True cost of an employee calculator
The salary on the offer letter is never the full cost of a hire, sometimes called the labor burden, or burden rate. Payroll taxes, benefits, and overhead routinely add 25-50% on top, the number that actually belongs in your budget, not the base salary alone.
Fully loaded / yr
$107,125
Load multiplier
1.43×
Per month
$8,927
Per hour
$51.50
A $75,000 salary actually costs $107,125 once taxes, benefits, and overhead are included — about 1.43× the base salary figure.
True cost formula
Each of the three add-ons, payroll taxes, benefits, overhead, is usually expressed as a percentage of base salary, which is why the multiplier is the number most operators actually think and budget in: "plan for about 1.3x salary," not a dollar figure that has to be recalculated from scratch for every candidate.
A worked example
A $75,000 salary hire, with 9.5% in employer payroll taxes ($7,125), 18% in benefits ($13,500), and 10% in overhead ($7,500), plus a one-time $4,000 recruiting cost in year one.
Fully loaded cost: $75,000 + $7,125 + $13,500 + $7,500 + $4,000 = $107,125 in year one, a 1.43x multiplier on the $75,000 salary. From year two on, without the recruiting cost, it settles to $103,125, a 1.38x multiplier.
What's included in the load
Social Security and Medicare (employer share), plus federal and state unemployment insurance. Typically 7-11% of salary combined, varying by state and industry.
Health insurance premiums, retirement plan matching, paid time off, disability and life insurance. Often the single largest add-on, and the one that varies most between businesses.
Equipment, software licenses, a share of office or remote-work costs, management time, and other costs that scale with headcount even though they never appear on a pay stub.
Job board fees, recruiter commissions, interview time, and ramp-up productivity loss, real, but a year-one cost rather than an ongoing one.
Why payroll tax rates vary so much by state
The calculator's payroll tax rate input isn't one tax, it's two very different ones stacked together, and only one of them is remotely consistent from state to state.
FICA (Social Security and Medicare) is the fixed, federal part: 7.65% of wages, split as 6.2% Social Security and 1.45% Medicare, the same in every state, but only up to the Social Security wage base ($176,100 in 2025). Above that threshold, the employer-side Social Security portion stops applying, which is why a very high earner's effective payroll tax rate is actually lower than a mid-range salary's.
SUTA (state unemployment insurance) is where the real variation lives. New-employer rates alone range from roughly 1% in states like Utah or Idaho to over 3% in states like California or Colorado, and the taxable wage base each rate applies to swings even more, from $7,000 in California, Florida, and Texas up to $50,000+ in states like Washington or Alaska. A $60,000 salary can carry a SUTA cost of under $100 a year in a low-wage-base state or well over $1,500 in a high-wage-base one, before FICA is even added.
Your SUTA rate also isn't fixed even within your own state, it's an experience rating, adjusted based on your business's own unemployment claims history. Fewer layoffs over time generally means a lower rate; a business with a recent history of claims pays more. This is why the 9.5% default in the calculator above is a reasonable blended starting point, not a number to treat as universal. Checking your actual state and experience rating, available from your state's unemployment insurance agency, gets a meaningfully more accurate figure.
The same salary, in two different states
The FICA line is identical, since it's federal and doesn't care which state the employee works in. The gap is entirely SUTA, driven by the wage base each state's rate applies to, a low-wage-base state stops taxing at $7,000 of the salary, while a high-wage-base state keeps applying its rate for tens of thousands more. On a single hire the $870 difference is easy to miss; across a 20-person team it's over $17,000 a year, purely from where the payroll happens to sit.
Typical load multipliers by benefit level
These are general ranges. Actual figures depend heavily on state, industry, and how rich your benefits package is.
Lean, minimal-benefits setup: roughly 1.15-1.25x. Common at very early-stage startups running payroll taxes only, with little or no formal benefits program yet.
Standard small-business benefits: roughly 1.25-1.4x. Health insurance, some retirement matching, standard PTO, the range most established small businesses fall into.
Rich benefits package: roughly 1.4-1.55x. Strong health coverage, generous retirement matching, and additional perks push the multiplier higher. Common at larger or well-funded companies competing on total compensation.
