ |
| G | Net self-employment earnings: F / 0.8587 | 122,436 | ______ |
| H | Business costs, from a 12-month list | 7,500 | ______ |
| I | Optional margin for risk and reinvestment | 0 | ______ |
| J | Revenue target: G + H + I | 129,936 | ______ |
| K | Days off: holidays + vacation + sickness + any blocked training days | 30 | ______ |
| L | Available hours: 2,080 minus (K x 8) | 1,840 | ______ |
| M | Utilization, from your own tracking | 60% | ______ |
| N | Billable hours: L x M | 1,104 | ______ |
| O | Hourly floor: J / N | 117.70 | ______ |
| P | Day floor: O x 8 | 941.56 | ______ |
The 7.65% in line E and the 0.8587 divisor in line G hold only below the $184,500 Social Security wage base. Line I is zero in the example so that the result is a true floor; a business that only breaks even against a salary is not being paid for the risk it carries, so a positive number there is worth considering.
The reverse check: what salary does a quoted day rate really equal?
The same arithmetic runs backwards, which helps when a client proposes a rate or when you want to test whether your current rate quietly pays less than your old job. Billable days are 230 available days multiplied by utilization: 115 at 50%, 138 at 60% and 161 at 70%.
Table 9. Salary equivalent of a day rate (CEOtudent analysis; same assumptions as Table 5)
| Day rate | At 50% utilization | At 60% utilization | At 70% utilization |
|---|---|---|---|
| $500 | $36,041 | $46,195 | $56,349 |
| $750 | $61,427 | $76,658 | $91,889 |
| $1,000 | $86,812 | $107,121 | $127,429 |
| $1,250 | $112,198 | $137,583 | $162,969 |
To run it yourself: multiply the day rate by your billable days, subtract business costs, multiply by 0.8587, subtract the employer share of your health premium, and divide by 0.9725 (that is 1 minus 7.65% plus the 4.9% retirement ratio). For a $1,000 day rate at 60% utilization: $138,000 of revenue, $130,500 after costs, $112,061 after self-employment tax, $104,176 after health, and $107,121 of equivalent salary.
A $1,000 day rate sounds like a comfortable six-figure income. At 60% utilization it equals a $107,121 salary; at 50% it equals $86,812.
The CEO and the student in this calculation
The CEO view: the rate is a capital allocation decision. As an employee, someone else priced your time and spent more than a fifth of its cost on items outside your base salary. As an independent operator, you set the price, and every hour you sell below the floor is capital transferred to the client. The floor is not your price. It is the line below which a project destroys value, and the number you need before negotiating, choosing clients or deciding when to raise your rates without losing clients. Pricing above it, on value where the outcome can be measured, is where the margin comes from.
The student view: replace every assumption with data within 90 days. Four of the inputs in Table 3 are assumptions: business costs, sick days, bonus and utilization. Each can be measured. Track every working hour for eight weeks, tagged billable or not. List twelve months of business costs from bank statements. Get a real health insurance quote. Then recalculate: the first version is a hypothesis, the version after a quarter of tracking is a measurement. Once revenue starts arriving unevenly, a money system built for variable income turns the revenue target into a monthly salary you can pay yourself.
What this does not mean
- It is not tax advice. The model is pre-income-tax and simplified. State taxes, deductions, retirement plan rules and quarterly estimated payments all affect your actual position. The IRS says individuals generally have to make estimated tax payments if they expect to owe $1,000 or more, with the year divided into four payment periods. Use a qualified professional for your own case.
- The floor is not a price. Clients pay for outcomes, not for your cost base. The floor tells you which work to decline; what to charge above it depends on the pricing model and the value delivered, covered in freelance pricing models compared.
- Averages are not your benefits. ECEC and KFF figures are averages that include people with no plan or a modest one. If your employer matched 6% into a retirement plan or paid most of a family premium, use your own numbers.
