Fully Burdened Labor Rate Calculator

A $30 hourly wage never costs $30 an hour. Payroll taxes, benefits, insurance, paid time off, overhead, and your margin stack on top of it, and bidding work at the base wage is how profitable-looking jobs end up losing money.

The Fully Burdened Labor Rate Calculator below prices labor two ways. The percentage method applies fringe, overhead, G and A, and profit percentages to a base rate. The annual cost method totals yearly wages, indirect costs, and overhead, then divides by productive hours, which is the method job-costing estimators prefer.

Quick Answer

How to use the calculator in two minutes

Start with the method that matches the numbers you already have. If you know percentages, stay on the Percentage method tab. If you know yearly dollars from payroll and the books, switch to the Annual cost method tab. Either way, results stay hidden until you click Calculate, and Copy my results and Share results sit beside every result.

Percentage method: enter the base hourly rate and the four burden percentages, then calculate. The tool shows the burdened rate, the burden in dollars per hour split by component, the multiplier, the annual cost at 2,080 hours, and a burden verdict.

Annual cost method: enter annual direct wages, annual indirect labor costs, overhead allocation, and productive hours per year. The tool shows the burdened rate, the total annual cost, and the burden rate, which is indirect plus overhead divided by direct wages.

The formula, and the stacking choice most guides hide

The percentage formula is direct. Fully burdened labor rate equals base rate times one plus fringe plus overhead plus G and A plus profit, with each percentage as a decimal. The annual formula is total annual cost divided by productive hours: annual wages plus indirect costs plus overhead, all over productive hours. The annual burden rate itself is indirect costs plus overhead, divided by direct wages, times 100.

Here is the part most guides skip. This tool stacks percentages additively: every percentage applies to the base wage alone. Some contract pricing instead compounds the factors, applying each one to the running total. The two answers differ, and mixing them up misprices a bid. Take a $30 wage with 25% fringe, 40% overhead, and 15% G and A. Additive stacking gives $30 times 1.80, which is $54.00. Compounded stacking gives $30 times 1.25, which is $37.50, times 1.40, which is $52.50, times 1.15, which is $60.38. Neither method is wrong in itself, but you must know which one your contract, your accounting system, and your client expect, and you must not compare a rate built one way against a rate built the other way. The annual method sidesteps the question entirely because it divides real dollars by real hours.

One more boundary matters. The annual method returns a cost rate, not a billing rate: it contains no profit. If you bill from the annual result, add your margin on top of it. The percentage method already includes the profit percentage you enter, so do not add profit a second time.

Worked examples, checked against the tool

Percentage method. Base rate $30.00, fringe 20%, overhead 15%, G and A 10%, profit 10%: $30.00 times (1 + 0.20 + 0.15 + 0.10 + 0.10) equals $30.00 times 1.55, which is $46.50 per hour, a 55% burden adding $16.50 per hour and $96,720.00 a year at 2,080 hours. The tool calls 55% a Moderate burden.

Annual cost method. Annual wages $62,400.00, indirect costs $18,700.00, overhead $6,000.00, productive hours 1,850: ($62,400.00 + $18,700.00 + $6,000.00) divided by 1,850 equals $47.08 per hour, a 39.58% burden. The tool calls 39.58% a Low burden, which here means the indirect and overhead load looks lean against wages, so check that no cost is missing before celebrating. Both examples were verified against the calculator above, and both sets of figures are pre-filled in the tool.

Industry benchmarks: a sense check, not a quote

Benchmarks tell you whether your answer is in a plausible range. They never replace your own payroll and overhead figures, and a rate that looks high against a benchmark can still be correct for a high-benefit or high-insurance trade.

For scale, the Bureau of Labor Statistics reported that benefits were 30.0% of private-industry employer costs in June 2026, with wages at 70.0%. That single figure covers benefits only, before overhead and profit, which is why a fully burdened rate properly lands well above the wage. Use benchmarks as a sense check, then calculate your own rate by role.

Reading the burden verdict

The verdict is wired into the tool and follows the total burden percentage, whether that total comes from the percentage method or the annual burden rate. It is a prompt for review, not a grade.

Which labor rate tool fits your question

Several related tools answer narrower questions, and picking the wrong one is a common source of bad bids. If your costs arrive as dollars per hour rather than percentages, the loaded labor rate calculator adds them in dollars. If you need one rate across a crew of workers at different pay levels, the blended labor rate calculator averages them by hours worked. If overtime and productivity change the answer, the effective labor rate calculator adjusts for both. And if you want the employee-cost slice alone, before overhead and profit, the labor burden calculator isolates it. This page is the one that stacks the full burden, including G and A and profit, in percentages, and also gives you the annual aggregate view.

What competing calculators miss

The rival calculators each cover one method. YesCalculator and CalculatorUltra use the percentage method only; the guides from Simpro and BuildYourNumbers describe the annual productive-hours method but never give you a tool for it. None of them let you run both methods side by side, none break the burden into dollars per hour per component, and none offer copy and share on every result. None of them warn you about the additive versus compounded stacking choice either, which is exactly the kind of silent difference that makes two honest-looking rates disagree by dollars per hour. This page is the only one with both methods in one tool, per-component dollar breakdowns, an instant burden verdict, and copy and share on every result.

Mistakes that quietly erase margin

Three errors show up again and again. First, dividing by 2,080 paid hours instead of productive hours understates the rate, because paid time off, holidays, and training are paid but not billable. Second, using one blended rate for every role hides the expensive roles and subsidizes them with the cheap ones. Third, carrying last year's insurance premiums, workers comp rates, or benefit costs into this year's bids lets a stale rate erode margin month by month. Recalculate at least annually, and again whenever wages, benefits, or insurance premiums change.

Frequently asked questions