These ranges track closely with the widely cited rule of thumb from MIT senior lecturer Joseph Hadzima, that a fully loaded employee typically costs 1.25 to 1.4 times base salary. It's a fair quick estimate for a standard-benefits small business; the calculator above exists for the cases the flat multiplier misses, a lean startup below that range, or a benefits-heavy employer above it.
Nominal vs. productive hourly cost
The hourly figure above divides fully loaded cost by 2,080 hours, a standard year of 40-hour weeks. That's a nominal rate, not what the employee actually costs per hour of real output.
Paid time off, holidays, sick days, and training all reduce the hours actually worked well below 2,080, and for roles with billable or output-tracked time specifically, admin, meetings, and non-billable work reduce it further still. A $107,125 fully loaded cost divided by a nominal 2,080 hours is $51.50/hour. The same cost divided by a more realistic 1,760 productive hours, accounting for 3 weeks of PTO, holidays, and routine non-billable time, is $60.87/hour, a 18% difference from the nominal figure alone.
This matters most when the hourly figure is being used to set a billable rate or evaluate whether a role is worth its cost per unit of output, the same principle covered in the break-even point guide's section on service-business break-even, where not every working hour is a billable one.
A new hire and your break-even point
A new hire is a new fixed cost, and every fixed cost moves your break-even point directly, this is the exact sensitivity effect covered on the CVP page. The number that belongs in that break-even recalculation isn't the salary you're offering, it's the fully loaded cost.
A business with a $71 contribution margin adding a $75,000-salary hire at a 1.38x multiplier is really adding $103,125 in annual fixed costs. Roughly 1,452 units' worth of sales a year, or about 121 units a month, just to cover that one hire. Budgeting against the base salary alone understates the real sales pressure the hire adds by close to 40%.
The offer letter says $75,000. The break-even point only cares about the $103,125 it actually costs.
The total cost of a team, not just one hire
Budgeting one hire at a time hides how quickly fully loaded costs compound across a growing team. A company planning to add five roles averaging $85,000 in salary, at a 1.35x blended multiplier, isn't adding $425,000 in payroll, it's adding $573,750 in actual annual cost, a $148,750 gap that a salary-only hiring plan misses entirely.
This compounding is exactly why a hiring plan built purely around headcount and salary bands tends to understate the budget a growth plan actually requires. Multiplying planned new salaries by the load multiplier from the calculator above, rather than treating salary as the full number, is a fast way to sanity-check a hiring plan's real cost before it's locked into a budget.
Employee vs. contractor cost
This is why a contractor's quoted hourly rate can look higher than an employee's hourly-equivalent salary while still working out cheaper, or vice versa, the honest comparison is the contractor's rate against the employee's fully loaded hourly cost from the calculator above, not against the bare salary. The employee vs. contractor calculator runs this exact comparison directly, and covers the classification risk that matters more than the cost difference in a close call.
How to reduce the fully loaded cost
Health insurance premiums often have more negotiating room than employers assume, especially through a broker or a PEO serving many small businesses at once.
Per-seat software licenses and hardware refresh cycles are a controllable part of overhead. Audit what every new hire actually needs versus what got added to a default onboarding checklist.
Recruiter commissions (often 15-25% of first-year salary) are one of the largest single line items in the one-time cost, a referral or direct-sourcing pipeline avoids it entirely.
Where the work genuinely fits a project engagement rather than an ongoing role, a contractor sidesteps payroll taxes and benefits load entirely. See the comparison above.
The separate cost of losing this employee
This is a genuinely different number from everything else on this page, not the ongoing cost of an active employee, but the one-time cost of losing one and replacing them: recruiting, onboarding, lost productivity during ramp-up, and the knowledge that walks out the door. Benchmarks are consistent across HR research and scale with seniority, since more senior and specialized roles take longer to fill and longer to ramp:
A $75,000 mid-level technical hire, lost and replaced at a typical 100% of salary, costs roughly $75,000 to replace. About three-quarters of that same employee's fully loaded annual cost (roughly $101,250 at a 1.35x multiplier). This is exactly why retention spending (a modest raise, a benefits improvement, a fix for whatever's actually driving the departure) is worth comparing directly against this figure rather than treated as a pure cost with no offsetting number to weigh it against.