- It does not test demand. Whether the market will pay your floor is the question the decision framework addresses.
Frequently asked questions
What is the quick rule of thumb for converting a salary to a freelance hourly rate?
Under the assumptions in this article, a full-time salary in the $50,000 to $150,000 range needs an hourly floor of roughly 2.3 to 2.8 times the salary divided by 2,080 at 60% utilization, and 2.8 to 3.3 times at 50%. Use it only to sanity-check a quote; the worksheet gives your own number.
Should I add the 30% benefits share from BLS data to my salary?
No. That share is calculated per hour worked and includes paid leave, which your annual salary already covers. Per dollar of salary, total employer spending for full-time private workers in June 2026 was about $1.31, or $1.25 excluding bonuses and overtime. Handle paid leave through the hours line instead.
Does self-employment tax really cost that much more?
In the $100,000 example the self-employment tax contained in the required earnings is $17,300, against the $7,650 an employee pays through payroll, a difference of $9,650. As a freelancer you pay both halves, on a larger base.
What utilization should I assume if I have no data yet?
Use 50% for a first year with an unfinished pipeline and 60% once you have several steady clients, then replace the assumption with tracked data. No verified universal benchmark exists. One ILO survey found platform freelancers spent about 23 unpaid minutes for every paid hour, an upper bracket that ignores weeks without work.
Does this calculation work outside the United States?
The structure does; the inputs do not. Employer non-wage costs ranged from 4.8% of labour costs in Romania to 32.3% in France in 2025, according to Eurostat, and self-employed contribution rules differ by country. Rebuild the tax and benefit lines with national rules and start the time-off line from at least the EU minimum of four weeks.
Sources
- U.S. Bureau of Labor Statistics (2026). Employer Costs for Employee Compensation, June 2026. News release USDL-26-1494, 9 September 2026, Tables 1 and 5, and Technical Note.
- U.S. Bureau of Labor Statistics. Handbook of Methods: Employer Costs for Employee Compensation, Concepts.
- U.S. Bureau of Labor Statistics (2026). Employee Benefits in the United States, March 2026. News release USDL-26-1534, 25 September 2026, and data files (Table 5, Leave benefits).
- Internal Revenue Service. Topic No. 554, Self-Employment Tax.
- Internal Revenue Service. Topic No. 751, Social Security and Medicare Withholding Rates (2026 wage base).
- Internal Revenue Service. Topic No. 560, Additional Medicare Tax.
- Internal Revenue Service. Estimated Taxes (Small Business and Self-Employed).
- KFF (2025). 2025 Employer Health Benefits Survey, published 22 October 2025.
- U.S. Department of Labor. Vacation Leave (Fair Labor Standards Act).
- Directive 2003/88/EC of the European Parliament and of the Council concerning certain aspects of the organisation of working time, Article 7.
- Eurostat. Labour cost levels by NACE Rev. 2 activity, dataset lc_lci_lev, 2025 data (updated 23 April 2026).
- Eurostat. Statistics Explained: Hourly labour costs (data extracted 31 March 2026).
- Commission Regulation (EC) No 1737/2005 of 21 October 2005, definitions of labour cost components.
- Eurostat. Glossary: Labour cost.
- International Labour Organization (2021). World Employment and Social Outlook 2021: The Role of Digital Labour Platforms in Transforming the World of Work.
Tables 2, 3, 5, 6 and 9, the US rows and third column of Table 7, and the 72.3% figure are CEOtudent analyses of the sources above, computed by script; Table 8 is a CEOtudent editorial framework. Business costs ($7,500), 6 days of illness and other absence, the 8-hour day and the 50/60/70% utilization levels are illustrative assumptions. Widely repeated freelance utilization benchmarks from vendor blogs were deliberately not used because no primary source could be verified; the KFF 2026 survey was not yet published at the time of writing.
This content was compiled with the support of AI following in-depth research, then written and prepared for publication by the CEOtudent editorial team.
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