A hiring budget checklist
Before finalizing a hiring budget, confirm each of these is actually reflected in the number.
- Employer-side payroll taxes for your specific state, not a national average
- Full benefits cost, including any employer retirement match
- Equipment and software specific to the role, not a generic default
- Recruiting cost. Job board, recruiter fee, or internal time spent
- Ramp-up time before the hire is fully productive
- Whether the hire changes your break-even point enough to affect pricing or sales targets
Common employee cost mistakes
SUTA rates and wage bases vary by state, sometimes by a factor of five or more on the same salary, a flat national estimate can be off by thousands of dollars a year per hire. See the state comparison above.
Many benefits plans don't kick in until 30, 60, or 90 days after start date. Budgeting the full benefits cost from day one overstates cost in the first quarter of a new hire's tenure and understates the true first-year total once eligibility begins.
A remote support role and an on-site engineer with specialized equipment don't carry the same overhead cost. Using one blended figure for every hire understates cost for equipment-heavy roles and overstates it for lean remote ones.
Benefits costs, particularly health insurance, tend to rise faster than general inflation year over year, a multiplier calculated once and reused for multi-year headcount planning drifts out of date faster than most other budget assumptions.
What this doesn't account for
This calculator estimates a steady-state annual cost. It doesn't account for costs that change with tenure: a raise, a promotion, or vesting equity, or one-time events like severance if the role doesn't work out. For a single hiring decision it's a solid planning number; for multi-year headcount planning, revisit the inputs at least annually rather than treating one calculation as permanent.
Equity and non-cash compensation
Startup hires often include equity, stock options or RSUs, as part of the offer, which complicates a "true cost" figure built purely from cash compensation. Equity doesn't hit the cash burn this calculator estimates the same way salary does, but it isn't free: it dilutes existing shareholders, and most companies budget an implied cash value for it internally when setting compensation bands, even though no cash actually leaves the bank account on the grant date.
A reasonable approach is to keep the two numbers separate rather than trying to force equity into one blended figure: use this calculator for the actual cash cost (salary, taxes, benefits, overhead) that affects runway and break-even math directly, and track equity granted separately against a dilution budget, since it affects ownership percentages rather than monthly cash burn. Conflating the two tends to understate real cash cost while overstating how "cheap" an equity-heavy hire actually is.
PEOs and employee leasing: an alternative to calculating overhead yourself
Rather than assembling benefits, payroll tax filing, and HR administration piece by piece, many small businesses outsource the whole stack to a Professional Employer Organization (PEO), a co-employment arrangement where the PEO handles payroll, benefits, and compliance in exchange for a fee, while daily supervision stays with the business.
PEO pricing typically runs $40–$200 per employee per month as a flat fee, or 2–12% of payroll as a percentage-based fee, on top of the underlying salary and benefits cost, not instead of it. For budgeting purposes, that admin fee is itself an overhead cost and belongs in the "overhead" field of the calculator above, alongside equipment and software, rather than being treated as a benefits cost.
The trade-off is real: a PEO often gets a small business access to large-group health insurance rates it couldn't negotiate alone, which can lower the benefits side of the equation enough to offset some or all of the admin fee, but it also means less control over specific plan choices. Whether it nets out cheaper than doing it in-house depends entirely on how much a business would otherwise spend on benefits administration and HR staff time, which is worth comparing directly against a specific PEO quote rather than assumed either way.
Part-time, seasonal, and hourly workers
The formula holds for part-time and seasonal staff, but two of the inputs behave differently than they do for a full-time salaried role.
Benefits eligibility is often the biggest swing factor: many employers don't extend health insurance or retirement matching to staff working under roughly 30 hours a week, which can cut the benefits-rate input dramatically for a part-time hire compared to a full-time one at the identical hourly wage. Payroll taxes, by contrast, still apply proportionally to actual wages paid regardless of hours, so that side of the calculation scales down cleanly with reduced hours.
Seasonal workers add a different wrinkle: recruiting cost gets paid every season rather than once, since the role is being refilled repeatedly rather than held by one person year-round. A seasonal role with a $2,000 hiring cost every year behaves more like a recurring cost than the one-time cost this calculator treats it as by default. Worth adding back into the ongoing annual figure rather than isolating it to year one, for a role that turns over on a predictable seasonal cycle.
Frequently asked questions
Labor burden rate (also called burden rate or load multiplier) is the same thing this calculator produces: the ratio of fully loaded cost to base salary. A 1.35x burden rate means an employee costs 35% more than their salary once payroll taxes, benefits, and overhead are included.
Typically 30-50% of salary for entry-level or frontline roles, 75-125% for technical or skilled positions, 100-150% for managers, and 150-213%+ for senior or executive roles, a separate, one-time figure from the ongoing fully loaded cost this calculator produces. It covers recruiting, onboarding, lost productivity during ramp-up, and lost institutional knowledge.
Most US small businesses land somewhere between 1.25x and 1.4x base salary once payroll taxes, benefits, and basic overhead are included. Businesses with rich benefits (strong health coverage, retirement matching, generous PTO) often run closer to 1.4-1.5x; lean startups with minimal benefits can be closer to 1.15-1.2x.
Not exactly. Employer-side Social Security and Medicare taxes are a fixed percentage up to a wage cap, but unemployment insurance rates vary by state and by your business's claims history, and Social Security tax stops applying once an employee's wages exceed the annual wage base, so a very high earner's effective payroll tax rate is actually lower than a mid-range earner's.
Just year one. Recruiting, onboarding, and ramp-up costs are real but they don't recur annually the way salary, taxes, and benefits do. This calculator adds it to the total but you can zero it out to see the ongoing annual cost separately from the first-year cost.
The formula still applies, but scale the 'annual salary' input to their actual annualized pay (hourly rate × expected annual hours) rather than a full-time salary figure. Payroll tax and benefit rates may also differ for part-time staff depending on your benefits eligibility rules.
A contractor's invoiced rate is close to their full cost to you, no employer payroll taxes, typically no benefits, no overhead beyond what you negotiate. That's why a contractor's hourly rate often looks higher than an employee's hourly-equivalent cost while still coming out cheaper once the employee's full load is counted. See the employee vs. contractor comparison below.
Because it's a real, if less visible, cost of the hire. Equipment, software licenses, a share of office space or the tools that support remote work, management time, and recruiting all scale with headcount, even though none of them show up on a pay stub. Leaving them out understates what a hire actually costs the business.
Each state sets its own unemployment insurance rate and taxable wage base independently, and your specific rate within that state is further adjusted by your business's own unemployment claims history. A $70,000 salary can carry a meaningfully different SUTA cost depending purely on which state the employee is based in. See the state comparison above.
It depends on your size and current setup. A PEO's admin fee (typically $40-$200 per employee per month) can be offset or exceeded by access to better group health insurance rates, but the net result varies enough by business that it's worth comparing a specific quote against your actual current costs rather than assuming either way.
Usually not. Benefits eligibility (health insurance, retirement matching) often kicks in only above a weekly-hours threshold, commonly around 30 hours, so a part-time hire frequently carries a lower benefits rate than a full-time one at the same hourly wage. Payroll taxes still apply proportionally to whatever wages are actually paid.
Multiply total planned new salaries by your blended load multiplier, not just the salary total, the gap between the two grows with every additional hire. A five-person hiring plan at a 1.35x multiplier costs roughly 35% more than the sum of the salaries alone.
Keep it separate rather than blending it in. This calculator estimates actual cash cost, the number that affects runway and break-even math. Equity dilutes ownership rather than spending cash, so it belongs in a separate dilution budget, not folded into the same multiplier as salary and benefits.
Yes. Employers who pay their state unemployment tax (SUTA) on time typically receive a credit against the federal FUTA rate, reducing the effective federal rate from 6% to as low as 0.6% on the first $7,000 of wages. This is usually small enough to fold into the blended payroll tax percentage rather than modeling separately.
Calculate your own fully loaded hiring cost above, free, or see how a new hire moves your break-even point and runway.